Text

Cimarron Environmental Response Trust Site W AA Pneumatic Slug Testing
	ML21153A394
Person / Time
Site:	07000925
Issue date:	03/13/2013
From:	Binder J, Melissa Crawford, Higgins P; Burns & McDonnell
To:	Lux J; Burns & McDonnell, Document Control Desk, Office of Nuclear Material Safety and Safeguards
References
	Download: ML21153A394 (164)
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{{#Wiki_filter:Memorandum Date: 03/13/2013 To: Jeff Lux From: Mathew Crawford Pat Higgins Jeff Binder Burns& McDonnell SINCE 1898 Re: Cimarron Environmental Response Trust Site W AA Pneumatic Slug Testing

Background

Burns & McDonnell personnel conducted 14 pneumatic slug tests in the Western Alluvial Area (WAA) of the Cimarron site from February 4 through February 7, 2013. The purpose of the testing was to validate hydraulic conductivity (K) values derived from previous aquifer test results (Well GE-WA-01) as well as to evaluate spatial variability ofK values in the W AA. The intent was that these values could then be incorporated into the groundwater flow models needed for design of the W AA groundwater extraction system. The field activities were performed from February 4 through February 7, 2013 using a Geoprobe Systems Pneumatic Slug Test Kit and the ASTM Standard Practice D 7242 (ASTM, 2007a) conforming to Geoprobe Instructional Bulletin No. MK318 I (Geoprobe, 2011) procedure modified for the use with monitoring wells and a straddle packer. Methodology Due to the anticipated high values in the W AA as determined by previous slug tests and aquifer tests, pneumatic rising head slug testing was chosen over the conventional mechanical slug test method. Pneumatic rising head slug testing provides more viable data in high K aquifers (K values greater than 1 X 10-2 centimeters per second (cm/sec)) because the displacement can reach zero before a mechanical slug is fully inserted or removed (McLane, 1991). Pneumatic rising head slug tests are conducted by placing a pressure transducer connected to a high speed data logger below the water table in a sealed well and pressurizing the well with air. This well pressure depresses the water level until the pressure is instantaneously equilibrated with the atmosphere by opening a quick release valve. Once the well is at equilibrium with the atmosphere, the water level will recover to static as in a slug out mechanical rising head slug test. With the exception of Monitor Well T74, all wells tested were screened above the water table. In these wells, pressurization is impossible due to the depressurization of the air being injected into the well. This would allow the air to bleed out through the screen into the formation preventing the water level from being depressed. As a result of the conditions a 0.5 inch inside diameter (ID) 1.8 inch X 2 inch Solinst straddle packer was threaded onto 0.5 in chlorinated polyvinyl chloride (CPVC) tubing, inserted into each well below the water table and inflated to

Memorandum (continued) Q3/13/2013 Page2 40 pounds per square inch (PSI) prior to testing. The straddle packer and tubing assembly then functioned as the well casing. The Geoprobe Systems Pneumatic Slug Test manifold was then attached to the 0.5 inch tubing. Though the 0.5 inch diameter tubing and packer are of sufficient size to conduct pneumatic slug tests, the smaller diameter can lead to underestimation of K values due to frictional well loss (Butler, 1998). The manifold consists of a valve connected to an air pump for well pressurization, a pressure gauge for measuring the well pressure, a release valve and a port for inserting the pressure transducer which was connected by cable to a high speed data logger. Figure 1 is attached and presents a general schematic of the pneumatic slug tests. For Monitor Well T74 the manifold was threaded onto an assembly that mated with the 2 inch diameter casing allowing the well as originally constructed to be pressurized. The 14 wells (T51, T54, T58, T59, T62, T74, T81, T82, T84, T86, T88, T89, T91, 1343) tested were chosen to maximize the spatial distribution of K values derived from the test data (Figure 2). At each of the wells, a minimum of three pneumatic tests were performed. Table 1 summarizes the relevant construction data and slug test setup parameters for each of the wells tested. Field notes are attached and presented in Attachment 3. Results Following the completion of the pneumatic slug tests, recovery data collected with the data logger was downloaded and K values for the aquifer surrounding each well were calculated using AQTESOL V' software. Ten of the wells (T51, T58, T74, T81, T82, T84, T86, T88, T91, 1343) displayed oscillatory response curves. As a result the solution used to analyze the data from those wells was the Springer-Gelhar (1991) Solution for a Slug Test in an Unconfined Aquifer. The Springer-Gelhar solution was also used to analyze the data for the remaining wells (T54, T59, T62, T89) which displayed response curves similar to exponential decay. The Hvorslev (1951) Solution for a Slug Test in an Unconfined Aquifer was also used to analyze data from the wells displaying exponential decay response curves. For Monitor Wells T54 and T89, the Hvorslev (1951) solution was chosen as the primary solution while the Springer-Gelhar (1991) solution was chosen as the primary solution for Monitor Wells T59 and T62. Table 2 presents the test solution results for all monitor wells tested. The solutions and data for each well tested are attached and presented in Attachment 4. Test solutions for Monitor Well T89 appear to be lower than predicted based on lithologic conditions and presumed aquifer characteristics. The data set for Monitor Well T89 showed

Memorandum (continued) 03/13/2013 Page 3 anomalous head values after the initial displacement. These anomalies may have been caused by non-instantaneous equilibration upon opening of the quick release valve. As a result the test solutions may have K values lower than predicted. K values for the wells tested ranged from 2.5 X 10-3 centimeters per second (cm/sec) at Monitor Well T59 to 9.0 X 10-1 cm/sec at Monitor Well 1343. The mean K value for the WAA as calculated from the pneumatic slug test solutions was 1.5 X 10-1 cm/sec. These K values are consistent with previously collected slug and aquifer test data from the W AA as well as K values derived from testing previously performed in portions of the eastern alluvium near Burial Area

1 (BA# l) (reference to Figure 2). Based on these results there is some spatial variability in K values for the W AA. As the mean indicates the majority of wells tested showed K values on the order of magnitude of 10-1* K values lower than the mean were found predominantly along the escarpment and in the northeast section of the W AA. The lower K values along the escarpment may be attributed to facies changes similar to that of the transition zone; lower values found in the northeast portion of the W AA may be attributed to lithologic changes associated with the fining upward sequences commonly associated with alluvial sediments.

MC/MC/jlb 4 Attachments

A TI ACHMENT 1 Figures

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~- ~ ~ u Cl z ~ z ci m ...J ...J w z 5 0 0 ::;; ad (/) z a:: ~ © 5: Cl ti: t PRESSURE GAUGE~ VALVE TO AIR PUMP ~ WELL CASING TOP OF PACKER TEST INTERVAL ~ DATA LOGGER .-----~ ~ QUICK RELEASE VALVE ~ PROTECTIVE COVER GROUND SURFACE OF SCREEN

TRANSDUCER NOT TO SCALE Figure 1 Pneumatic Slug Test Schematic Cimarron Env. Response Trust Crescent, OK 0 u.._ ___________________..._ ______ "'-------------..1

ZIHOO :O.IIIOOO 2DlllOO liOn->> 21)1111,00 DNIJO 10t0000 20SI02llll ~ .-o-(lO ZC-00 DIOOCI lll)lllll)O ;'Ot l400 ffll.600 l!OIIIOO 20tl'ODO 2092ZOO Di@ :.>>ffllJO lOfHOO :119:,000 :IOl)ZIJO 10tJ400 :!Ot)t()CI :onlOO ""'* 2Dl4ZOO -.UCO ~ ... 10f:,OOO ::DM'200 lOI0.00 lOl:!iOO lllf,eoo 3IMOIJQ.:!OM-:00 lOH,40G :D91t110 JONIOO ffl1000 l:Ol'200 l0t7IIOO 'llllll,00 20,JIC() :oM10C1 JCM:00 m,uoo aH1JO lONIOII a,ooo HYDRAULIC CONDUCTIVITY Cimarron Environmental Remediation Site Monitosing Well Psoposed Pumping Wei SoltBo,ing = Sub-Aleas lli Topographic Contour and EJevation Hydraulic conductivities are aho'Ml in magento In centimeters per second. 500 250 500 Feet ~ -71

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ATTA TCHMENT 2 Tables

Weil T51 T54 T58 T59 T62 T74 T81 T82 T84 T86 T88 T89 T91 1343 Notes: ft

Feet Test Date 2/6/2013 2/7/2013 2/6/2013 2/7/2013 2/7/2013 2/6/2013 2/6/2013 2/7/2013 2/6/2013 2/7/2013 2/6/2013 2/7/2013 2/7/2013 2/7/2013 Static Water Level (FtBTOC) 11.42 10.85 10.52 9.48 11.69 12.04 10.35 11.72 10.31 10.28 10.48 10.74 9.72 13.62 Ft BTOC
Below Top of Casing NA
Not available/Not Applicable Stick Up (Ft) 2.5 2.65 2.97 2

1.98 3.1 2.1 2.5 2.75 2.87 3,08 2.9 1.74 1.5 Depth to Screen Borehole Weil TD Screen Length Radius (FtBTOC) (FtBTOC) (Ft) (Ft) 22.05 7.5 15 0.3646 17.39 8.65 10 0.3646 22.94 7.97 15 0.3646 29,64 9 10 0,3646 22.18 6.78 15 0.3646 34.79 14.6 20 0.3646 30,15 10.1 20 0.3646 31.55 10.5 20 0.3646 30.11 5.75 25 0,3438 30,21 4,87 25 0,3438 30.47 5.58 25 0.3438 34.6 9.4 25 0.3438 30.11 8.74 20 0.25 25.59 10 15 0.3333 TABLE 1 PNEUMATIC SLUG TEST WELL DA TA CIMARRON ENVIRONMENTAL RESPONSE TRUST CRESCENT, OK casing/Screen Filter Packer Packer Packer Transducer Radius Sand Length Radius Tubing IR Radius (Ft) (Ft) (Ft) (Ft) (Ft) 0.0833 10/20 2 0.075 0.02083 0.015 0.0833 10/20 2 0.075 0.02083 0.015 0,0833 10/20 2 0.075 0.02083 0.015 0.0833 NA 2 0.075 0.02083 0.015 0.0833 10/20 2 0.075 0.02083 0.015 0.0833 10/20 NA NA NA NA 0.0833 10/20 2 0.075 0.02083 0.015 0.0833 10/20 2 0.075 0.02083 0.015 0.0833 20/40 2 0,075 0.02083 0.015 0.0833 20/40 2 0.075 0,02083 0.015 0.0833 20/40 2 0.075 0.02083 0.015 0.0833 20/40 2 0.075 0.02083 0.015 0.0833 20/40 2 0.075 0.02083 0.015 0.0833 NA 2 0.075 0.02083 0.015 Transducer Transducer Top of Depth to Static Water Saturated Length cable Radius Packer Transducer Column Height Thlcllness (Ft) (Ft) (FtBTOC) (FtBTOC) (Ft) (Ft) 0.28 0.01 13 14.5 10.63 10.63 0,28 0.01 13 14,5 6.54 6.54 0.28 0.01 12 13.58 12.42 12.42 0.28 0.01 12 13.S 20.16 20.16 0.28 0.01 14 15.S 10.49 10.49 NA NA NA 13.5 22.75 22.75 0.28 0.01 14 14.6 19,8 19,8 0.28 0.01 14 15.5 19.83 19.83 0,28 0.01 12 13.55 19.8 19.8 0.28 0.01 12 13.5 19.93 19.93 0.28 0.01 12 13.58 19.99 19.99 0.28 0.01 12 13.S 23.86 23.86 0.28 0.01 12 13.S 20.39 20.39 0.28 0.01 15 16.5 11.97 11.97

Table 2 Peumatic Slug Test Results Cimarron Environmental Response Trust Crescent, OK Saturated Well Thickness (ft) Solution T51 10.63 Springer-Gelhar (1991) T54 6.54 Hvorslev (1951) T54 6.54 Springer-Gelhar (1991) T58 12.42 Springer-Gelhar (1991) T59 20.16 Springer-Gelhar (1991) T59 20.16 Hvorslev (1951) T62 10.49 Springer-Gelhar (1991) T62 10.49 Hvorslev (1951) T74 22.75 Springer-Gelhar (1991) T81 19.8 Springer-Gelhar (1991) T82 19.83 Springer-Gelhar (1991) T84 19.8 Springer-Gelhar (1991) T86 19.93 Springer-Gelhar (1991) T88 19.99 Springer-Gelhar (1991) T89* 23.86 Hvorslev (1951) T89* 23.86 Springer-Gelhar (1991) T91 20.39 Springer-Gelhar (1991) 1343 11.97 Springer-Gelhar (1991) Notes: Shaded area indicates primary solution

Indicates potentially erroneous data ft= feet cm/sec= centimeters per second Hydaulic Conductivity (cm/sec) 1.5X1ff1 4.8X10-3 3.2X10-3 1.6X10-1 2.5x10-3 3.3X10-3 4.0X10-3 5.2x10-3 5.8X10-2 2.ox10-1 2.4X10-1 1.5x10-1 1.4X10-1 1.1x10-1 8.6X10-4 1.1x10-3 2.8X10-2 9.0Xl0-1

ATTACHMENT 3 Field Notes

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ATTACHMENT 4 Slug Test Data and Solutions
-1. I I I I I I I I I I I I I I I PNEUMATIC SLUG TEST I Data Set: K:\\USERS\\M CRAW\\Geolog_y Hydro\\Slug Tests\\T51 Test1.aqt Date: 02/12/13 Time: 13:57:04 -0.6 ¢? 4: -0 -0.2 PROJECT INFORMATION m (I) Company: BMcQ I Client: Cimarron Cori:i. -0 Project: 65944 (I) Location: Crescent, OK -~ m 0.2 Test Well: T51 E Test Date: 02/06/13 0 z 0.6 I SOLUTION Aquifer Model: Unconfined I I I I I Solution Method: §.i:iring~ r-Gajhar
1.
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Le= 0.1096 ft Time (sec) AQUIFER DATA Saturated Thickness: 10.63 ft Anisotropy Ratio (Kz/Kr): Q.J WELL DATA (T51) Initial Displacement: 2.85 ft Static Water Column Height: 10.63 ft Total Well Penetration Depth: 18.58 ft Screen Length: ~ ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOL V for Windows Data Set: K:\\USERS\\M CRAVV\\Geology Hydro\\Slug Tests\\T51 Test1.aqt
Title:
Pneumatic Slug lest Date: 02/13/13 Time: 16:47:54 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/13 Test Well: T51 AQUIFER DATA Saturated Thickness: 10.63 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DATA Test Well: T51 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.85 ft Static Water Column Heig_ht: 10.63 ft Casing Radius: 0.02083-ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 15. ft Total Well P-enetration Depth: No. of Observations: 349 18.58 ft Observation Data Time 0 ~sec) ~cemen.fJID_ T.S-S-1 ~ f/;ec) 0.1 2.085 17.6 0.2 1.885 17.7 0.3 1.378 17.8 0.4 1.078 17.9 0.5 0.8418
18.
0.6 0.6441 18.1 0.7 0.4942 18.2 0.8 0.3731 18.3 0.9 0.2806 18.4
1.
0.1945 18.5 1.1 0.1339 18.6 1.2 0.07652 18.7 1.3 0.03188 18.8 1.4 0.00319 18.9 1.5 -0.02551
19.
1.6 -0.03508 19.1 1.7 -0.04783 19.2 1.8 -0.05421 19.3 1.9 -0.04465 19.4
2.
-0.04783 19.5 2.1 -0.04465 19.6 2.2 -0.03827 19.7 2.3 -0.0287 19.8 2.4 -0.03189 19.9 2.5 -0.0287
20.
2.6 -0.02232 20.1 2.7 -0.01276 20.2 2.8 -0.01595 20.3 02/13/13 1 Pneumatic Siu Test Dis~lacement (ID
a.
-0.00319 -0.00319
0.

0.

0.

0.

0.
0.00319 -0.00319 -0.00319 0.00319
0.
-0.00319
0.

0.
0.00319
0.

0.
0.00319 0.00319 0.00319 0.00319 0.00319
0.
0.00637 -0.00319 0.00637 0.00319 16:47:54
AQTESOL V for Windows Pneumatic Siu Test Tim~-~sec) Dis~aceme9t (ft) -0:-0095 Time {:ec) zcr: Displacement {ID 0.0U3Tg-
3.
-0.00957 20.5
0.
3.1 -0.00638 20.6
0.
3.2 -0.00319 20.7
0.
3.3 -0.00319 20.8 0.00319 3.4 -0.00319 20.9 0.00319 3.5
0.

21.
0.00319 3.6 -0.00319 21.1
0.
3.7
0.
21.2 0.00319 3.8 -0.00638 21.3 0.00319 3.9 -0.00957 21.4 0.00319
4.
-0.01276 21.5
0.
4.1 -0.00957 21.6 0.00319 4.2 -0.01595 21.7
0.
4.3 -0.01595 21.8 0.00637 4.4 -0.01595 21.9 0.00637 4.5 -0.01595
22.

0.
4.6 -0.01276 22.1
0.
4.7 -0.01276 22.2 0.00319 4.8 -0.01276 22.3 0.00319 4.9 -0.00957 22.4 0.00637
5.
-0.01276 22.5 0.00637 5.1 -0.00957 22.6 0.00637 5.2 -0.01276 22.7 0.00637 5.3 -0.00957 22.8 0.00319 5.4 -0.01595 22.9 0.00319 5.5 -0.01276
23.
0.00319 5.6 -0.00957 23.1 0.00637 5.7 -0.00957 23.2 0.00637 5.8 -0.00638 23.3 0.00319 5.9 -0.00957 23.4 0.00319
6.
-0.01276 23.5 0.00319 6.1 -0.00957 23.6 0.00637 6.2 -0.00957 23.7 0.00637 6.3 -0.00957 23.8 0.00319 6.4 -0.00957 23.9 0.00319 6.5 -0.00957
24.
0.00319 6.6 -0.00638 24.1 0.00319 6.7 -0.01276 24.2 0.00319 6.8 -0.01276 24.3 0.00319 6.9 -0.00638 24.4
0.

7.
-0.00957 24.5 0.00637 7.1 -0.01276 24.6 0.00319 7.2 -0.00638 24.7 0.00319 7.3 -0.01276 24.8 0.00637 7.4 -0.00957 24.9 0.00637 7.5 -0.01276
25.
0.00319 7.6 -0.00957 25.1 0.00319 7.7 -0.00957 25.2 0.00637 7.8 -0.00957 25.3 0.00319 7.9 -0.00957 25.4 0.00637
8.
-0.00957 25.5 0.00637 8.1 -0.00638 25.6 0.00637 8.2 -0.00957 25.7 0.00637 8.3 -0.00957 25.8 0.00956 8.4 -0.00638 25.9 0.00319 8.5 -0.00638
26.
0.00637 8.6 -0.00638 26.1 0.00637 8.7 -0.00957 26.2 0.00637 8.8 -0.00957 26.3 0.00637 8.9 -0.00638 26.4 0.00319
9.
-0.00957 26.5 0.00637 9.1 -0.00638 26.6 0.00637 9.2 -0.01276 26.7 0.00637 9.3 -0.00638 26.8 0.00637 9.4 -0.00957 26.9 0.00319 02/13/13 2 16:47:54
AQTESOLV for Windows Pneumatic Siu Test Time fusee}

g_

DisQlacement {ft} -0.00957 Time1 sec} ~ DisQlaceme~t {ft} 0.003T 9.6 -0.01276 27.1 0.00319 9.7 -0.00957 27.2 0.00637 9.8 -0.00319 27.3 0.00637 9.9 -0.00638 27.4 0.00637
10.
-0.01276 27.5 0.00319 10.1 -0.00638 27.6 0.00637 10.2 -0.01276 27.7 0.00637 10.3 -0.00957 27.8 0.00637 10.4 -0.00638 27.9 0.00637 10.5 -0.00638
28.
0.00637 10.6 -0.00957 28.1 0.00319 10.7 -0.00957 28.2 0.00956 10.8 -0.00638 28.3 0.00637 10.9 -0.00638 28.4 0.00637 11. -0.00957 28.5 0.00319 11.1 -0.00957 28.6 0.00637 11.2 -0.00957 28.7 0.00956 11.3 -0.00957 28.8 0.00637 11.4 -0.01276 28.9 0.00637 11.5 -0.00319
29.
0.00319 11.6 -0.00638 29.1 0.00637 11.7 -0.00638 29.2 0.00956 11.8 -0.00638 29.3 0.00637 11.9 -0.00319 29.4 0.00956
12.
-0.00957 29.5 0.00637 12.1 -0.00319 29.6 0.00637 12.2 -0.00638 29.7 0.00637 12.3 -0.00319 29.8 0.00637 12.4 -0.00638 29.9 0.00956 12.5 -0.00319
30.
0.00637 12.6
0.
30.1 0.00956 12.7 -0.00638 30.2 0.00637 12.8 -0.00319 30.3 0.00956 12.9 -0.00319 30.4 0.00956
13.
-0.00638 30.5 0.00956 13.1 -0.00319 30.6
0.
13.2 -0.00319 30.7 0.00956 13.3
0.
30.8 0.00319 13.4 -0.00319 30.9 0.00956 13.5
0.
31. 0.00319 13.6
0.
31.1 0.00956 13.7 -0.00638 31.2 0.01594 13.8 -0.00319 31.3 0.00637 13.9 -0.00319 31.4 0.00956
14.
-0.00319 31.5 0.00956 14.1 -0.00319 31.6 0.00956 14.2 -0.00319 31.7 0.00956 14.3 -0.00319 31.8 0.00637 14.4
0.
31.9 0.00637 14.5 -0.00319
32.
-0.00319 14.6 -0.00319 32.1 0.01275 14.7
0.
32.2 0.00637 14.8 -0.00319 32.3 0.00637 14.9 -0.00319 32.4 0.00956
15.

0.
32.5 0.00319 15.1 -0.00319 32.6 0.00319 15.2
0.
32.7 0.00319 15.3 -0.00319 32.8
0.
15.4 -0.00319 32.9 -0.01276 15.5 -0.00319
33.
-0.00957 15.6 -0.00638 33.1 -0.00319 15.7 -0.00319 33.2
0.
15.8
0.
33.3 0.00956 15.9 -0.00319 33.4 0.00956
16.
-0.00319 33.5 0.00956 02/13/13 3 16:47:54
AQTESOLV for Windows Time (sec} -,o.r Dis lac~~ ent (ft_l 16.2 16.3 16.4 16.5 16.6 16.7 16.8 16.9
17.
17.1 17.2 17.3 17.4
0.
-0.00319 -0.00319 0.00319 -0.00319
0.
-0.00319 -0.00957
0.

0.

0.

0.

0.
SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.102 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter Le K = 0.1471 cm/sec Estimate 41 /. 0.1096 ft/day ft T = K*b = 4433. ft2/day (47.67 sq. cm/sec) Le = 0.1096 ft Solution is critically damped when C(D) = 1. AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter --r-Le Estimate 7 4.lf4-0.1 Std. Error -ou9684 0.0412 Time (sec) --33.5 33.7 33.8 33.9
34.
34.1 34.2 34.3 34.4 34.5 34.6 34.7 34.8 ~Q_rOX. C.I. +7-Cfl9US- +/- 0.08104 C.I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window K = O. 004954 cm/sec T = K*b = 149.3 ft2/day (1.605 sq. cm/sec) Le= 0.1 ft Solution is critically damped when C(D) = 1. Parameter Correlations K Le K 1 ~00 :U 1 Le -0.01 1.00 Residual Statistics for weighted residuals Sum of Squares...... 0.1336 ft2 2 Variance............ 0.000385 ft Std. Deviation........ 0.01962 ft Mean............... -0.002936 ft 02/13/13 4 Pneumatic Slug Test Displacew~~t (ftl emu 0.01275 0.00956 0.01913 0.01913 0.01594 0.01594 0.01594 0.00956 0.01275 0.00637 0.00319
0.
t-Ratio --14 5.- 2.427 ft/day ft 16:47:54
AQTESOL V for Windows Pneumatic Slug_ Test No. of Residuals...... 349 No. of Estimates...... 2 NOTES Well Pressure= 44 IN H2O 02/13/13 5 16:47:54
0.001 I I I I I I I I I I ' I I I I I I I I I Hi *.,<-f *'4-- mllfri..qf-Hff!Df-t-11-f,... i ttt*ll-................ f9l,ti--Y.Kfl<t-tHH_.I......++-,--. - _......... +tii+*+- ~ -fitr~f-H'-1 lftl-tl- ~ f- +++-.++--*-.. -H--~~ Jt-1 M ~ffH -H--H---- -+~* 1-~ i-C.
f-T -
~
~
g 0.01 f-T ~ "O ro (I)
r:
"O (I) -~ ni E 0 z 0.1 f-I I I I I I I I I I I I I I I
1.

0.

40.

80.
120. 160. 200. Time (sec) PNEUMATIC SLUG TEST Data Set: K:\\USERS\\M CRAIMGeology Hydro\\Slug Tests\\T54 Test3Hvorslev.agt Date: 02/13/13 Time: 16:50:44 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Well: T54 Test Date: 02/07/13 AQUIFER DATA Saturated Thickness: 6.54 ft Anisotropy Ratio (Kz/Kr): 0.1 WELL DATA (T54l Initial Displacement: 3.21 ft Static Water Column Height: 6.54 ft Total Well Penetration Depth: 14.15 ft Screen Length: ~ ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft SOLUTION Aquifer Model: Unconfined Solution Method: Hvorslev K = 13.52 ft/day y0=2.414ft
AQTESOL V for Windows Pneumatic Siu Test Data Set: K:\\USERS\\M CRAW\\Geology Hydro\\Slug Tests\\T54 Test3Hvorslev.aqt
Title:
Pneumatic Slug lest Date: 02/13/13 Time: 16:51 :56 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07 /13 Test Well: T54 AQUIFER DATA Saturated Thickness: 6.54 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T54 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.21 ft Static Water Column Height: 6.54 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 10. ft Total Well P~enetration Depth: 14.15 ft No. of Observations: 1376 Time 0 ~sec) 0.1 Observation Data Displacem~ i"me (~ec) 3.214 ~- 02/13/13 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
1.
1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9
2.
2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.828 2.439 2.184 1.92 1.712 1.531 1.403 1.275 1.142 1.04 0.9343 0.845 0.7685 0.6888 0.6186 0.5644 0.5006 0.4496 0.4018 0.3603 0.3284 0.2774 0.2583 0.22 0.1977 0.1722 0.1594 0.1435 1 68.9
69.
69.1 69.2 69.3 69.4 69.5 69.6 69.7 69.8 69.9
70.
70.1 70.2 70.3 70.4 70.5 70.6 70.7 70.8 70.9 71. 71.1 71.2 71.3 71.4 71.5 71.6 Displacement_(fil ---U:-0095T 0.00638 0.00638 0.00319 0.00319 0.00319 0.00319 0.00957 0.00638 0.00957 0.00638 0.00957 0.00957 0.00638 0.00957 0.00957 0.00638 0.00638 0.00638 0.00319 0.00319 0.00638 0.00638 0.00638 0.00638 0.00638 0.00638 0.00319 0.00638 16:51 :56
AQTESOLV for Windows Pneumatic Siu Test Tim~-~sec) Displacement {ft) 0.1212 Time (Jec) -,r - Displacement (ID 0.00~
3.
0.1148 71.8
0.
3.1 0.09885 71.9 0.00319 3.2 0.08291
72.
0.00319 3.3 0.07334 72.1 0.00957 3.4 0.06378 72.2 0.00957 3.5 0.0574 72.3 0.01276 3.6 0.04464 72.4 0.01276 3.7 0.03827 72.5 0.00957 3.8 0.03189 72.6 0.00957 3.9 0.03508 72.7 0.00319
4.
0.02232 72.8 0.00638 4.1 0.02551 72.9 0.00957 4.2 0.02232
73.
0.01276 4.3 0.02551 73.1 0.01276 4.4 0.01595 73.2 0.00957 4.5 0.01276 73.3 0.00638 4.6 0.00638 73.4 0.00957 4.7 0.00319 73.5 0.01276 4.8 0.00319 73.6 0.01276 4.9 0.00319 73.7 0.00957
5.
0.00638 73.8 0.01276 5.1 0.00638 73.9 0.00319 5.2 -0.00319
74.
0.01276 5.3 0.00638 74.1 0.00638 5.4
0.
74.2 0.01276 5.5
0.
74.3 0.00638 5.6
0.
74.4 0.00957 5.7
0.
74.5 0.00638 5.8 0.00319 74.6 0.00319 5.9
0.
74.7
0.

6.

0.
74.8 0.00957 6.1
0.
74.9 0.01276 6.2
0.

75.
0.00957 6.3 -0.00638 75.1 0.00957 6.4 -0.00638 75.2 0.00957 6.5
0.
75.3 0.00957 6.6
0.
75.4 0.00957 6.7 -0.00319 75.5 0.01276 6.8 -0.00319 75.6 0.01276 6.9 -0.00956 75.7 0.00957
7.
0.00319 75.8 0.00957 7.1 -0.00638 75.9 0.00957 7.2 -0.00319
76.
0.00957 7.3 -0.00319 76.1 0.00638 7.4 0.00638 76.2 0.00638 7.5 -0.00956 76.3 0.00957 7.6 0.00319 76.4 0.00319 7.7
0.
76.5 0.00957 7.8 -0.00319 76.6 0.00957 7.9
0.
76.7 0.00319
8.

0.
76.8 0.01276 8.1 -0.00638 76.9 0.00638 8.2 -0.00638
77.
0.00957 8.3 -0.00638 77.1 0.00638 8.4 -0.00319 77.2 0.00638 8.5 -0.00638 77.3 0.00957 8.6 -0.00638 77.4 0.00638 8.7 -0.00319 77.5 0.00638 8.8
0.
77.6 0.01276 8.9 -0.01275 77.7 0.00638
9.

0.
77.8 0.01276 9.1 -0.00319 77.9 0.00638 9.2 -0.00319
78.
0.01276 9.3 0.00319 78.1
0.
9.4 -0.00638 78.2 0.00957 02/13/13 2 16:51:56
AQTESOL V for Windows Pneumatic Siu Test Tim§_fusec} Displacement @
0.
Time (sec) ~3 Dispbagementl f!} . n3Tg-9.6 -0.00638 78.4 0.00638 9.7 -0.00319 78.5 0.00957 9.8 -0.00638 78.6 0.00957 9.9
0.
78.7 0.00319
10.

0.
78.8 0.00638 10.1 -0.00319 78.9 0.00957 10.2 -0.00319
79.
0.00957 10.3 -0.00638 79.1 0.00638 10.4 0.00638 79.2 0.00638 10.5 -0.00319 79.3 0.01276 10.6 0.00638 79.4 0.00957 10.7
0.
79.5 0.00957 10.8 -0.00319 79.6 0.00957 10.9
0.
79.7 0.01276 11. -0.00319 79.8 0.00638 11.1 -0.00319 79.9 0.01595 11.2 -0.00319
80.
0.01276 11.3 -0.00638 80.1 0.00957 11.4 -0.00638 80.2 0.00957 11.5 -0.00638 80.3 0.01595 11.6 -0.00319 80.4 0.01276 11.7 -0.00956 80.5 0.01276 11.8 -0.00638 80.6 0.00957 11.9 -0.00319 80.7 0.00638
12.
-0.00638 80.8 0.01595 12.1 0.00319 80.9 0.00957 12.2 -0.00319 81. 0.00957 12.3 -0.00319 81.1 0.00638 12.4
0.
81.2 0.00957 12.5 -0.00956 81.3 0.00957 12.6 -0.00319 81.4 0.00638 12.7 -0.00319 81.5 0.01276 12.8 -0.00319 81.6 0.00957 12.9 -0.00638 81.7 0.01276
13.
-0.00638 81.8 0.00957 13.1 -0.00638 81.9 0.00957 13.2 -0.00319
82.
0.00957 13.3 -0.00319 82.1 0.00957 13.4 -0.00319 82.2 0.00957 13.5 -0.00638 82.3 0.01276 13.6 0.00319 82.4 0.00957 13.7
0.
82.5 0.00957 13.8 -0.00319 82.6 0.00957 13.9 -0.00638 82.7 0.00638
14.
-0.00319 82.8 0.00957 14.1 0.00319 82.9 0.00957 14.2 -0.00319
83.
0.01276 14.3 -0.00638 83.1 0.00638 14.4 -0.00319 83.2 0.01595 14.5 -0.00319 83.3 0.00957 14.6 -0.00956 83.4 0.01913 14.7 -0.00638 83.5 0.00957 14.8
0.
83.6 0.00957 14.9 -0.00319 83.7 0.00957
15.
-0.00319 83.8 0.01276 15.1 -0.00638 83.9 0.00638 15.2 -0.00638
84.
0.00957 15.3 -0.00956 84.1 0.01276 15.4 -0.00638 84.2 0.01276 15.5 -0.00319 84.3 0.00638 15.6 -0.00319 84.4 0.00638 15.7 -0.00638 84.5 0.01276 15.8 -0.00638 84.6 0.00957 15.9 -0.00319 84.7 0.01276
16.
/ -0.00319 84.8 0.00638 02/13/13 3 16:51 :56
AQTESOLV for Windows Pneumatic Siu Test Time (sec_)_ --1o-.r Displacemen.!l!!)_ -0.00638 Tim~~ec_ Disp~gement (ft) . i1595 16.2 -0.00638
85.
0.00638 16.3 -0.00638 85.1 0.01276 16.4 -0.00638 85.2 0.01913 16.5
0.
85.3 0.01276 16.6 -0.00638 85.4 0.00638 16.7 -0.00638 85.5 0.00638 16.8 -0.00638 85.6 0.00957 16.9
0.
85.7 0.00957
17.
-0.00956 85.8 0.00957 17.1 -0.00956 85.9 0.00957 17.2
0.

86.
0.00957 17.3 -0.00638 86.1 0.01595 17.4 -0.00319 86.2 0.00957 17.5 -0.00638 86.3 0.01276 17.6 -0.00956 86.4 0.01276 17.7 -0.00638 86.5 0.00319 17.8 -0.00319 86.6 0.00957 17.9 -0.00638 86.7 0.00957
18.
-0.00319 86.8 0.01276 18.1 -0.00956 86.9 0.00957 18.2 -0.00638
87.
0.01276 18.3 -0.00638 87.1 0.00319 18.4 -0.00319 87.2 0.00638 18.5 -0.00319 87.3 0.00957 18.6 -0.00319 87.4 0.00638 18.7 -0.00956 87.5 0.01276 18.8 -0.00956 87.6 0.00638 18.9
0.
87.7 0.01276
19.
-0.00638 87.8 0.01595 19.1
0.
87.9 0.00638 19.2 -0.00319
88.
0.00638 19.3 0.00319 88.1 0.01276 19.4 -0.00319 88.2 0.01276 19.5
0.
88.3 0.00957 19.6 -0.00319 88.4 0.00638 19.7 0.00319 88.5 0.00638 19.8
0.
88.6 0.01595 19.9 -0.00638 88.7 0.00638
20.

0.
88.8 0.01276 20.1 -0.00956 88.9 0.01595 20.2 0.00319
89.
0.00957 20.3 -0.00956 89.1 0.01276 20.4 -0.00638 89.2 0.00957 20.5
0.
89.3 0.00957 20.6
0.
89.4 0.01276 20.7 -0.00319 89.5 0.00957 20.8 -0.00319 89.6 0.00957 20.9
0.
89.7 0.01276 21.
0.
89.8 0.00957 21.1 -0.00319 89.9 0.00957 21.2 -0.00319
90.
0.00957 21.3
0.
90.1 0.00638 21.4 -0.01275 90.2 0.01276 21.5
0.
90.3 0.01276 21.6 -0.00319 90.4 0.00957 21.7
0.
90.5 0.00957 21.8
0.
90.6 0.01595 21.9 -0.00319 90.7 0.00957
22.
-0.00319 90.8 0.00957 22.1 -0.00638 90.9 0.01276 22.2 -0.00319 91. 0.00957 22.3 -0.00638 91.1 0.00638 22.4
0.
91.2 0.00957 22.5 -0.00319 91.3 0.00957 22.6 -0.00638 91.4 0.01276 02/13/13 4 16:51 :56
AQTESOLV for Windows Pneumatic Siu Test Time (sec} 22./ Displacement (ft}
a.
I im9~~ec} Displacemen_!Jfil 0~T276 22.8
0.
91.6 0.01276 22.9 -0.00638 91.7 0.01276
23.
-0.00638 91.8 0.00638 23.1 -0.00319 91.9 0.00957 23.2 -0.00319
92.
0.01595 23.3 -0.00319 92.1 0.00638 23.4 -0.00319 92.2 0.01276 23.5 -0.00956 92.3 0.00957 23.6 -0.00956 92.4 0.00957 23.7
0.
92.5 0.00957 23.8 -0.00638 92.6 0.01276 23.9 -0.00319 92.7 0.00957
24.

0.
92.8 0.01595 24.1 -0.00638 92.9 0.01276 24.2 -0.00956
93.
0.01276 24.3 -0.00319 93.1 0.00957 24.4 -0.00319 93.2 0.00957 24.5 -0.00319 93.3 0.00957 24.6 -0.00638 93.4 0.01595 24.7 -0.00319 93.5 0.00957 24.8 -0.00319 93.6 0.00319 24.9 -0.00638 93.7 0.00957
25.
-0.00319 93.8 0.01276 25.1 -0.01275 93.9 0.01276 25.2 -0.00319
94.
0.00957 25.3 -0.00319 94.1 0.01276 25.4 -0.00638 94.2 0.01276 25.5 -0.00319 94.3 0.01276 25.6 -0.00319 94.4 0.01595 25.7 -0.00319 94.5 0.00957 25.8 -0.00638 94.6 0.00957 25.9 -0.00956 94.7 0.01276
26.
-0.00319 94.8 0.00638 26.1 -0.00319 94.9 0.01276 26.2 -0.00319
95.
0.01913 26.3 0.00638 95.1 0.01276 26.4 -0.00638 95.2 0.00957 26.5
0.
95.3 0.00638 26.6 -0.00319 95.4 0.00957 26.7 -0.00319 95.5 0.01595 26.8 -0.00638 95.6 0.00638 26.9
0.
95.7 0.00638
27.
0.00319 95.8 0.00957 27.1 -0.00319 95.9 0.00638 27.2 0.00319
96.
0.00638 27.3 0.00638 96.1 0.00957 27.4 -0.00319 96.2 0.01276 27.5 -0.00319 96.3 0.01913 27.6 0.00319 96.4 0.00638 27.7 0.00319 96.5 0.00638 27.8 -0.00319 96.6 0.00957 27.9 -0.00319 96.7 0.00957
28.
0.00319 96.8 0.00957 28.1 0.00319 96.9 0.00638 28.2
0.

97.
0.00957 28.3 0.00319 97.1 0.00957 28.4
0.
97.2 0.00319 28.5 0.00319 97.3 0.01913 28.6
0.
97.4 0.01276 28.7 0.00319 97.5 0.00957 28.8 0.00319 97.6 0.00638 28.9 0.00319 97.7 0.01276
29.
0.00319 97.8 0.01276 29.1 0.00638 97.9 0.00957 29.2 -0.00319
98.
0.01276 02/13/13 5 16:51 :56
AQTESOL V for Windows Time 9~eg -Z. 02/13/13 29.4 29.5 29.6 29.7 29.8 29.9
30.
30.1 30.2 30.3 30.4 30.5 30.6 30.7 30.8 30.9
31.
31.1 31.2 31.3 31.4 31.5 31.6 31.7 31.8 31.9
32.
32.1 32.2 32.3 32.4 32.5 32.6 32.7 32.8 32.9
33.
33.1 33.2 33.3 33.4 33.5 33.6 33.7 33.8 33.9
34.
34.1 34.2 34.3 34.4 34.5 34.6 34.7 34.8 34.9
35.
35.1 35.2 35.3 35.4 35.5 35.6 35.7 35.8 Displacement (ft)
0.
0.00319
0.
0.00638 -0.00319
0.
0.00319 -0.00319 0.00638 -0.00319 0.00319 0.00319 0.00319 0.00319
0.
-0.00319 -0.00319
0.
0.00319 0.00638 0.00319 0.00319 0.00319 0.00319 0.00319 -0.00638 0.00319 0.00319
0.
-0.00319 0.00638 0.00319
0.
-0.00638 0.00638
0.
0.00319
0.

0.
0.00319 0.00319 0.00638
0.

0.
0.00319 0.00638 0.00638
0.

0.

0.
0.00319 0.00319
0.

0.
0.00319 0.00319 0.00319 -0.00319
0.

0.

0.
0.00319 -0.00638 0.00319
0.
0.00319 6 Time (secl 91r.,- 98.2 98.3 98.4 98.5 98.6 98.7 98.8 98.9
99.
99.1 99.2 99.3 99.4 99.5 99.6 99.7 99.8 99.9 100. 100.1 100.2 100.3 100.4 100.5 100.6 100.7 100.8 100.9 101. 101.1 101.2 101.3 101.4 101.5 101.6 101.7 101.8 101.9 102. 102.1 102.2 102.3 102.4 102.5 102.6 102.7 102.8 102.9 103. 103.1 103.2 103.3 103.4 103.5 103.6 103.7 103.8 103.9 104. 104.1 104.2 104.3 104.4 104.5 104.6 Pneumatic Slug Test Di~nlacement 1ft' = cr:u,-275- ~ 0.00638 0.00957 0.00957 0.01276 0.01595 0.01595 0.00319 0.01276 0.01276 0.00957 0.01595 0.01276 0.01913 0.01276 0.01276 0.00957 0.00638 0.01276 0.00957 0.00957 0.01595 0.00638 0.01276 0.01276 0.00957 0.00957 0.01595 0.00957 0.00957 0.01276 0.01595 0.00957 0.01276 0.01276 0.01276 0.01595 0.00957 0.01276 0.00957 0.01276 0.01276 0.01276 0.01276 0.01595 0.01276 0.01595 0.02551 0.01276 0.00957 0.01595 0.00957 0.01276 0.01276 0.01276 0.00957 0.01595 0.01276 0.01276 0.01595 0.01276 0.01276 0.01595 0.00957 0.01595 0.01595 16:51 :56
AQTESOLV for Windows Pneumatic Siu Test Time 5~ec) - ~ Displacement {ft)
0.
Time {s 7 ec) - ro~. Displacemen_!_{fil 0.07276
36.

0.
104.8 0.01276 36.1 0.00319 104.9 0.01276 36.2 0.00319 105. 0.01276 36.3 -0.00319 105.1 0.01276 36.4 -0.00638 105.2 0.01276 36.5
0.
105.3 0.00319 36.6 0.00319 105.4 0.01276 36.7 0.00319 105.5 0.00957 36.8 0.00319 105.6 0.01276 36.9 0.00319 105.7 0.01595
37.

0.
105.8 0.01913 37.1
0.
105.9 0.00957 37.2 -0.00319 106. 0.00957 37.3 0.00319 106.1 0.01276 37.4 0.00319 106.2 0.01595 37.5 0.00957 106.3 0.01276 37.6
0.
106.4 0.01913 37.7 0.00319 106.5 0.01276 37.8
0.
106.6 0.00957 37.9 0.00957 106.7 0.01276
38.

0.
106.8 0.00957 38.1
0.
106.9 0.00957 38.2 0.00319 107. 0.00957 38.3 0.00319 107.1 0.01276 38.4 0.00319 107.2 0.01276 38.5
0.
107.3 0.01276 38.6
0.
107.4 0.01913 38.7 0.00638 107.5 0.01595 38.8
0.
107.6 0.01595 38.9
0.
107.7 0.01595
39.
0.00319 107.8 0.01595 39.1
0.
107.9 0.01913 39.2
0.
108. 0.01913 39.3 0.00638 108.1 0.01276 39.4 0.00319 108.2 0.01595 39.5 0.01276 108.3 0.01595 39.6
0.
108.4 0.01276 39.7
0.
108.5 0.01595 39.8
0.
108.6 0.01276 39.9 0.00638 108.7 0.01595
40.
0.00957 108.8 0.01913 40.1 0.00319 108.9 0.00957 40.2 0.00319 109. 0.01595 40.3
0.
109.1 0.01595 40.4 0.00319 109.2 0.01913 40.5
0.
109.3 0.01595 40.6 0.00638 109.4 0.02551 40.7 0.00638 109.5 0.00957 40.8 0.00319 109.6 0.00638 40.9 0.00319 109.7 0.01595 41.
0.
109.8 0.01913 41.1 0.00638 109.9 0.01913 41.2
0.
110. 0.01595 41.3
0.
110.1 0.01913 41.4 0.00319 110.2 0.01595 41.5 0.00319 110.3 0.02232 41.6 0.00638 110.4 0.02232 41.7 0.00319 110.5 0.01276 41.8 0.00638 110.6 0.01276 41.9 0.00319 110.7 0.01595
42.

0.
110.8 0.01276 42.1 0.00638 110.9 0.01595 42.2 0.00319 11 1. 0.00957 42.3 0.00638 111.1 0.01595 42.4 0.00638 111.2 0.01595 02/13/13 7 16:51 :56
AQTESOLV for Windows Pneumatic Siu Test !i"Jie2~ec} Di~acement {ft) -0.00319 Time (~ec) --rr1. Displaceme~t {ft) cr.o-,-5g 42.6
0.
111.4 0.00957 42.7
0.
111.5 0.01913 42.8
0.
111.6 0.01595 42.9
0.
111.7 0.02232
43.
0.00319 111.8 0.01595 43.1 0.00319 111.9 0.01595 43.2 0.00319 112. 0.01595 43.3
0.
112.1 0.01913 43.4
0.
112.2 0.00957 43.5
0.
112.3 0.01595 43.6 0.00319 112.4 0.01913 43.7 0.00319 112.5 0.01276 43.8 0.00319 112.6 0.01595 43.9 0.00638 112.7 0.01276
44.
0.00957 112.8 0.01595 44.1 0.00319 112.9 0.02232 44.2 0.00319 113. 0.01595 44.3 -0.00319 113.1 0.01595 44.4 0.00638 113.2 0.01595 44.5 0.00319 113.3 0.01276 44.6
0.
113.4 0.01913 44.7 0.00638 113.5 0.02551 44.8 0.00638 113.6 0.00957 44.9 0.00319 113.7 0.01595
45.
0.00638 113.8 0.01276 45.1 0.00319 113.9 0.01595 45.2 0.00638 114. 0.01913 45.3 0.00319 114.1 0.01913 45.4 0.00638 114.2 0.01276 45.5 0.00638 114.3 0.01595 45.6 0.00319 114.4 0.01595 45.7 0.00638 114.5 0.01276 45.8 0.00957 114.6 0.01276 45.9 0.00319 114.7 0.01276
46.
0.00638 114.8 0.01595 46.1 0.00638 114.9 0.01276 46.2 0.00319 115. 0.01276 46.3 0.00319 115.1 0.00957 46.4 0.00638 115.2 0.01595 46.5 -0.00319 115.3 0.01276 46.6 0.00638 115.4 0.01276 46.7 0.00638 115.5 0.01276 46.8 0.00319 115.6 0.01913 46.9 0.00319 115.7 0.01595
47.
0.00319 115.8 0.01595 47.1 0.00319 115.9 0.01595 47.2 0.00957 116. 0.00957 47.3 0.00319 116.1 0.01595 47.4
0.
116.2 0.01595 47.5 0.00319 116.3 0.01913 47.6
0.
116.4 0.01595 47.7
0.
116.5 0.01276 47.8 0.00319 116.6 0.02232 47.9
0.
116.7 0.02232
48.
0.00638 116.8 0.01276 48.1 0.00319 116.9 0.01276 48.2 0.00638 117. 0.01595 48.3 0.00319 117.1 0.01595 48.4 0.00319 117.2 0.01276 48.5 0.00319 117.3 0.00957 48.6
0.
117.4 0.01276 48.7 0.00319 117.5 0.01595 48.8 -0.00319 117.6 0.00957 48.9 0.00957 117.7 0.00638
49.
0.00638 117.8 0.01276 02/13/13 8 16:51 :56
AQTESOLV for Windows Timig~~ec) 49.2 49.3 49.4 49.5 49.6 49.7 49.8 49.9 02/13/13
50.
50.1 50.2 50.3 50.4 50.5 50.6 50.7 50.8 50.9 51. 51.1 51.2 51.3 51.4 51.5 51.6 51.7 51.8 51.9
52.
52.1 52.2 52.3 52.4 52.5 52.6 52.7 52.8 52.9
53.
53.1 53.2 53.3 53.4 53.5 53.6 53.7 53.8 53.9
54.
54.1 54.2 54.3 54.4 54.5 54.6 54.7 54.8 54.9
55.
55.1 55.2 55.3 55.4 55.5 55.6 Displacement @ 0.0095, 0.00319 0.00638 0.00957 0.00638 0.00957 0.00319 0.00638 0.00638 0.00319 0.00638 0.00319 0.00319 0.00319 -0.00319 0.00638 0.00957 0.00319 0.00957 0.01276 0.00319 0.00638 0.00638 0.00319 0.00319 0.00319 0.00638
0.

0.
0.00319 0.00319 0.00638 0.00957 0.00957 0.00638 0.00319 0.00638 0.00319 -0.00319 0.01595 0.00957 0.00638
0.

0.
0.00638 0.00319 -0.00319
0.
0.00638 0.00319
0.
0.00319
0.
0.00319 0.00319 0.00957 0.00957 -0.00319 0.00638 0.00319
0.
0.00957 0.00957 0.00957 0.00638
0.
9 Ti1~}1ec) 118. 11 8.1 118.2 118.3 118.4 118.5 118.6 118.7 118.8 118.9 119. 119.1 119.2 119.3 119.4 119.5 119.6 119.7 119.8 119.9 120. 120.1 120.2 120.3 120.4 120.5 120.6 120.7 120.8 120.9 121. 121.1 121.2 121.3 121.4 121.5 121.6 121.7 121.8 121.9 122. 122.1 122.2 122.3 122.4 122.5 122.6 122.7 122.8 122.9 123. 123.1 123.2 123.3 123.4 123.5 123.6 123.7 123.8 123.9 124. 124.1 124.2 124.3 124.4 Pneumatic Slug_ Test Disp~gemen_!J_f!) ' l'f276 0.01913 0.00957 0.01595 0.01276 0.01276 0.01595 0.01595 0.01276 0.01276 0.01276 0.00957 0.00957 0.01595 0.01913 0.01276 0.01276 0.00957 0.00638 0.00638 0.01595 0.01595 0.01595 0.01276 0.01276 0.00638 0.01276 0.01595 0.00638 0.00957 0.00957 0.01595 0.01595 0.02232 0.00638 0.00638 0.01595 0.01276 0.01595 0.01276 0.00638 0.01595 0.01913 0.00957 0.00957 0.01276 0.00957 0.00957 0.01276 0.01276 0.01276 0.01595 0.00957 0.01595 0.01276 0.01595 0.01595 0.01276 0.01595 0.01276 0.01595 0.00957 0.02232 0.01276 0.01913 0.01276 16:51:56
AQTESOLV for Windows Pneumatic Slug Test Tim5e5~7ec} Disp~cemeGt (ft) .0063 Time {~ec) --r24. rn~~8~Wf Rt (ft} 55.8
0.
124.6 0.01595 55.9 0.00957 124.7 0.01913
56.

0.
124.8 0.00638 56.1 0.00319 124.9 0.01913 56.2
0.
125. 0.01276 56.3 0.00319 125.1 0.01913 56.4 0.00957 125.2 0.02232 56.5 0.00638 125.3 0.02232 56.6 0.00638 125.4 0.01595 56.7 0.00957 125.5 0.01913 56.8
0.
125.6 0.01913 56.9 -0.00319 125.7 0.01276
57.
0.00319 125.8 0.01 913 57.1 0.00638 125.9 0.01913 57.2 0.00638 126. 0.01913 57.3 0.00638 126.1 0.01595 57.4 0.00319 126.2 0.01276 57.5 0.00638 126.3 0.01276 57.6 0.00957 126.4 0.01276 57.7
0.
126.5 0.01276 57.8 0.00319 126.6 0.01913 57.9 0.00957 126.7 0.00638
58.
0.00319 126.8 0.01913 58.1 0.00638 126.9 0.01913 58.2 0.00638 127. 0.01276 58.3 0.00638 127.1 0.01276 58.4 0.00319 127.2 0.01595 58.5 0.00319 127.3 0.02232 58.6
0.
127.4 0.02551 58.7 0.00638 127.5 0.01913 58.8 0.00957 127.6 0.01276 58.9 0.00638 127.7 0.02232
59.
0.00319 127.8 0.01595 59.1 0.00319 127.9 0.01913 59.2 0.01595 128. 0.02232 59.3 -0.00319 128.1 0.02232 59.4 0.00638 128.2 0.01913 59.5
0.
128.3 0.02232 59.6 -0.00319 128.4 0.0287 59.7 0.00638 128.5 0.01913 59.8 0.00957 128.6 0.02232 59.9
0.
128.7 0.02551
60.

0.
128.8 0.01913 60.1 0.00319 128.9 0.02232 60.2 0.00638 129. 0.01 913 60.3 0.00319 129.1 0.02232 60.4 0.00319 129.2 0.01913 60.5 0.00319 129.3 0.01595 60.6 0.00638 129.4 0.01 913 60.7 0.00638 129.5 0.02551 60.8 0.00319 129.6 0.01 595 60.9 0.00957 129.7 0.01913 61. 0.00957 129.8 0.02232 61.1 0.00638 129.9 0.01595 61.2 0.00319 130. 0.01595 61.3 0.00957 130.1 0.01276 61.4 0.00638 130.2 0.01595 61.5 0.00319 130.3 0.01913 61.6 0.01595 130.4 0.01595 61.7 0.00957 130.5 0.02232 61.8 0.00638 130.6 0.01913 61.9 0.00957 130.7 0.01595
62.
0.00638 130.8 0.01276 62.1 0.00638 130.9 0.02232 62.2 0.00319 131. 0.02232 02/13/13 10 16:51 :56
AQTESOL V for Windows Time ~eel ~2. 02/13/13 62.4 62.5 62.6 62.7 62.8 62.9
63.
63.1 63.2 63.3 63.4 63.5 63.6 63.7 63.8 63.9
64.
64.1 64.2 64.3 64.4 64.5 64.6 64.7 64.8 64.9
65.
65.1 65.2 65.3 65.4 65.5 65.6 65.7 65.8 65.9
66.
66.1 66.2 66.3 66.4 66.5 66.6 66.7 66.8 66.9
67.
67.1 67.2 67.3 67.4 67.5 67.6 67.7 67.8 67.9
68.
68.1 68.2 68.3 68.4 68.5 68.6 68.7 Displacement (ID

u:u-r275-

o. 00957 0.00638 0.00638 0.01595 0.00319 0.00319 0.00638 0.01276 0.00638 0.00957 0.00638

0.
0.00638 0.00957 0.00957 0.00638 0.00319 0.00957
0.
0.01276 0.00957 0.00957 0.00319 0.00319 0.00957 0.00319 0.00638 0.00638 0.00319 0.00957 0.00638
0.
0.01276 0.00957 0.00957 0.00957 0.00638 0.00957 0.00319 0.00638 0.00638 0.00319 0.00957 0.00957 0.00957 0.00957 0.00638 0.00319 0.00638 0.00638 0.00957 0.00638
0.
0.00957 0.00638 0.00957 0.00957 0.00957 0.00638 -0.00319 0.00638 0.00638 0.00319 0.01276 Time (s 1 ec) --n -1. 11 131.2 131.3 131.4 131.5 131.6 131.7 131.8 131.9 132. 132.1 132.2 132.3 132.4 132.5 132.6 132.7 132.8 132.9 133. 133.1 133.2 133.3 133.4 133.5 133.6 133.7 133.8 133.9 134. 134.1 134.2 134.3 134.4 134.5 134.6 134.7 134.8 134.9 135. 135.1 135.2 135.3 135.4 135.5 135.6 135.7 135.8 135.9 136. 136.1 136.2 136.3 136.4 136.5 136.6 136.7 136.8 136.9 137. 137.1 137.2 137.3 137.4 137.5 Pneumatic Slug Test Oicmlacem~gt (ft) = cm-rs 0.01913 0.01595 0.00957 0.02232 0.01595 0.01913 0.01913 0.01276 0.01595 0.01276
0.01595 0.00957 0.01595 0.01595 0.01595 0.01595 0.01276 0.01913 0.01595 0.01595 0.01276 0.01276 0.00957 0.01595 0.01276 0.01276 0.01595 0.01595 0.01595 0.01276 0.01913 0.01595 0.01276 0.01913 0.01913 0.01913 0.01595 0.01595 0.01913 0.01595 0.01913 0.01913 0.01595 0.01913 0.01276 0.01913 0.01595 0.02232 0.02232 0.01913 0.02232 0.02232 0.02551 0.01913 0.02232 0.02551 0.02232 0.01595 0.01595 0.02232 0.02232 0.02551 0.02232 0.01913 16:51 :56
AQTESOLV for Windows SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Hvorslev Log Factor: 0.1887 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter ~ y0 K = 0.004771 cm/sec Estimate - n~sz-2.414 ft/day ft T = K*b = 88.44 ft2/day (0.951 sq. cm/sec) AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter ~ yo Estimate 7 7.97-3.108 Std. Error lJ~45r 0.007089 6f>_prox. C.I. +7-CT.0873Z +/- 0.01391 C.I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window K = 0.004574 cm/sec T = K*b = 84.8 ft2/day (0.9118 sq. cm/sec) Parameter Correlations K K 1~00 y0 0.67 Residual Statistics 1i 1.00 for weighted residuals Sum of Squares...... 0.1919 tt2 2 Variance............ 0.0001397 ft Std. Deviation........ 0.01182 ft Mean............... 0.006926 ft No. of Residuals...... 1376 No. of Estimates...... 2 NOTES Well Pressure= 53 IN H2O 02/13/13 12 t-Ratio --zg--r-.-~ 438.3 Pneumatic Slug Test ft/day ft 16:51 :56
-1.,-----,-T--i I I I I I I I I I I I I I I f--- f--- -0.6 ~- r f--- ~ -0.2 "'O co Q) :c "'O Q) -~ co 0.2 E =r 0 z 0.6
1.
I I I I I I I I I I I I I I I I I I
0.

12.

24.

36.

48.

60.
Time (sec) I PNEUMATIC SLUG TEST Data Set: K:\\USERS\\M CRAW\\Geology Hydro\\Slug Tests\\T54 Test2Seringer-Gelhar.aqt Date: 02/fa/13 Time: 16:53:21 PROJECT INFORMATION Company: BMcD Client: Cimarron Coro: Project: 65944 Location: Crescent, OK Test Well: T54 Test Date: 02/07/13 AQUIFER DATA Saturated Thickness: 6.54 ft Anisotropy Ratio (Kz/Kr): 0.1_ WELL DATA (T54) Initial Displacement: ~ § ft Static Water Column Height: ~M.tt Total Well Penetration Depth: 14.15 ft Screen Length:.!Q_, ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft SOLUTION Aquifer Model: Unconfined Solution Method: !:,oringer-Gelhar K = 9.137 ft/day Le= 0.1039 ft
AQTESOLV for Windows Pneumatic Siu Test Data Set: K:\\USERS\\M CRAW\\Geology Hydro\\Slug Tests\\T54 Test2Springer-Gelhar.aqt
Title:
Pneumatic Slug Test Date: 02/13/13 Time: 16:55:17 PROJECT INFORMATION Compan_y: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07 /13 Test Well: T54 AQUIFER DATA Saturated Thickness: 6.54 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T54 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.15 ft Static Water Column Height: 6.54 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 10. ft Total Well Penetration Depth: 14.15 ft No. of Observations: 570 Observation Data Time 0 ~sec} Displa~emem]ft} .157 lfmeJsec} - z.S-0.1 3.083 28.6 0.2 2.79 28.7 0.3 2.407 28.8 0.4 2.175 28.9 0.5 1.904
29.
0.6 1.687 29.1 0.7 1.531 29.2 0.8 1.39 29.3 0.9 1.247 29.4
1.
1.126 29.5 1.1 1.027 29.6 1.2 0.9247 29.7 1.3 0.8386 29.8 1.4 0.7525 29.9 1.5 0.676
30.
1.6 0.6059 30.1 1.7 0.5516 30.2 1.8 0.4911 30.3 1.9 0.44 30.4
2.
0.3826 30.5 2.1 0.3412 30.6 2.2 0.3125 30.7 2.3 0.271 30.8 2.4 0.2392 30.9 2.5 0.2073
31.
2.6 0.185 31.1 2.7 0.1658 31.2 2.8 0.1467 31.3 02/13/13 1 DisP!acemen!__@ -0:-00038 -0.00956 -0.00638 -0.00956 -0.00638 -0.00956 -0.00638 -0.00638 -0.00638
0.
-0.00319 -0.00638 -0.00319 -0.00638 -0.00319 -0.00319 -0.00956 -0.00638 -0.00638 -0.00638 -0.00956 -0.00638 -0.00956 -0.00956 -0.00638 -0.00956 -0.00956
0.
-0.00956 16:55:17
AQTESOLV for Windows Pneumatic Slug Test !im~~~ Dis~acemen!.J!!) -- n:TI3F Time {_s~ -7,-:~- Displacemggt (ft) -O~U9:
3.
0.1084 31.5 -0.00956 3.1 0.09566 31.6 -0.00956 3.2 0.08291 31.7 -0.00956 3.3 0.07015 31.8 -0.00956 3.4 0.0574 31.9 -0.00956 3.5 0.05102
32.
-0.01275 3.6 0.05102 32.1 -0.00956 3.7 0.03189 32.2 -0.00956 3.8 0.03508 32.3 -0.00638 3.9 0.02551 32.4 -0.00319
4.
0.01595 32.5 -0.00638 4.1 0.01913 32.6 -0.00638 4.2 0.00957 32.7 -0.00319 4.3 0.00638 32.8 -0.00638 4.4
0.
32.9 -0.01275 4.5 0.00319
33.
-0.00638 4.6 0.00319 33.1
0.
4.7 0.00319 33.2 -0.00319 4.8 -0.00319 33.3 -0.00956 4.9 -0.00956 33.4 -0.00956
5.
-0.01594 33.5
0.
5.1 -0.01275 33.6 -0.00319 5.2 -0.00956 33.7 -0.00956 5.3 -0.01594 33.8 -0.00638 5.4 -0.00956 33.9 -0.00638 5.5 -0.01275
34.
-0.00638 5.6 -0.01594 34.1 -0.00638 5.7 -0.01594 34.2 -0.00638 5.8 -0.01594 34.3
0.
5.9 -0.01594 34.4 -0.00956
6.
-0.01594 34.5 -0.00319 6.1 -0.01594 34.6 -0.00638 6.2 -0.01913 34.7 -0.00319 6.3 -0.01275 34.8 -0.00319 6.4 -0.01275 34.9 -0.00638 6.5 -0.01594
35.

0.
6.6 -0.01913 35.1 -0.00638 6.7 -0.01594 35.2 -0.00319 6.8 -0.01913 35.3 -0.00638 6.9 -0.02232 35.4 -0.00638
7.
-0.01275 35.5 0.00319 7.1 -0.01913 35.6 -0.00319 7.2 -0.01913 35.7 -0.00319 7.3 -0.02232 35.8
0.
7.4 -0.02232 35.9
0.
7.5 -0.02551
36.

0.
7.6 -0.01594 36.1 0.00638 7.7 -0.01594 36.2 -0.00319 7.8 -0.01913 36.3
0.
7.9 -0.02232 36.4 -0.00638
8.
-0.02551 36.5 -0.00319 8.1 -0.01594 36.6 0.00319 8.2 -0.01913 36.7 -0.00319 8.3 -0.01913 36.8 -0.00319 8.4 -0.01594 36.9 -0.00319 8.5 -0.01913
37.
-0.00319 8.6 -0.01913 37.1 -0.00319 8.7 -0.02232 37.2 0.00319 8.8 -0.01594 37.3 -0.00638 8.9 -0.01913 37.4
0.

9.
-0.01913 37.5 -0.00638 9.1 -0.01594 37.6 -0.00319 9.2 -0.01913 37.7 -0.00638 9.3 -0.01275 37.8 -0.00319 9.4 -0.01913 37.9
0.
02/13/13 2 16:55:17
AQTESOLVforWindows Pneumatic Siu Test Tim§_fuse~} ~isp~51J6i~~Qt (ft) Time (sec) --3-a_ Displacement (ft)
a.
9.6 -0.01275 38.1
0.
9.7 -0.02232 38.2 -0.00319 9.8 -0.01913 38.3 -0.00319 9.9 -0.01913 38.4 -0.00638
10.
-0.02232 38.5 0.00319 10.1 -0.01913 38.6 -0.00319 10.2 -0.01913 38.7 -0.00638 10.3 -0.01594 38.8 -0.00956 10.4 -0.01594 38.9 -0.00638 10.5 -0.01913
39.
-0.00319 10.6 -0.01913 39.1
0.
10.7 -0.00956 39.2 -0.00319 10.8 -0.01913 39.3
0.
10.9 -0.02232 39.4
0.

11.
-0.02232 39.5 -0.00319 11.1 -0.02232 39.6 -0.00319 11.2 -0.02232 39.7
0.
11.3 -0.01913 39.8 -0.00319 11.4 -0.01594 39.9 -0.00319 11.5 -0.01594
40.
-0.00638 11.6 -0.01594 40.1 -0.00319 11.7 -0.01594 40.2 0.00319 11.8 -0.01913 40.3 -0.00319 11.9 -0.01913 40.4 -0.00319
12.
-0.01594 40.5 -0.00319 12.1 -0.01594 40.6 -0.00638 12.2 -0.01594 40.7 -0.00319 12.3 -0.01913 40.8 0.00638 12.4 -0.01913 40.9 -0.00319 12.5 -0.02232
41.
-0.00638 12.6 -0.01913 41.1
0.
12.7 -0.01913 41.2 -0.00319 12.8 -0.01594 41.3 -0.00319 12.9 -0.01275 41.4
0.

13.
-0.01913 41.5 -0.00319 13.1 -0.02232 41.6 -0.00638 13.2 -0.02232 41.7 -0.00319 13.3 -0.02232 41.8 -0.00319 13.4 -0.01913 41.9
0.
13.5 -0.01275
42.

0.
13.6 -0.01594 42.1 -0.00319 13.7 -0.01275 42.2 -0.00956 13.8 -0.00956 42.3 0.00319 13.9 -0.01275 42.4 -0.00319
14.
-0.01275 42.5 -0.00319 14.1 -0.01913 42.6
0.
14.2 -0.00956 42.7 -0.00319 14.3 -0.00956 42.8 -0.00638 14.4 -0.01913 42.9 -0.00319 14.5 -0.00638
43.
-0.00638 14.6 -0.01594 43.1 -0.00319 14.7 -0.01275 43.2 -0.00638 14.8 -0.01275 43.3
0.
14.9 -0.01275 43.4 -0.00319
15.
-0.00956 43.5 -0.00638 15.1 -0.01275 43.6 -0.00319 15.2 -0.01275 43.7
0.
15.3 -0.01275 43.8 -0.00319 15.4 -0.01594 43.9
0.
15.5 -0.01275
44.
0.00319 15.6 -0.01275 44.1 -0.00638 15.7 -0.01594 44.2 0.00319 15.8 -0.01594 44.3
0.
15.9 -0.02232 44.4 -0.00319
16.
-0.01594 44.5 -0.00319 02/13/13 3 16:55:17
AQTESOLV for Windows Pneumatic Siu Test Ti~~~l ~lacemen!Jf!}_
-(J-00956 I!!Jl~(~ec)
Displacemf Qt (ft) .::ffou3-16.2 -0.01275 44.7 -0.00638 16.3 -0.01275 44.8 -0.00319 16.4 -0.01594 44.9
0.
16.5 -0.01594
45.

0.
16.6 -0.01275 45.1
0.
16.7 -0.01913 45.2
0.
16.8 -0.01594 45.3
0.
16.9 -0.00956 45.4 -0.00319
17.
-0.00956 45.5 -0.00319 17.1 -0.01275 45.6
0.
17.2 -0.01594 45.7 -0.00319 17.3 -0.01594 45.8 -0.00319 17.4 -0.00956 45.9 -0.00319 17.5 -0.00956
46.

0.
17.6 -0.00956 46.1 0.00638 17.7 -0.00956 46.2 0.00957 17.8 -0.01275 46.3 0.00319 17.9 -0.00956 46.4 -0.00638
18.
-0.01594 46.5
0.
18.1 -0.01275 46.6
0.
18.2 -0.01594 46.7 0.00319 18.3 -0.01594 46.8 0.01276 18.4 -0.01275 46.9
0.
18.5 -0.01275
47.

0.
18.6 -0.01275 47.1
0.
18.7 -0.01275 47.2 0.00319 18.8 -0.01913 47.3 0.00319 18.9 -0.01275 47.4 -0.00319
19.
-0.00319 47.5 -0.00319 19.1 -0.01275 47.6 0.00319 19.2 -0.00956 47.7
0.
19.3 -0.00956 47.8 0.00319 19.4 -0.01275 47.9
0.
19.5 -0.01594
48.

0.
19.6 -0.01275 48.1 -0.00638 19.7 -0.00956 48.2
0.
19.8 -0.01275 48.3 0.00638 19.9 -0.00956 48.4 0.00319
20.
-0.00638 48.5
0.
20.1 -0.00956 48.6 -0.00638 20.2 -0.00956 48.7
0.
20.3 -0.01594 48.8
0.
20.4 -0.01594 48.9 0.00319 20.5 -0.01275
49.

0.
20.6 -0.01913 49.1 0.00638 20.7 -0.01594 49.2 0.00319 20.8 -0.01594 49.3
0.
20.9 -0.00638 49.4 -0.00319 21. -0.01594 49.5
0.
21.1 -0.01275 49.6
0.
21.2 -0.01275 49.7
0.
21.3 -0.01275 49.8 -0.00319 21.4 -0.00638 49.9
0.
21.5 -0.01594
50.

0.
21.6 -0.01594 50.1 -0.00319 21.7 -0.01275 50.2 -0.00319 21.8 -0.00956 50.3 0.00638 21.9 -0.01275 50.4 -0.00638
22.
-0.01594 50.5 0.00638 22.1 -0.01594 50.6 -0.00638 22.2 -0.01275 50.7
0.
22.3 -0.00638 50.8
0.
22.4 -0.00956 50.9 -0.00319 22.5 -0.00956 51. 0.00638 22.6 -0.01275 51.1 -0.00319 02/13/13 4 16:55:17
AQTESOLV for Windows Pneumatic Siu Test Time (~ec)
22.
Displacement (fil -0:01275 Time ~ec) --sr: Displacement (fil Cf.OU~ 22.8 -0.01275 51.3
0.
22.9 -0.01275 51.4 -0.00638
23.
-0.00638 51.5 -0.00319 23.1 -0.01275 51.6 -0.00319 23.2 -0.00638 51.7
0.
23.3 -0.01275 51.8
0.
23.4 -0.01275 51.9
0.
23.5 -0.02551
52.
0.00319 23.6 -0.00956 52.1 0.00638 23.7 -0.00956 52.2 0.00638 23.8 -0.00956 52.3 -0.00319 23.9 -0.01275 52.4
0.

24.
-0.01275 52.5
0.
24.1 -0.01275 52.6 0.00319 24.2 -0.00956 52.7 0.00957 24.3 -0.01275 52.8 0.00319 24.4 -0.00956 52.9 0.00319 24.5 -0.00638
53.
0.00638 24.6 -0.00956 53.1 0.00319 24.7 -0.00956 53.2 0.00319 24.8 -0.00638 53.3 0.00319 24.9
0.
53.4 0.00319
25.
-0.00319 53.5 0.00319 25.1 -0.00638 53.6 0.00638 25.2 -0.00638 53.7 0.00638 25.3 -0.00956 53.8 0.00319 25.4 -0.00319 53.9 -0.00319 25.5 -0.00319
54.

0.
25.6 -0.00319 54.1 0.00638 25.7 -0.00956 54.2 0.00638 25.8 -0.00956 54.3
0.
25.9 -0.00319 54.4
0.

26.
-0.00319 54.5 -0.00956 26.1 -0.00319 54.6 -0.00319 26.2 -0.00319 54.7 -0.00319 26.3 -0.00956 54.8 -0.00956 26.4 -0.00638 54.9 0.00319 26.5 -0.00319
55.
-0.00319 26.6 -0.00319 55.1 0.00638 26.7 -0.00956 55.2 0.00319 26.8 -0.00638 55.3 0.00319 26.9 -0.00638 55.4 0.00319
27.
-0.00638 55.5 0.00638 27.1 -0.01275 55.6
0.
27.2 -0.00956 55.7 0.00319 27.3 -0.00956 55.8 -0.00319 27.4 -0.01275 55.9 0.01276 27.5 -0.00956
56.
0.02232 27.6 -0.00956 56.1 0.00319 27.7 -0.00319 56.2 -0.00638 27.8 -0.00956 56.3 0.00638 27.9 -0.00638 56.4
0.

28.
-0.00638 56.5 0.00638 28.1 -0.01275 56.6
0.
28.2 -0.00956 56.7 0.00638 28.3 -0.00319 56.8 -0.00319 28.4 -0.00956 56.9
0.
SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 3.84 02/13/13 5 16:55:17
AQTESOLV for Windows VISUAL ESTIMATION RESULTS Estimated Parameters Parameter K-Le K = 0.003223 cm/sec Estimate - g:*r37-0.1039 ft/day ft T = K*b = 59.75 ft2/day (0.6425 sq. cm/sec) Le= 0.1039 ft Solution is critically damped when C(D) = 1. AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter K Le Estimate 7r.7ZS-1.98 Std. Error -cr.oz32o 0.08261 Approx. C.I. +"/:. O:tJ456o +/- 0.1622 C.I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window K = 0.003078 cm/sec T = K*b = 57.06 ft2/day (0.6136 sq. cm/sec) Le= 1.98 ft Solution is critically damped when C(D) = 1. Parameter Correlations K Le K 1 :oo 0:00 Le 0.00 1.00 Residual Statistics for weighted residuals Sum of Squares...... 0.102 ft2 2 Variance............ 0.0001795 ft Std. Deviation........ 0.0134 ft Mean............... -0.007109 ft No. of Residuals...... 570 No. of Estimates...... 2 NOTES Well Pressure= 53 IN H20 02/13/13 6 t-Ratio ~?o.T 23.97 Pneumatic Slug Test ft/day ft 16:55:17
-1. r -7 I I I I ' I I j PNEUMATIC SLUG TEST I I I Data Set: K:\\... \\T58 Test2Springer-Gelhar.agt I -o.6 1 I I I Date: 02/12/13 Time: 14:20:52 I ~ - "O -0.2 PROJECT INFORMATION co Q) Company: BMcD I ~ Client: Cimarron Cort'.. "O I Project: 65944 Q) -~ 0.2 I Location: Crescent, OK ro Test Well: T58 E Test Date: 02106/13 0 z 0.6 i ' I I I I ' 1 SOLUTION I Aquifer Model: Unconfined I Solution Method: Springer-Gelhar
1.
I I I I I I I I I K = 449.3 ft/day
0.

14.

28.

42.

56.

70.
Le = 0.08659 ft Time (sec) AQUIFER DATA Saturated Thickness: 12.42 ft Anisotropy Ratio (Kz/Kr): 0.1 WELL DATA (T58) Initial Displacement: 2.51 ft Total Well Penetration Depth: 18.48 ft Casing Radius: 0.02083 ft Static Water Column Height: 12.42 ft Screen Length: 15. ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\USERS\\M CRAW\\Geology Hydro\\Slug Tests\\T58 Test2Springer-Gelhar.aqt
Title:
Pneumatic Slug Test Date: 02/13/13 Time: 16:56:50 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/13 Test Well: T58 AQUIFER DATA Saturated Thickness: 12.42 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DATA Test Well: T58 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.51 ft Static Water Column Height: 12.42 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 15. ft Total Well P-enetration Depth: 18.48 ft No. of Observations: 651 Observation Data Ti!!l_e 0 ~sec) Dis~lacement {ffJ 2.532 1rm~ec) ~- 0.1 2.089 32.7 0.2 1.735 32.8 0.3 1.282 32.9 0.4 0.9757
33.
0.5 0.7908 33.1 0.6 0.609 33.2 0.7 0.4974 33.3 0.8 0.389 33.4 0.9 0.3029 33.5
1.
0.2232 33.6 1.1 0.1594 33.7 1.2 0.1116 33.8 1.3 0.06696 33.9 1.4 0.03508
34.
1.5 0.01276 34.1 1.6 -0.00319 34.2 1.7 -0.01913 34.3 1.8 -0.02551 34.4 1.9 -0.02232 34.5
2.
-0.01913 34.6 2.1 -0.01275 34.7 2.2 -0.01275 34.8 2.3 -0.01594 34.9 2.4 -0.01275
35.
2.5 -0.00319 35.1 2.6 -0.00956 35.2 2.7 -0.00319 35.3 2.8
0.
35.4 02/13/13 1 ~cemegt (ftl 0-f59 0.00957 0.00957 0.01595 0.01913 0.01595 0.01595 0.01595 0.01913 0.01913 0.01276 0.01595 0.01595 0.01595 0.01276 0.01913 0.01595 0.01913 0.01913 0.01913 0.00957 0.01595 0.01595 0.01913 0.01276 0.00957 0.01595 0.01595 0.01913 16:56:50
AQTESOLV for Windows Pneumatic Siu Test Tim1i}sec} Displacemen.!J!!) -croU3T9 Time f;ec) 35_ Displacement @ O.OT5go
3.
0.00319 35.6 0.01913 3.1 0.00638 35.7 0.01595 3.2 0.00638 35.8 0.01595 3.3 0.00957 35.9 0.01595 3.4 0.00319
36.
0.01595 3.5 0.00319 36.1 0.02232 3.6 0.00319 36.2 0.01595 3.7 0.00957 36.3 0.02232 3.8
0.
36.4 0.01913 3.9 0.00319 36.5 0.01595
4.

0.
36.6 0.02232 4.1
0.
36.7 0.01595 4.2
0.
36.8 0.01276 4.3
0.
36.9 0.01595 4.4 0.00319
37.
0.01913 4.5 -0.00637 37.1 0.01595 4.6 -0.00319 37.2 0.01595 4.7 -0.00319 37.3 0.01276 4.8
0.
37.4 0.01276 4.9
0.
37.5 0.01595
5.
-0.00319 37.6 0.00957 5.1
0.
37.7 0.01276 5.2
0.
37.8 0.01595 5.3 0.00319 37.9 0.01913 5.4 0.00319
38.
0.01913 5.5 0.00319 38.1 0.01595 5.6
0.
38.2 0.01595 5.7
0.
38.3 0.01913 5.8 0.00319 38.4 0.01913 5.9 0.00319 38.5 0.02232
6.

0.
38.6 0.01595 6.1 0.00319 38.7 0.02232 6.2 0.00319 38.8 0.01595 6.3 0.00638 38.9 0.01913 6.4 0.00638
39.
0.01595 6.5
0.
39.1 0.01595 6.6 0.00319 39.2 0.01276 6.7
0.
39.3 0.01595 6.8 0.00638 39.4 0.01276 6.9 0.00319 39.5 0.01913
7.
0.00319 39.6 0.01595 7.1 0.00319 39.7 0.01913 7.2
0.
39.8 0.01595 7.3 0.00319 39.9 0.01913 7.4 0.00957
40.
0.01595 7.5 0.00638 40.1 0.00957 7.6 0.00638 40.2 0.01913 7.7
0.
40.3 0.00957 7.8
0.
40.4 0.01913 7.9 0.00319 40.5 0.01595
8.

0.
40.6 0.01913 8.1 0.00319 40.7 0.00957 8.2 0.00638 40.8 0.01595 8.3 0.00319 40.9 0.01913 8.4 0.00319 41. 0.02232 8.5
0.
41.1 0.01595 8.6
0.
41.2 0.02232 8.7 0.00319 41.3 0.01595 8.8
0.
41.4 0.02232 8.9 0.00638 41.5 0.01913
9.
0.00638 41.6 0.01595 9.1 0.00638 41.7 0.01913 9.2 0.00319 41.8 0.01913 9.3 0.00638 41.9 0.01595 9.4 0.00638
42.
0.01913 02/13/13 2 16:56:50
AQTESOLVforWtndows Pneumatic Siu Test Time ~sec) ---g:: D~laceme~t (ft) ~ 0095 Time (sec) -.:+Z.1 Displacemegt (ft) 0.019T 9.6 0.00638 42.2 0.01595 9.7 0.00638 42.3 0.01913 9.8 0.00319 42.4 0.01595 9.9 0.00957 42.5 0.01276
10.
0.00319 42.6 0.01276 10.1 0.00319 42.7 0.01913 10.2 0.00957 42.8 0.01276 10.3 0.00319 42.9 0.01276 10.4 0.00638
43.
0.02232 10.5 0.00638 43.1 0.01595 10.6 0.00638 43.2 0.01595 10.7 0.00638 43.3 0.01595 10.8 0.00638 43.4 0.01913 10.9 0.00957 43.5 0.01913
11.
-0.00319 43.6 0.01595 11.1 0.00638 43.7 0.01913 11.2 0.01276 43.8 0.01595 11.3 0.00319 43.9 0.01913 11.4 0.00638
44.
0.01913 11.5 0.00957 44.1 0.01595 11.6 0.00638 44.2 0.01913 11.7 0.00957 44.3 0.01595 11.8 0.00638 44.4 0.01913 11.9 0.00957 44.5 0.01913
12.
0.00638 44.6 0.01913 12.1 0.00957 44.7 0.01913 12.2 0.00957 44.8 0.01276 12.3 0.00638 44.9 0.02232 12.4 0.00638
45.
0.01913 12.5 0.00957 45.1 0.00957 12.6
0.
45.2 0.02232 12.7 0.00638 45.3 0.01595 12.8 0.00957 45.4 0.01913 12.9 0.01276 45.5 0.02232
13.
0.00638 45.6 0.01913 13.1 0.00638 45.7 0.01913 13.2 0.00957 45.8 0.01276 13.3 0.00957 45.9 0.01913 13.4 0.00957
46.
0.01595 13.5 0.00638 46.1 0.01595 13.6 0.00319 46.2 0.01595 13.7 0.00638 46.3 0.01595 13.8 0.00638 46.4 0.01913 13.9 0.00638 46.5 0.01913
14.
0.00957 46.6 0.01913 14.1 0.00957 46.7 0.01595 14.2 0.00319 46.8 0.01913 14.3 0.00957 46.9 0.01276 14.4 0.00638
47.
0.01595 14.5 0.00638 47.1 0.01913 14.6 0.01276 47.2 0.01913 14.7 0.00957 47.3 0.01595 14.8 0.00638 47.4 0.02232 14.9 0.00319 47.5 0.01913
15.
0.00638 47.6 0.01913 15.1 0.00957 47.7 0.01595 15.2 0.00638 47.8 0.01913 15.3 0.00957 47.9 0.01913 15.4 0.01595
48.
0.01276 15.5 0.00957 48.1 0.01913 15.6 0.00638 48.2 0.01913 15.7 0.00638 48.3 0.01913 15.8 0.00638 48.4 0.01913 15.9 0.00638 48.5 0.01913
16.
0.00957 48.6 0.01595 02/13/13 3 16:56:50
AQTESOL V for Windows Pneumatic Siu Test Tim{Ef-~l Dis~cement _ill) .Uf27o Tim4e8~~e2l Dispbagement (fil . 12232-16.2 0.00638 48.8 0.01913 16.3 0.00957 48.9 0.01913 16.4 0.00957
49.
0.01595 16.5 0.00638 49.1 0.01913 16.6 0.01276 49.2 0.01913 16.7 0.01276 49.3 0.01913 16.8 0.00638 49.4 0.01913 16.9 0.00957 49.5 0.01276
17.
0.01276 49.6 0.01595 17.1 0.01276 49.7 0.01595 17.2 0.00957 49.8 0.01913 17.3 0.00957 49.9 0.01595 17.4 0.00957
50.
0.01913 17.5 0.00957 50.1 0.02232 17.6 0.00957 50.2 0.01913 17.7 0.01276 50.3 0.02232 17.8 0.00957 50.4 0.02232 17.9 0.01276 50.5 0.02232
18.
0.01595 50.6 0.01595 18.1 0.01276 50.7 0.01913 18.2 0.00319 50.8 0.01595 18.3 0.00957 50.9 0.02232 18.4 0.01595 51. 0.01595 18.5 0.01276 51.1 0.01595 18.6 0.00957 51.2 0.02232 18.7 0.01276 51.3 0.01595 18.8 0.00957 51.4 0.02232 18.9 0.01276 51.5 0.01913
19.
0.01276 51.6 0.02232 19.1 0.01276 51.7 0.01913 19.2 0.01276 51.8 0.01913 19.3 0.00638 51.9 0.01913 19.4 0.01276
52.
0.01595 19.5 0.00957 52.1 0.01595 19.6 0.01276 52.2 0.01913 19.7 0.00638 52.3 0.02232 19.8 0.01595 52.4 0.02551 19.9 0.01276 52.5 0.01913
20.
0.01276 52.6 0.01913 20.1 0.01276 52.7 0.01595 20.2 0.01276 52.8 0.02232 20.3 0.00957 52.9 0.02232 20.4 0.01595
53.
0.02232 20.5 0.01276 53.1 0.01595 20.6 0.01276 53.2 0.01913 20.7 0.00957 53.3 0.02232 20.8 0.00957 53.4 0.01595 20.9 0.01276 53.5 0.01913
21.
0.01276 53.6 0.01595 21.1 0.01276 53.7 0.02232 21.2 0.01595 53.8 0.02232 21.3 0.01276 53.9 0.01913 21.4 0.01276
54.
0.01913 21.5 0.00957 54.1 0.01595 21.6 0.01595 54.2 0.02232 21.7 0.01276 54.3 0.01913 21.8 0.01276 54.4 0.01595 21.9 0.01276 54.5 0.02551
22.
0.00638 54.6 0.01595 22.1 0.01595 54.7 0.01595 22.2 0.01276 54.8 0.02232 22.3 0.01595 54.9 0.01913 22.4 0.01276
55.
0.01913 22.5 0.01276 55.1 0.01913 22.6 0.01276 55.2 0.01595 02/13/13 4 16:56:50
AQTESOL V for Windows Pneumatic Slug Test Tim2~ ~le~ D~lacement ill)_ - -u:u-1o95-Time ~ec) --55: Displaceme2t (ft) cr.D223 22.8 0.02232 55.4 0.02232 22.9 0.00957 55.5 0.01913
23.
0.00957 55.6 0.01913 23.1 0.01276 55.7 0.01276 23.2 0.00638 55.8 0.01913 23.3 0.01276 55.9 0.02232 23.4 0.01276
56.
0.01595 23.5 0.01276 56.1 0.02232 23.6 0.01276 56.2 0.01913 23.7 0.01595 56.3 0.02232 23.8 0.00957 56.4 0.01595 23.9 0.01913 56.5 0.02232
24.
0.01276 56.6 0.01913 24.1 0.01276 56.7 0.01276 24.2 0.01595 56.8 0.02232 24.3 0.01595 56.9 0.01913 24.4 0.01276
57.
0.02232 24.5 0.00957 57.1 0.01913 24.6 0.01276 57.2 0.02232 24.7 0.01276 57.3 0.02232 24.8 0.01276 57.4 0.01913 24.9 0.01276 57.5 0.01913
25.
0.00957 57.6 0.01595 25.1 0.01276 57.7 0.02551 25.2 0.01595 57.8 0.02232 25.3 0.01595 57.9 0.01913 25.4 0.01595
58.
0.01913 25.5 0.01276 58.1 0.02551 25.6 0.01276 58.2 0.01595 25.7 0.01595 58.3 0.02232 25.8 0.00957 58.4 0.01913 25.9 0.01276 58.5 0.01913
26.
0.01276 58.6 0.01913 26.1 0.01276 58.7 0.01913 26.2 0.00957 58.8 0.01913 26.3 0.01595 58.9 0.01913 26.4 0.01276
59.
0.01913 26.5 0.00638 59.1 0.02551 26.6 0.01276 59.2 0.02232 26.7 0.01276 59.3 0.01913 26.8 0.01276 59.4 0.02232 26.9 0.01595 59.5 0.01913
27.
0.01276 59.6 0.02551 27.1 0.01276 59.7 0.02232 27.2 0.00957 59.8 0.01595 27.3 0.01595 59.9 0.02551 27.4 0.00957
60.
0.01913 27.5 0.01595 60.1 0.02232 27.6 0.01595 60.2 0.02232 27.7 0.01276 60.3 0.02551 27.8 0.01276 60.4 0.01913 27.9 0.01276 60.5 0.01913
28.
0.01276 60.6 0.02551 28.1 0.01276 60.7 0.02232 28.2 0.01276 60.8 0.02232 28.3 0.01595 60.9 0.02551 28.4 0.01595
61.
0.01913 28.5 0.00957 61.1 0.01913 28.6 0.01913 61.2 0.02232 28.7 0.01595 61.3 0.01913 28.8 0.01276 61.4 0.01913 28.9 0.01595 61.5 0.01913
29.
0.01276 61.6 0.01595 29.1 0.01913 61.7 0.01913 29.2 0.01913 61.8 0.02232 02/13/13 5 16:56:50
AQTESOL V for Windows Tim 2 e 9~ec} Oisplacemegt (ft) -- --U:U-f59 Time ~ec) --s-r: 29.4 0.01276
62.
29.5 0.01595 62_1 29.6 0.01595 62.2 29.7 0.01913 62.3 29.8 0.01595 62.4 29.9 0.01595 62.5
30.
0.01276 62.6 30.1 0.01595 62.7 30.2 0.01276 62.8 30.3 0.01913 62.9 30.4 0.01595
63.
30.5 0.01913
63. 1 30.6 0.01595 63.2 30.7 0.01913 63.3 30.8 0.01595 63.4 30.9 0.01595 63.5

31.
0.01276 63.6 31.1 0.01276 63.7 31 _2 0.01595 63.8 31.3 0.01595 63.9 31.4 0.01276
64.
31.5 0.01595 64.1 31.6 0.01595 64.2 31.7 0.01595 64.3 31.8 0.01913 64.4 31.9 0.01276 64.5
32.
0.00638 64.6 32.1 0.01276 64.7 32.2 0.00957 64.8 32.3 0.01595 64.9 32.4 0.01913
65.
32.5 0.01595 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.131 VISUAL ESTIMATION RES UL TS Estimated Parameters Parameter Estimate K - 44K3-ft/day Le 0.08659 ft K = 0.1585 cm/sec T = K*b = 5580.9 ft2/day (60.01 sq. cm/sec) Le= 0.08659 ft Solution is critically damped when C(D) = 1. AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter Estimate Std. Error ~rox. C.I. - r-
7 -1:JT""
0.06908- + - ITT3-ST Le 0.5206 0.03768 +/- 0.074 C. I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window 02/13/13 6 Pneumatic Siu Test DispbagemeRt (ft) . T59: 0.01913 0.02232 0.01595 0.0287 0.02232 0.02551 0.02232 0.01913 0.02551 0.02232 0.02232 0.01913 0.02232 0.02232 0.02551 0.01913 0.01913 0.02232 0.02551 0.02232 0.01913 0.02232 0.02232 0.01913 0.02232 0.01595 0.02232 0.01595 0.01595 0.01913 0.01913 t-Ratio .. f6T.T ft/day 13.82 ft 16:56:50
AQTESOLV for Windows K = 0.00394 cm/sec T = K*b = 138. 7 ft2/day (1.491 sq. cm/sec) Le = 0.5206 ft Solution is critically damped when C(D) = 1. Parameter Correlations K Le K 1 :00 O:U0 Le 0.00 1.00 Residual Statistics for weighted residuals Sum of Squares...... 0.1802 tt2 2 Variance............ 0.0002776 ft Std. Deviation........ 0.01666 ft Mean............... 0.01295 ft No. of Residuals...... 651 No. of Estimates...... 2 NOTES Well Pressure= 46 IN H20 02/13/13 Pneumatic Siu Test 7 16:56:50
-1. I I I I I I I I I I I I I I I I PNEUMATIC SLUG TEST Data Set: K:\\... \\T59 Test2Springer-Gelhar.aqt Date: 02/12/13 Time: 14:25:13 -0.6 ~ -0 -0.2 PROJECT INFORMATION ca (I) Company: BMcD I Client: Cimarron Corp. -0 r Project: 65944 Q) 7 Location: Crescent, OK ro 0.2 Test Well: T59 Test Date: 02/07/13 E 0 z 0.6 I I SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
I I I I I I I I I I o o I I 0 I I o O K = 7.154 ft/day
0.

18.

36.

54.

72.

90.
Le = 0.3441 ft Time (sec) AQUIFER DATA Saturated Thickness: 20.16 ft Anisotropy Ratio (Kz/Kr): 0.1 WELL DATA (T59) Initial Displacement: 3.01 ft Static Water Column Height: 20.1.§ ft Total Well Penetration Depth: 24.52 ft Screen Length: 20. ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOL V for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUSnSite\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:01 :04 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/13 Test Well: T59 AQUIFER DATA Saturated Thickness: 20.16 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DATA Test Well: T59 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.01 ft Static Water Column Height: 20.16 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 20. ft Total Well P-enetration Depth: 24.52 ft No. of Observations: 815 Observation Data Time (sec)
0.
Dis~lacement {ffl 3.01 I fme _(seg ~-fr 0.1 2.583 40.9 0.2 2.216 41. 0.3 1.786 41.1 0.4 1.496 41.2 0.5 1.24 41.3 0.6 1.052 41.4 0.7 0.8897 41.5 0.8 0.743 41.6 0.9 0.6314 41.7
1.
0.5293 41.8 1.1 0.4496 41.9 1.2 0.3795
42.
1.3 0.3093 42.1 1.4 0.2423 42.2 1.5 0.2009 42.3 1.6 0.1722 42.4 1.7 0.1276 42.5 1.8 0.09885 42.6 1.9 0.07334 42.7
2.
0.0574 42.8 2.1 0.04783 42.9 2.2 0.0287
43.
2.3 0.01914 43.1 2.4 0.01595 43.2 2.5 0.01276 43.3 2.6 0.00319 43.4 2.7 0.00638 43.5 2.8
0.
43.6 02/14/13 1 Dis lacement @
0.
0.00319 0.00957 0.00638 0.00957 0.00319 0.00319 0.00638
0.
0.00638 0.00957 0.00319 0.00638 0.00319 0.00319 0.00319 0.00319 0.00319 0.00638 0.00638 0.00319 0.00957 0.00638 0.00638 0.00319 0.00957 0.00319 0.00957 0.00638 09:01:04
AQTESOLV for Windows Pneumatic Slug Test Tim~-~sec} Disp~gement _ill) . 063-a-Ti'1}# 7ec) Displacemegt (ft) ITT>U63
3.
0.00319 43.8 0.00638 3.1 -0.00637 43.9 0.00319 3.2 0.00319
44.
0.00638 3.3 0.00319 44.1 0.00638 3.4 -0.00319 44.2 0.00638 3.5
0.
44.3 0.00957 3.6
0.
44.4 0.00957 3.7 0.00638 44.5 0.01276 3.8
0.
44.6 0.00957 3.9 -0.00319 44.7 0.00638
4.
-0.00637 44.8 0.00638 4.1 -0.00956 44.9 0.01276 4.2 -0.00637
45.
0.00638 4.3 -0.00956 45.1 0.00638 4.4 -0.00637 45.2 0.00957 4.5 -0.01275 45.3 0.00319 4.6 -0.01275 45.4 0.00638 4.7 -0.00956 45.5 0.00319 4.8 -0.01594 45.6 0.00957 4.9 -0.01594 45.7 0.01276
5.
-0.01275 45.8 0.00319 5.1 -0.01275 45.9 0.00957 5.2 -0.01913
46.
0.00638 5.3 -0.01913 46.1 0.00638 5.4 -0.01913 46.2 0.00638 5.5 -0.01594 46.3 0.00319 5.6 -0.01913 46.4 0.00319 5.7 -0.02232 46.5 0.00957 5.8 -0.02232 46.6 0.00957 5.9 -0.01913 46.7 0.00319
6.
-0.02232 46.8 0.00638 6.1 -0.02232 46.9 0.00638 6.2 -0.02232
47.
0.00957 6.3 -0.02232 47.1 0.00638 6.4 -0.02232 47.2 0.00638 6.5 -0.02551 47.3 0.00638 6.6 -0.02232 47.4 0.01276 6.7 -0.02232 47.5 0.00638 6.8 -0.02551 47.6 0.00957 6.9 -0.02232 47.7 0.00638
7.
-0.02869 47.8 0.00638 7.1 -0.02232 47.9 0.00638 7.2 -0.02232
48.
0.00638 7.3 -0.02551 48.1 0.00638 7.4 -0.02551 48.2 0.00638 7.5 -0.02551 48.3 0.00957 7.6 -0.02869 48.4 0.00638 7.7 -0.03507 48.5 0.00957 7.8 -0.02869 48.6 0.01276 7.9 -0.02551 48.7 0.00957
8.
-0.02869 48.8 0.00638 8.1 -0.02232 48.9 0.00957 8.2 -0.02551
49.
0.00319 8.3 -0.02551
49. 1 0.00319 8.4
-0.02869 49.2 0.00957 8.5 -0.02869 49.3 0.00319 8.6 -0.02869 49.4 0.00638 8.7 -0.02869 49.5 0.01276 8.8 -0.02551 49.6 0.00638 8.9 -0.02551 49.7 0.00957
9.
-0.03507 49.8 0.00638 9.1 -0.02551 49.9 0.01276 9.2 -0.02869
50.
0.00319 9.3 -0.02869 50.1 0.00638 9.4 -0.03188 50.2 0.00957 02/14/13 2 09:01:04
AQTESOLV for Windows Pneumatic Slug Test J"im§_fuse~} pis~5:b~~~~t (ft) Time~~ ---50: Disp~g6~~pt (f!l 9.6 -0.02869 50.4 0.01276 9.7 -0.02551 50.5 0.00957 9.8 -0.02551 50.6 0.00957 9.9 -0.03188 50.7 0.00957
10.
-0.02551 50.8 0.00319 10.1 -0.02869 50.9 0.00957 10.2 -0.02551 51. 0.00638 10.3 -0.02869 51.1 0.00957 10.4 -0.03188 51.2 0.00319 10.5 -0.03188 51.3 0.00638 10.6 -0.03188 51.4 0.00957 10.7 -0.02551 51.5 0.00957 10.8 -0.02232 51.6 0.00319 10.9 -0.02551 51.7 0.00638 11. -0.02232 51.8 0.00957 11.1 -0.01913 51.9 0.00957 11.2 -0.02551
52.
0.00957 11.3 -0.02232 52.1 0.00957 11.4 -0.02551 52.2 0.00957 11.5 -0.02869 52.3 0.01276 11.6 -0.02551 52.4 0.01276 11.7 -0.02551 52.5 0.00957 11.8 -0.02869 52.6 0.00638 11.9 -0.02869 52.7 0.00638
12.
-0.02869 52.8 0.00319 12.1 -0.02551 52.9 0.00638 12.2 -0.03188
53.
0.00638 12.3 -0.02232 53.1 0.00957 12.4 -0.02869 53.2 0.00638 12.5 -0.02869 53.3 0.00638 12.6 -0.02551 53.4 0.00319 12.7 -0.02551 53.5 0.00638 12.8 -0.02551 53.6 0.00319 12.9 -0.02551 53.7 0.00638
13.
-0.02869 53.8 0.00319 13.1 -0.02551 53.9 0.00638 13.2 -0.02232
54.
0.00957 13.3 -0.01275 54.1 0.00319 13.4 -0.00956 54.2 0.00957 13.5 -0.01913 54.3 0.00957 13.6 -0.02551 54.4 0.00638 13.7 -0.01913 54.5 0.00638 13.8 -0.02551 54.6 0.00957 13.9 -0.01913 54.7 0.00319
14.
-0.01913 54.8 0.00638 14.1 -0.02232 54.9
0.
14.2 -0.01913
55.
0.00638 14.3 -0.01913 55.1 0.00957 14.4 -0.01913 55.2 0.00957 14.5 -0.01913 55.3 0.00638 14.6 -0.01594 55.4
0.
14.7 -0.01275 55.5 0.00638 14.8 -0.02232 55.6 0.00957 14.9 -0.01913 55.7 0.00319
15.
-0.01913 55.8 0.00957 15.1 -0.01913 55.9 0.00957 15.2 -0.01913
56.
0.00957 15.3 -0.01594 56.1 0.00319 15.4 -0.01594 56.2 0.00319 15.5 -0.02232 56.3 0.00319 15.6 -0.01913 56.4 0.01276 15.7 -0.01913 56.5 0.00638 15.8 -0.01913 56.6 0.00638 15.9 -0.01913 56.7 0.00319
16.
-0.01913 56.8 0.01276 02/14/13 3 09:01:04
AQTESOLV for Windows Pneumatic Siu Test Time csecl

rn~,-

DisQ!acement if!) -- -01Jf594" Time (sec) -S0.9 Di~lacemenUf!l O:UU957 16.2 -0.01594
57.
0.00319 16.3 -0.01275 57.1 0.00319 16.4 -0.01594 57.2 0.00638 16.5 -0.01275 57.3 0.00957 16.6 -0.01594 57.4 0.00957 16.7 -0.01913 57.5 0.00319 16.8 -0.01913 57.6 0.00638 16.9 -0.01594 57.7 0.00957
17.
-0.01913 57.8 0.00638 17.1 -0.01913 57.9 0.00957 17.2 -0.01913
58.
0.00319 17.3 -0.01594 58.1 0.00638 17.4 -0.00956 58.2 0.00319 17.5 -0.01594 58.3 0.00638 17.6 -0.01594 58.4 0.00638 17.7 -0.01275 58.5 0.00319 17.8 -0.01275 58.6 0.00638 17.9 -0.01594 58.7
0.

18.
-0.01275 58.8 0.00638 18.1 -0.01913 58.9 0.00638 18.2 -0.00956
59.
0.00638 18.3 -0.01275 59.1 0.00957 18.4 -0.00637 59.2 0.00638 18.5 -0.00956 59.3 0.00319 18.6 -0.01275 59.4 0.00638 18.7 -0.00956 59.5 0.00319 18.8 -0.01275 59.6 0.00319 18.9 -0.00956 59.7 0.00319
19.
-0.01275 59.8 0.00957 19.1 -0.00956 59.9 0.00957 19.2 -0.00956
60.
0.00638 19.3 -0.01275 60.1 0.00957 19.4 -0.00956 60.2 0.00638 19.5 -0.01594 60.3 0.00638 19.6 -0.02551 60.4 0.00638 19.7 -0.02232 60.5 0.00957 19.8 -0.02232 60.6 0.00638 19.9 -0.01594 60.7 0.00319
20.
-0.01594 60.8 0.00638 20.1 -0.01913 60.9 0.00319 20.2 -0.01594 61. 0.00638 20.3 -0.01275 61.1 0.00319 20.4 -0.01594 61.2 0.00638 20.5 -0.01594 61.3 0.00957 20.6 -0.01594 61.4 0.00638 20.7 -0.00956 61.5 -0.00319 20.8 -0.01275 61.6
0.
20.9 -0.01594 61.7 0.00319 21. -0.01275 61.8 0.00319 21.1 -0.01594 61.9 0.00638 21.2 -0.00956
62.

0.
21.3 -0.00956 62.1 0.00319 21.4 -0.01594 62.2 0.00957 21.5 -0.01275 62.3 0.00957 21.6
0.
62.4 0.00638 21.7 -0.00637 62.5
0.
21.8 -0.00637 62.6 0.00638 21.9 -0.00956 62.7 0.00957
22.
-0.00956 62.8 0.00957 22.1 -0.01275 62.9 0.00319 22.2 -0.00637
63.
0.00638 22.3 -0.00956 63.1 0.00957 22.4 -0.00637 63.2 0.00638 22.5 -0.00637 63.3 0.00638 22.6 -0.00956 63.4 0.00638 02/14/13 4 09:01:04
AQTESOLV for Windows Pneumatic Siu Test Time~c) ~
2. - -
Displacemen!_@_ -CJ:UG956 Time (s~ ---63":5 ~ lacemept (ft) -0:0-09'5 22.8 -0.00956 63.6 0.00319 22.9 -0.00319 63.7 0.00957
23.
-0.00637 63.8 0.00319 23.1
0.
63.9 0.00638 23.2 -0.00637
64.
0.00319 23.3 -0.00637 64.1 0.00319 23.4 -0.00637 64.2 0.01276 23.5 -0.00956 64.3 0.00957 23.6 -0.00637 64.4 0.00638 23.7 0.00319 64.5 0.00638 23.8 -0.00319 64.6 0.00638 23.9 -0.00319 64.7 0.01276
24.
-0.00319 64.8 0.00319 24.1 -0.00637 64.9 0.00638 24.2 0.00319
65.
0.00957 24.3
0.
65.1 0.01276 24.4 -0.00319 65.2 0.00319 24.5 -0.00637 65.3 0.00957 24.6
0.
65.4 0.00957 24.7 -0.00319 65.5 0.00957 24.8 -0.00637 65.6 0.00319 24.9 -0.00319 65.7 0.00638
25.
0.00319 65.8 0.00957 25.1 -0.00319 65.9 0.00319 25.2 -0.00956
66.
0.01276 25.3
0.
66.1 0.00957 25.4 -0.00319 66.2 0.00638 25.5
0.
66.3 0.00319 25.6 -0.00319 66.4 0.00638 25.7
0.
66.5 0.00638 25.8
0.
66.6 0.00638 25.9
0.
66.7 0.00638
26.

0.
66.8 0.00319 26.1 -0.00319 66.9 0.00957 26.2 -0.00637
67.
0.00638 26.3
0.
67.1 0.00638 26.4
0.
67.2 0.00319 26.5 -0.00319 67.3 0.00319 26.6 -0.00637 67.4 0.00638 26.7 -0.00319 67.5 0.00638 26.8 -0.00319 67.6 0.00638 26.9
0.
67.7 0.00638
27.

0.
67.8 0.00638 27.1
0.
67.9 0.00957 27.2 -0.00319
68.

0.
27.3 -0.00956 68.1 0.00638 27.4 -0.00319 68.2 0.00638 27.5 0.00319 68.3 0.00638 27.6
0.
68.4 0.00638 27.7
0.
68.5 0.00638 27.8 0.00319 68.6 0.00319 27.9 0.00319 68.7 0.00638
28.

0.
68.8 0.00957 28.1
0.
68.9 0.00319 28.2
0.

69.
0.00957 28.3 0.00319 69.1 0.00957 28.4 -0.00637 69.2 0.00957 28.5 0.00638 69.3 0.00957 28.6
0.
69.4 0.00319 28.7
0.
69.5 0.01276 28.8 0.00319 69.6 0.00957 28.9 0.00319 69.7 0.00957
29.
0.00319 69.8 0.00638 29.1 0.00319 69.9 0.00957 29.2 0.00319
70.

0.
02/14/13 5 09:01:04
A -'----'--'Q_TE_S ---'----O_L_V'--f'-'--o_r W ---'-------'---in;_;cdc..::._ow "--'---s.:c..._ ____________________ __.:_P_:_n=e=-c umatic Slug Jest Jim2e9~~ Displaci~ ent (ft} TI;~ec) pisp~~~gt (f!} 29.4
0.
70.2 0.00957 29.5 0.00319 70.3 0.00319 29.6
0.
70.4 0.00638 29.7 0.00638 70.5 0.00638 29.8
0.
70.6 0.00638 29.9 -0.00319 70.7 0.00638 30_ o_ 70.8 0.00638 30.1
0.
70.9
0.
30.2 -0.00319
71.
0.00638 30.3 0.00319 71.1 0.00638 30.4 0.00319 71.2 0.00638 30.5 0.00319 71.3 0.00638 30.6
0.
71.4 0.00638 30.7 -0.00319 71.5 0.00319 30.8 0.00319 71.6 0_00638 30.9 0.00319 71.7 0.00319 31.
0.
71.8 0.00638 31.1 0.00319 71.9 0.00638 31.2
0.

72.
0.00957 31.3
0.
72.1 0.00638 31.4
0.
72.2 0.01276 31.5 0.00319 72.3 0.00957 31.6
0.
72.4 0.00638 31.7 0.00319 72.5 0.00319 31.8
0.
72.6 0.00638 31.9 0.00319
72. 7 0.00638

32.
0.00319 72.8 0_00638 32.1
0.
72.9 0.00638 32.2 0.00319
73.
0.00319 32.3 0.00319 73.1 0.00957 32.4 0.00319 73.2 0.01276 32.5 0.00319 73.3 0.01276 32.6 o_ 73.4 0.00638 32.7 0.00319 73.5 0.00638 32.8
0.
73.6 0.01276 32.9 0.00319 73.7 0.01276
33.
0.00319 73.8 0.00957 33.1 0.00319 73.9 0.01276 33.2
0.

74.
0.00638 33.3 0.00319 74.1 0.00638 33.4 0.00638 74.2 0.00957 33.5 0.00638 74.3 0.01276 33.6
0.
74.4 0.00957 33.7
0.
74.5 0.00638 33.8 0.00319 74.6 0.00957 33.9 0.00319 74.7 0.01595
34.

0.
74.8 0.00638 34_1 0.00319 74.9 0.00638 34.2 0.00319
75.
0.00957 34.3 0.00638 75.1 0.01276 34.4 0.00319 75.2 0.00957 34.5 0.00319 75.3 0.01276 34.6 0.00319 75.4 0.00319 34.7 0.00957 75.5 0.00638 34.8 0.00638 75.6 0.00957 34.9 0.00319 75.7 0.00957
35.
0.00638 75.8 0.00957 35.1 0.00638 75.9 0.00638 35.2 0.00319
76.
0.00957 35.3 0.00319 76.1 0.00957 35.4 0.00319 76.2 0.00638 35.5 0.00319 76.3 0.00638 35.6
0.
76.4 0.01276 35.7
0.
76.5 0.00638 35.8
0.
76.6 0.00638 02/14/13 6 09:01 :04
AQTESOL V for Windows Pneumatic Slug Test Time (secl 35.9 Displacement (ft}
a.
Time 6 (Jeq
71.
Displaceme~t (ft} O.Or27
36.

0.
76.8 0.00957 36.1 0.00638 76.9 0.00957 36.2 0.00319
77.
0.01276 36.3
0.
77.1 0.00957 36.4 0.00319 77.2 0.00957 36.5 0.00638 77.3 0.01276 36.6 0.00319 77.4 0.01595 36.7 0.00319 77.5 0.00319 36.8 0.00638 77.6 0.01276 36.9 0.00319 77.7 0.00957
37.

0.
77.8 0.00638 37.1 0.00319 77.9 0.00319 37.2 0.00638
78.
0.01276 37.3 0.00319 78.1 0.00319 37.4 0.00638 78.2 0.00957 37.5
0.
78.3 0.00638 37.6 0.00319 78.4 0.00638 37.7 0.00319 78.5 0.00319 37.8 0.00957 78.6 0.00319 37.9 0.00638 78.7 0.00957
38.
0.00638 78.8 0.00319 38.1 0.00957 78.9 0.00638 38.2 0.00319
79.
0.01276 38.3
0.
79.1 0.01276 38.4 0.00957 79.2 0.00319 38.5 0.00638 79.3 0.00957 38.6 0.00319 79.4 0.00638 38.7 0.00638 79.5 0.01595 38.8 0.00319 79.6 0.00638 38.9
0.
79.7 0.00638
39.
0.00957 79.8 0.00957 39.1 0.00638 79.9 0.01595 39.2 0.00638
80.
0.00957 39.3 0.00638 80.1 0.01276 39.4 0.00638 80.2 0.00319 39.5 0.00638 80.3 0.00638 39.6 0.00957 80.4 0.01276 39.7
0.
80.5 0.01276 39.8 0.00319 80.6 0.00319 39.9 0.00957 80.7 0.00638
40.
0.00957 80.8 0.01276 40.1 0.00638 80.9 0.01595 40.2 0.01276 81. 0.00638 40.3 0.00638 81.1 0.00319 40.4 0.00638 81.2 0.00638 40.5 0.00638 81.3 0.01276 40.6
0.
81.4 0.00638 40.7 0.00319 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 5.666 VISUAL ESTIMATION RES UL TS Estimated Parameters Parameter Estimate ~ -r.rs~- ft/day Le 0.3441 ft K = 0.002524 cm/sec 02/14/13 7 09:01:04
AQTESOLV for Windows T = K*b = 144.2 ft2/day (1.551 sq. cm/sec) Le = 0.3441 ft Solution is critically damped when C(D) = 1. AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter

x--

Le Estimate ~fS-4 0.3441 Std. Error -rruvr1T 0.03649 6f>prox. C.I. +/- 0.047~- +/- 0.07163 C. I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window K = 0.002524 cm/sec T = K*b = 144.2 ft2/day (1.551 sq. cm/sec) Le = 0.3441 ft Solution is critically damped when C(D) = 1. Parameter Correlations K Le K 1 :00 0:-0"1 Le 0.01 1.00 Residual Statistics for weighted residuals Sum of Squares...... 0.1222 ft2 2 Variance............ 0.0001503 ft Std. Deviation........ 0.01226 ft Mean............... -0.0009134 ft No. of Residuals...... 815 No. of Estimates...... 2 NOTES Well Pressure = 56 IN H20 02/14/13 8 t-Ratio - 2"flo. 9.428 Pneumatic Siu Test ft/day ft 09:01:04
g ¢'. "O ro (I) I "O (I) .!::::! ro E 0 z 0.001 0.01 I-I- I-I-- I-- 0.1
1.

0.
I I I ~ Data Set: K:\\... \\T59 Test3Hvorslev.ag! Date: 02/14/13 Company: BMcD Client: Cimarron Coro. Project: 65944 Location: Crescent, OK Test Well: T59 Test Date: *02107/13 Saturated Thickness: 20.16ft Initial Displacement: 3.48 ft Total Well Penetration Depth: 24.52 ft Casing Radius: 0.02083 ft Aquifer Model: Unconfined K = 9.313 ft/day I I I I I
16.
I
-r-**1~ --
I I I I I I I I I I I I I
32.

48.

64.

80.
Time (sec) PNEUMATIC SLUG TEST Time: 08:56:00 PROJECT INFORMATION AQUIFER DATA Anisotropy Ratio (Kz/Kr): QJ_ WELL DATA (T59) Static Water Column Height: 20.16ft Screen Length: 20. ft Well Radius: 0.0833 ft SOLUTION Solution Method: Hvorslev y0 = 3.315 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 08:59:15 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent,i_ OK Test Date: 02/07/1,j Test Well: T59 AQUIFER DATA Saturated Thickness: 20.16 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T59 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.48 ft Static Water Column Height: 20.16 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 20. ft Total Well Penetration Depth: 24.52 ft No. of Observations: 770 Time 0 ~sec} 0.1 Observation Data Displaceme~ rme (seq 3.482 --38:'s-02/14/13 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
1.
1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9
2.
2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.589 2.289 1.971 1.613 1.352 1.154 0.9949 0.8227 0.6983 0.6027 0.5198 0.4209 0.3412 0.2934 0.2583 0.2073 0.1531 0.118 0.1084 0.09566 0.07334 0.04783 0.03826 0.03826 0.03507 0.02232 0.01594 0.02551 1 38.6 38.7 38.8 38.9
39.
39.1 39.2 39.3 39.4 39.5 39.6 39.7 39.8 39.9
40.
40.1 40.2 40.3 40.4 40.5 40.6 40.7 40.8 40.9 41. 41.1 41.2 41.3 Displaceme9t (ft) :0095 -0.00638 -0.00638 -0.00638 -0.01276 -0.01276 -0.00319 -0.00319 0.00319 -0.00319 -0.00638 -0.00638 -0.00638 -0.00319 -0.00319
0.
-0.00319 -0.00319 -0.00319 -0.00638 -0.00638 -0.00319 -0.00319 -0.00319 -0.00638
0.
-0.00319 -0.00638 -0.00638 08:59:15
AQTESOL V for Windows Pneumatic Siu Test Time ~sec)
2.
Dis~cemf ~t (ft) .OT9" Time _(~ec)
41.
Displacemen!Jfil_ o-. -
3.
0.01275 41.5 -0.00319 3.1 0.00956 41.6 -0.00319 3.2 0.00956 41.7
0.
3.3 0.01913 41.8 -0.00638 3.4, 0.01594 41.9 -0.00638 3.5 0.00956
42.
-0.00319 3.6 0.00956 42.1 -0.00638 3.7 0.01275 42.2 -0.00638 3.8 0.01275 42.3 -0.00319 3.9 0.00956 42.4 -0.00638
4.
0.00638 42.5 -0.00319 4.1 0.00319 42.6 -0.00319 4.2
0.
42.7 -0.01276 4.3 0.00638 42.8 -0.00638 4.4 -0.00319 42.9 -0.00957 4.5 0.00638
43.
-0.00638 4.6 -0.00319 43.1
0.
4.7 0.00319 43.2 -0.00638 4.8 -0.00319 43.3 -0.00319 4.9 -0.00319 43.4
0.

5.

0.
43.5 -0.00319 5.1
0.
43.6 -0.00638 5.2 -0.00319 43.7 -0.00319 5.3 0.00319 43.8 -0.00319 5.4 -0.00319 43.9 -0.00319 5.5 -0.00638
44.
-0.00638 5.6 0.00319 44.1 -0.00319 5.7
0.
44.2 -0.00319 5.8 -0.00957 44.3 -0.00638 5.9 -0.00638 44.4 -0.00319
6.
-0.00638 44.5 -0.00319 6.1 -0.00638 44.6 -0.00319 6.2 -0.00957 44.7
0.
6.3 -0.01276 44.8 -0.00638 6.4 -0.00957 44.9 -0.00319 6.5 -0.00957
45.
-0.00319 6.6 -0.01276 45.1
0.
6.7 -0.00638 45.2 -0.00638 6.8 -0.01276 45.3 -0.00638 6.9 -0.01595 45.4 -0.01276
7.
-0.01276 45.5 -0.00957 7.1 -0.01595 45.6 -0.00319 7.2 -0.00638 45.7
0.
7.3 -0.01276 45.8 -0.00638 7.4 -0.01913 45.9 -0.00638 7.5 -0.00957
46.

0.
7.6 -0.00957 46.1 -0.00319 7.7 -0.01595 46.2 -0.00957 7.8 -0.01276 46.3 -0.00319 7.9 -0.01276 46.4 -0.00319
8.
-0.01913 46.5 -0.00638 8.1 -0.01595 46.6 0.00319 8.2 -0.01595 46.7 -0.00319 8.3 -0.01595 46.8 -0.00957 8.4 -0.01595 46.9 -0.00319 8.5 -0.01595
47.

0.
8.6 -0.01913 47.1 -0.00319 8.7 -0.01276 47.2 -0.00319 8.8 -0.01276 47.3
0.
8.9 -0.01595 47.4 -0.00957
9.
-0.01276 47.5 -0.00638 9.1 -0.00957 47.6 -0.00638 9.2 -0.01913 47.7
0.
9.3 -0.01276 47.8 -0.00638 9.4 -0.01913 47.9 -0.00319 02/14/13 2 08:59:15
AQTESOL V for Windows Pneumatic Siu Test Ikn§_~sec} ~ lacementlf!)
U.-0095T Time (sec)
- ~-a. Di~ acem~~t (ftl -- noE 9.6 -0.01913 48.1 -0.00957 9.7 -0.01276 48.2 -0.00319 9.8 -0.01276 48.3 -0.00319 9.9 -0.01276 48.4 0.00319
10.
-0.01913 48.5 -0.00638 10.1 -0.01913 48.6 -0.00319 10.2 -0.01595 48.7
0.
10.3 -0.01276 48.8
0.
10.4 -0.01276 48.9 -0.00319 10.5 -0.01595
49.
-0.00319 10.6 -0.01595 49.1
0.
10.7 -0.01276 49.2
0.
10.8 -0.01595 49.3 -0.00319 10.9 -0.02232 49.4 -0.00638 11. -0.01276 49.5 -0.00319 11.1 -0.01595 49.6 -0.00319 11.2 -0.01595 49.7 -0.00319 11.3 -0.01595 49.8 -0.00638 11.4 -0.01276 49.9 -0.00319 11.5 -0.01595
50.
-0.00957 11.6 -0.01595 50.1 -0.00319 11.7 -0.01276 50.2
0.
11.8 -0.01595 50.3 -0.00319 11.9 -0.01913 50.4
0.

12.
-0.01595 50.5 0.00319 12.1 -0.01595 50.6 -0.00638 12.2 -0.01276 50.7 -0.00319 12.3 -0.01913 50.8 -0.00319 12.4 -0.01276 50.9
0.
12.5 -0.01913 51. -0.00638 12.6 -0.01595 51.1 -0.00319 12.7 -0.01595 51.2 0.00319 12.8 -0.01276 51.3
0.
12.9 -0.01595 51.4 -0.00319
13.
-0.00957 51.5 -0.00319 13.1 -0.01595 51.6 -0.00319 13.2 -0.01595 51.7 -0.00319 13.3 -0.01276 51.8 -0.00638 13.4 -0.01276 51.9
0.
13.5 -0.00957
52.
-0.00957 13.6 -0.01595 52.1
0.
13.7 -0.01913 52.2 -0.00319 13.8 -0.01595 52.3
0.
13.9 -0.01913 52.4 -0.00319
14.
-0.01913 52.5 0.00319 14.1 -0.01595 52.6 -0.00319 14.2 -0.01913 52.7 0.00319 14.3 -0.01595 52.8 0.00319 14.4 -0.01595 52.9
0.
14.5 -0.01913
53.
-0.00319 14.6 -0.01276 53.1 -0.00319 14.7 -0.01595 53.2 0.00319 14.8 -0.01913 53.3 -0.00319 14.9 -0.01595 53.4 -0.00638
15.
-0.01913 53.5 -0.00957 15.1 -0.01276 53.6 -0.00319 15.2 -0.01595 53.7
0.
15.3 -0.01913 53.8
0.
15.4 -0.01595 53.9 -0.00319 15.5 -0.01913
54.
-0.00319 15.6 -0.01595 54.1 -0.00319 15.7 -0.01595 54.2
0.
15.8 -0.01595 54.3 -0.00957 15.9 -0.01595 54.4 -0.00638
16.
-0.02232 54.5
0.
02/14/13 3 08:59:15
AQTESOL V for Windows Pneumatic Siu Test Time _{_sec} - re.r Displacement (fil -0.01595-Tim~~ec) Displaceme~t (ft) -O:U031 16.2 -0.02232 54.7
0.
16.3 -0.01913 54.8 -0.00638 16.4 -0.01276 54.9 -0.00319 16.5 -0.01913
55.

0.
16.6 -0.01595 55.1
0.
16.7 -0.01913 55.2 -0.00638 16.8 -0.02232 55.3 -0.00638 16.9 -0.01913 55.4 0.00319
17.
-0.01595 55.5 -0.00319 17.1 -0.01595 55.6 0.00319 17.2 -0.01913 55.7
0.
17.3 -0.01595 55.8
0.
17.4 -0.01276 55.9
0.
17.5 -0.01913
56.
-0.00319 17.6 -0.01595 56.1
0.
17.7 -0.02232 56.2 -0.00319 17.8 -0.01913 56.3 0.00319 17.9 -0.01913 56.4 -0.00319
18.
-0.01913 56.5 -0.00319 18.1 -0.01913 56.6 -0.00319 18.2 -0.01595 56.7 0.00319 18.3 -0.01595 56.8 -0.00638 18.4 -0.02232 56.9
0.
18.5 -0.01913
57.
-0.00319 18.6 -0.01913 57.1 0.00319 18.7 -0.01595 57.2 -0.00319 18.8 -0.01595 57.3
0.
18.9 -0.02232 57.4 0.00319
19.
-0.02232 57.5
0.
19.1 -0.02551 57.6 -0.00319 19.2 -0.01913 57.7 -0.00319 19.3 -0.01595 57.8 -0.00319 19.4 -0.01913 57.9
0.
19.5 -0.01913
58.

0.
19.6 -0.01913 58.1 -0.00319 19.7 -0.01595 58.2 -0.00638 19.8 -0.01913 58.3 0.00319 19.9 -0.01913 58.4 -0.00319
20.
-0.02232 58.5
0.
20.1 -0.01913 58.6 0.00319 20.2 -0.02232 58.7 -0.00638 20.3 -0.01913 58.8
0.
20.4 -0.01913 58.9 -0.00319 20.5 -0.01913
59.
-0.00319 20.6 -0.01276 59.1
0.
20.7 -0.01913 59.2
0.
20.8 -0.01276 59.3 -0.00319 20.9 -0.01595 59.4 -0.00319 21. -0.01913 59.5
0.
21.1 -0.01913 59.6 0.00319 21.2 -0.01913 59.7 -0.00319 21.3 -0.01595 59.8
0.
21.4 -0.01913 59.9 -0.00319 21.5 -0.01595
60.

0.
21.6 -0.01595 60.1
0.
21.7 -0.00638 60.2
0.
21.8 -0.00957 60.3
0.
21.9 -0.01913 60.4 -0.00319
22.
-0.01595 60.5
0.
22.1 -0.01276 60.6
0.
22.2 -0.01595 60.7 -0.00319 22.3 -0.02232 60.8
0.
22.4 -0.01913 60.9 -0.00638 22.5 -0.01276 61.
0.
22.6 -0.01913 61.1 -0.00319 02/14/13 4 08:59:15
AQTESOLV for Windows Pneumatic Slug _ _J_~st IknJ~~~l DisQlacementJ!!}_ -- =cro*r5ss-Time~s~ --s-.2 Di~laceme~t (ft) rr:nu:rr 22.8 -0.01595 61.3 -0.00319 22.9 -0.00957 61.4 -0.00319
23.
-0.01276 61.5 0.00319 23.1 -0.01595 61.6 -0.00638 23.2 -0.02232 61.7 -0.00319 23.3 -0.01913 61.8 0.00319 23.4 -0.01595 61.9
0.
23.5 -0.01276
62.
-0.00319 23.6 -0.01276 62.1 -0.00319 23.7 -0.01276 62.2 -0.00319 23.8 -0.00957 62.3
0.
23.9 -0.01595 62.4
0.

24.
-0.01595 62.5
0.
24.1 -0.00638 62.6 -0.00319 24.2 -0.00957 62.7
0.
24.3 -0.01276 62.8
0.
24.4 -0.01276 62.9
0.
24.5 -0.01276
63.

0.
24.6 -0.00957 63.1
0.
24.7 -0.01595 63.2 -0.00319 24.8 -0.01276 63.3 -0.00638 24.9 -0.00957 63.4 0.00319
25.
-0.01276 63.5 0.00319 25.1 -0.01276 63.6 0.00319 25.2 -0.00957 63.7
0.
25.3 -0.00638 63.8 0.00319 25.4 -0.01276 63.9
0.
25.5 -0.01276
64.

0.
25.6 -0.01276 64.1 0.00319 25.7 -0.00957 64.2 -0.00638 25.8 -0.00957 64.3 0.00319 25.9 -0.01276 64.4 0.00319
26.
-0.00957 64.5
0.
26.1 -0.00957 64.6 0.00319 26.2 -0.01276 64.7 -0.00319 26.3 -0.00957 64.8
0.
26.4 -0.01276 64.9 0.00319 26.5 -0.00957
65.
-0.00319 26.6 -0.00638 65.1
0.
26.7 -0.01276 65.2 0.00319 26.8 -0.01276 65.3 -0.00319 26.9 -0.01276 65.4 -0.00319
27.
-0.00957 65.5 -0.00319 27.1 -0.01276 65.6 -0.00319 27.2 -0.01276 65.7
0.
27.3 -0.00638 65.8
0.
27.4 -0.00957 65.9
0.
27.5 -0.00957
66.
-0.00319 27.6 -0.00957 66.1
0.
27.7 -0.00638 66.2
0.
27.8 -0.00957 66.3
0.
27.9 -0.01276 66.4 -0.00319
28.
-0.00638 66.5
0.
28.1 -0.00957 66.6
0.
28.2 -0.00638 66.7
0.
28.3 -0.00957 66.8 0.00319 28.4 -0.00638 66.9
0.
28.5 -0.00319
67.
-0.00319 28.6 -0.00638 67.1
0.
28.7 -0.00957 67.2
0.
28.8 -0.00638 67.3 -0.00319 28.9 -0.00638 67.4
0.

29.
-0.00638 67.5 -0.00319 29.1 -0.00638 67.6
0.
29.2 -0.00638 67.7
0.
02/14/13 5 08:59:15
AQTESOLV for Windows Pneumatic Slug Test TimeJsec} - z.~ Dis~~cID~?t (ft) Time (s~ BT.a-Dis_placeme~t (ft) U1J03T 29.4 -0.00638 67.9 0.00319 29.5 -0.00319
68.

0.
29.6 -0.00957 68.1
0.
29.7 -0.00638 68.2
0.
29.8 -0.00638 68.3
0.
29.9 -0.00638 68.4 -0.00638
30.
-0.00638 68.5 0.00319 30.1 -0.00638 68.6
0.
30.2 -0.00319 68.7 -0.00638 30.3 -0.00319 68.8 0.00319 30.4 -0.00319 68.9 0.00319 30.5 -0.00638
69.

0.
30.6 -0.00319 69.1
0.
30.7 -0.00638 69.2 0.00319 30.8 -0.00957 69.3
0.
30.9 -0.00957 69.4 0.00319
31.
-0.00638 69.5 -0.00638 31.1 -0.00638 69.6
0.
31.2 -0.00957 69.7 0.00319 31.3 -0.00319 69.8 0.00956 31.4 -0.00638 69.9
0.
31.5 -0.00638
70.

0.
31.6 -0.00957 70.1 -0.00319 31.7 -0.00957 70.2
0.
31.8 -0.00638 70.3 -0.00319 31.9 -0.00638 70.4
0.

32.
-0.00638 70.5
0.
32.1 -0.00638 70.6
0.
32.2 -0.00957 70.7 -0.00319 32.3 -0.00319 70.8 -0.00638 32.4 -0.00638 70.9 -0.00319 32.5 -0.00638
71.

0.
32.6 -0.00957 71.1
0.
32.7 -0.00319 71.2
0.
32.8
0.
71.3 0.00319 32.9 -0.00319 71.4
0.

33.
-0.00957 71.5
0.
33.1 -0.00957 71.6
0.
33.2 -0.00638 71.7
0.
33.3 -0.00319 71.8 -0.00319 33.4 -0.00957 71.9 0.00319 33.5 -0.00638
72.
0.00319 33.6 -0.00319 72.1 0.00638 33.7 -0.00957 72.2 -0.00319 33.8 -0.00638 72.3
0.
33.9 -0.00638 72.4 0.00638
34.
-0.00319 72.5
0.
34.1 -0.00638 72.6
0.
34.2 -0.00319 72.7 -0.00638 34.3 -0.00957 72.8 0.00638 34.4 -0.00638 72.9 -0.00319 34.5
0.

73.
-0.00319 34.6 -0.00319 73.1
0.
34.7 -0.01276 73.2
0.
34.8 -0.00638 73.3 0.00638 34.9 -0.00319 73.4
0.

35.

0.
73.5 -0.00319 35.1 -0.01276 73.6
0.
35.2 -0.00319 73.7 0.00319 35.3 -0.00957 73.8
0.
35.4 -0.00319 73.9 -0.00319 35.5 -0.00638
74.

0.
35.6 -0.00319 74.1 -0.00319 35.7 -0.00319 74.2 0.00638 35.8
0.
74.3 -0.00319 02/14/13 6 08:59:15
AQTESOLV for Windows I_i~e5~eg Displacement (ft) -0.00957
36.
36.1 36.2 36.3 36.4 36.5 36.6 36.7 36.8 36.9
37.
37.1 37.2 37.3 37.4 37.5 37.6 37.7 37.8 37.9
38.
38.1 38.2 38.3 38.4 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Hvorslev Log Factor: 0.1365 -0.00319
0.
-0.00638 -0.00957 -0.00638 -0.00638 -0.00957 -0.00319 -0.00638 -0.00319 -0.00638 -0.00957 -0.00319 -0.00638 -0.00957 -0.00319 -0.00638 -0.00319 -0.00638 -0.00319 -0.00319
0.

0.
-0.00638 -0.00957 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter - r-yO K = 0.003286 cm/sec Estimate -g-:-3.,.-r-ft/day 3.315 ft T = K*b = 187.8 ft2/day (2.019 sq. cm/sec) AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter K yo Estimate - rn3-3.315 Std. Error tJ.041W-0.009606 Time (sec) 74.4 74.5 74.6 74.7 74.8 74.9
75.
75.1 75.2 75.3 75.4 75.5 75.6 75.7 75.8 75.9
76.
76.1 76.2 76.3 76.4 76.5 76.6 76.7 76.8 76.9 &>_prox. C.I. +7-Cf.U-8222 +/- 0.01886 C.I. is approximate 95% confidence interval for parameter t-ratio = estimate/std. error No estimation window K = 0.003286 cm/sec T = K*b = 187.8 ft2/day (2.019 sq. cm/sec) Parameter Correlations K K 1:00 yO 0.64 02/14/13 7 Pneumatic Siu Test Di~ aceme~t (ft) -cr:ucr:r1
0.
0.00319 0.00319 -0.00319
0.
-0.00319 0.00638 0.00319
0.
-0.00319 -0.00638
0.
0.00319
0.

0.

0.
-0.00319 0.00319 0.00319 0.00638 0.00319 -0.00319 -0.00319
0.

0.
t-Ratio L22A 345.1 ft/day ft 08:59:15
AQTESOLV for Windows Pneumatic Siu Test Residual Statistics for weighted residuals Sum of Squares...... 0.1396 ft2 2 Variance............ 0.0001817 ft Std. Deviation........ 0.01348 ft Mean............... -0.006039 ft No. of Residuals...... 770 No. of Estimates...... 2 NOTES Well Pressure= 56 IN H20 02/14/13 8 08:59:16
-1. I I I I I I PNEUMATIC SLUG TEST Data Set: K:\\... \\T62 Test1Springer.aqt Date: 02/12/13 Time: 14:29:43 -0.6 ~ PROJECT INFORMATION "O -0.2 (13 Company: BMcD Q)
r:
Client: Cimarron Corp. "O r Project: 65944 Q) Location: Crescent, OK (13 0.2 Test Well: T62 E Test Date: 02/07/13 0 z 0.6 SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
I I I I I I I I I I I I I I K = 11.32 ft/day
0.

12.

24.

36.

48.

60.
Le= 0.8531 ft Time (sec) AQUIFER DATA Saturated Thickness: 10.1 6 ft Anisotropy Ratio (Kz/Kr): QJ. WELL DATA (T62) Initial Displacement: 2.9~ ft Static Water Column Height: j.Q,1~ ft Total Well Penetration Depth: 19.31 ft Screen Length: ~ ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:02:28 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/13 Test Well: T62 AQUIFER DATA Saturated Thickness: 10.16 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T62 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.93 ft Static Water Column Height: 10.49 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 15. ft Total Well P-enetration Depth: 19.31 ft No. of Observations: 584 Observation Data Time (sec)
0.
DisQlacement (ftJ 2.927 I rme _(~ec) 29_ 0.1 2.669 29.3 0.2 2.089 29.4 0.3 1.722 29.5 0.4 1.457 29.6 0.5 1.234 29.7 0.6 1.036 29.8 0.7 0.8769 29.9 0.8 0.7461
30.
0.9 0.6314 30.1
1.
0.5166 30.2 1.1 0.4241 30.3 1.2 0.3476 30.4 1.3 0.2806 30.5 1.4 0.2296 30.6 1.5 0.169 30.7 1.6 0.1244 30.8 1.7 0.09566 30.9 1.8 0.06378 31. 1.9 0.03508 31.1
2.
0.01595 31.2 2.1 0.00319 31.3 2.2 -0.00956 31.4 2.3 -0.02551 31.5 2.4 -0.02551 31.6 2.5 -0.03826 31.7 2.6 -0.03507 31.8 2.7 -0.03507 31.9 2.8 -0.04145
32.
02/14/13 1 Dis~ceme~t (ft) .0T27 0.01276 0.01276 0.01276 0.01595 0.01595 0.01914 0.02551 0.00957 0.01595 0.01914 0.01595 0.01595 0.02232 0.01914 0.01595 0.01595 0.01276 0.01595 0.01914 0.02551 0.01276 0.02232 0.01595 0.01595 0.01276 0.01914 0.01914 0.01276 09:02:28
AQTESOLV for Windows Pneumatic Siu Test I im~-~s~g Displacement__@ -0.03820 Time(s~ "3Z.1 D~lacemegt (ft) "CT.OT9T2
3.
-0.0287 32.2 0.01595 3.1 -0.03188 32.3 0.01276 3.2 -0.03507 32.4 0.01914 3.3 -0.03188 32.5 0.01914 3.4 -0.0287 32.6 0.01914 3.5 -0.03188 32.7 0.01276 3.6 -0.03188 32.8 0.02232 3.7 -0.01594 32.9 0.01595 3.8 -0.01913
33.
0.01914 3.9 -0.02551 33.1 0.01914
4.
-0.0287 33.2 0.01595 4.1 -0.00956 33.3 0.01595 4.2 -0.01913 33.4 0.01595 4.3 -0.01594 33.5 0.01914 4.4 -0.01913 33.6 0.01595 4.5 -0.01594 33.7 0.00957 4.6 -0.01275 33.8 0.02232 4.7 -0.01594 33.9 0.03508 4.8 -0.01594
34.
0.03508 4.9 -0.01913 34.1 0.01595
5.
-0.00319 34.2 0.01914 5.1 -0.02551 34.3 0.02232 5.2 -0.01913 34.4 0.01595 5.3 -0.02232 34.5 0.01595 5.4 -0.0287 34.6 0.01276 5.5 -0.02232 34.7 0.02232 5.6 -0.02232 34.8 0.02232 5.7 -0.01275 34.9 0.01595 5.8 -0.01275
35.
0.02232 5.9 -0.01594 35.1 0.02232
6.
-0.01913 35.2 0.01914 6.1 -0.01594 35.3 0.01595 6.2 -0.01275 35.4 0.02551 6.3 -0.00956 35.5 0.01276 6.4 -0.01594 35.6 0.01595 6.5 -0.01913 35.7 0.01595 6.6 -0.01275 35.8 0.01914 6.7 -0.01275 35.9 0.01276 6.8 -0.00637
36.
0.01914 6.9
0.
36.1 0.02551
7.
-0.01275 36.2 0.00319 7.1 -0.02551 36.3 0.02232 7.2 -0.01913 36.4 0.01914 7.3 -0.00956 36.5 0.01595 7.4 -0.00956 36.6 0.01914 7.5 -0.01594 36.7 0.02232 7.6 -0.01275 36.8 0.01595 7.7 -0.01275 36.9 0.01914 7.8 -0.00956
37.
0.01914 7.9 -0.01913 37.1 0.02232
8.
-0.01275 37.2 0.01595 8.1 -0.00319 37.3 0.0287 8.2 -0.00319 37.4 0.01276 8.3 -0.01275 37.5 0.00957 8.4 -0.00637 37.6 0.01595 8.5 -0.00956 37.7 0.02232 8.6
0.
37.8 0.02232 8.7 -0.00956 37.9 0.01914 8.8 -0.01594
38.
0.02551 8.9 -0.00956
38. 1 0.01914

9.
-0.01275 38.2 0.02551 9.1 -0.02232 38.3 0.01914 9.2 -0.00637 38.4 0.02551 9.3 0.00319 38.5 0.01914 9.4 -0.00637 38.6 0.03189 02/14/13 2 09:02:28
AQTESOL V for Windows Pneumatic Slug Test Tir:!:1.~~fu~-~} Displacement @ -0.00956 Ti1J13e8~~ec} Displacement (f!l 0.022~ 9.6 -0.00637 38.8 0.01914 9.7 -0.01594 38.9 0.01595 9.8 -0.00319
39.
0.02232 9.9 -0.00637 39.1 0.02232
10.
-0.00637 39.2 0.01276 10.1 -0.01275 39.3 0.02551 10.2
0.
39.4 0.01914 10.3
0.
39.5 0.01595 10.4 -0.00319 39.6 0.01276 10.5 -0.00319 39.7 0.02551 10.6 -0.00637 39.8 0.00638 10.7 -0.00637 39.9 0.01595 10.8
0.

40.
0.01914 10.9 -0.00956 40.1 0.01914 11. -0.00637 40.2 0.01276 11.1 0.00638 40.3 0.02551 11.2 -0.00319 40.4 0.0287 11.3 -0.00637 40.5 0.01595 11.4 -0.00319 40.6 0.01595 11.5 -0.00637 40.7 0.01595 11.6 0.00638 40.8 0.01595 11.7 -0.00956 40.9 0.01595 11.8 -0.00319 41. 0.01914 11.9 -0.00319 41.1 0.01914
12.
0.00319 41.2 0.01595 12.1
0.
41.3 0.02232 12.2 -0.00319 41.4 0.01914 12.3 -0.00637 41.5 0.00957 12.4 0.00638 41.6 0.02232 12.5
0.
41.7 0.01595 12.6
0.
41.8 0.01914 12.7 0.00638 41.9 0.02551 12.8
0.

42.
0.02232 12.9
0.
42.1 0.02232
13.

0.
42.2 0.01276 13.1 0.00319 42.3 0.01595 13.2 0.00319 42.4 0.02232 13.3
0.
42.5 0.01276 13.4 0.00319 42.6 0.02551 13.5 -0.00319 42.7 0.00319 13.6 0.01276 42.8 0.02232 13.7
0.
42.9 0.01914 13.8 -0.00319
43.
0.01595 13.9 -0.00319 43.1 0.02551
14.
0.00319 43.2 0.01914 14.1
0.
43.3 0.02551 14.2 0.01914 43.4 0.02232 14.3 0.00319 43.5 0.02232 14.4 0.00957 43.6 0.02232 14.5 0.00319 43.7 0.01276 14.6 0.00319 43.8 0.02232 14.7 -0.00637 43.9 0.02551 14.8 0.00319
44.
0.02551 14.9 0.00319 44.1 0.0287
15.
0.00319 44.2 0.02551 15.1 0.00319 44.3 0.01914 15.2 0.00957 44.4 0.02232 15.3 0.00638 44.5 0.01914 15.4 0.00638 44.6 0.02232 15.5 0.00319 44.7 0.01595 15.6 0.00319 44.8 0.02232 15.7 0.00319 44.9 0.0287 15.8 0.00957
45.
0.01914 15.9
0.
45.1 0.01595
16.
0.00638 45.2 0.02232 02/14/13 3 09:02:28
AQTESOLV for Windows Pneumatic Siu Test Time _{_sec} --m., Displacement_@ 0.003-rg-Time (~ec) --45~ Displgcement @. ~-oz8r-16.2 0.00638 45.4 0.02551 16.3
0.
45.5 0.01914 16.4
0.
45.6 0.01595 16.5 0.01276 45.7 0.01914 16.6 0.00638 45.8 0.02232 16.7
0.
45.9 0.01595 16.8 0.01276
46.
0.02551 16.9 0.00638 46.1 0.01595
17.

0.
46.2 0.01914 17.1 0.00319 46.3 0.0287 17.2 0.00638 46.4 0.02551 17.3 0.00319 46.5 0.01595 17.4 0.01276 46.6 0.02232 17.5
0.
46.7 0.02232 17.6 0.00638 46.8 0.02232 17.7 0.00319 46.9 0.02232 17.8 0.00319
47.
0.01595 17.9 0.00319 47.1 0.0287
18.
0.00957 47.2 0.02232 18.1 0.00638 47.3 0.02551 18.2 0.01914 47.4 0.0287 18.3 0.00957 47.5 0.01914 18.4 0.00638 47.6 0.02551 18.5 0.00638 47.7 0.01595 18.6 0.00319 47.8 0.02551 18.7 0.00319 47.9 0.02232 18.8
0.

48.
0.02551 18.9 0.00638 48.1 0.02551
19.
0.00957 48.2 0.01595 19.1 0.00638 48.3 0.01276 19.2 -0.00637 48.4 0.0287 19.3 0.00638 48.5 0.01595 19.4 0.00638 48.6 0.02551 19.5 0.00957 48.7 0.02232 19.6 0.00957 48.8 0.03189 19.7
0.
48.9 0.02551 19.8 0.00319
49.
0.02232 19.9 0.01276 49.1 0.01914
20.
0.00638 49.2 0.02232 20.1 0.00957 49.3 0.02551 20.2 0.00638 49.4 0.03508 20.3 0.00638 49.5 0.01914 20.4 0.00638 49.6 0.02551 20.5 0.01276 49.7 0.03189 20.6 0.00957 49.8 0.01914 20.7 0.00957 49.9 0.02232 20.8 0.00957
50.
0.02551 20.9 0.00319 50.1 0.01914
21.
0.00638 50.2 0.0287 21.1 0.00638 50.3 0.01914 21.2 0.00957 50.4 0.02551 21.3 0.02232 50.5 0.03508 21.4
0.
50.6 0.02551 21.5 0.02232 50.7 0.02551 21.6 0.01914 50.8 0.02551 21.7 0.00638 50.9 0.01914 21.8 0.00638
51.
0.02551 21.9 0.00957 51.1 0.0287
22.
0.00638 51.2 0.02551 22.1 0.00957 51.3 0.02232 22.2 0.01276 51.4 0.02232 22.3 0.00638 51.5 0.02551 22.4 0.00638 51.6 0.02232 22.5 0.00638 51.7 0.02232 22.6 0.01595 51.8 0.01914 02/14/13 4 09:02:28
AQTESOL V for Windows Pneumatic Siu Test Time (sec} 22.7 Displacement (ft) -0.00638 Tim~ ~~ec) Displacemf £t (ft) a.ors-22.8 0.01276
52.
0.02232 22.9 0.01276 52.1 0.0287
23.
0.00638 52.2 0.02551 23.1 0.01595 52.3 0.0287 23.2 0.00957 52.4 0.02551 23.3 0.01276 52.5 0.02551 23.4 0.00319 52.6 0.02232 23.5 0.01595 52.7 0.0287 23.6 0.01595 52.8 0.02551 23.7 0.00957 52.9 0.02232 23.8 0.01595
53.
0.02232 23.9 0.00957 53.1 0.0287
24.
0.00638 53.2 0.0287 24.1 0.00319 53.3 0.0287 24.2 0.00957 53.4 0.01595 24.3 0.01595 53.5 0.0287 24.4 0.01595 53.6 0.02232 24.5 0.00957 53.7 0.02232 24.6 0.01276 53.8 0.01595 24.7 0.01276 53.9 0.02551 24.8 0.01276
54.
0.01595 24.9 0.01914 54.1 0.0287
25.
0.00957 54.2 0.02551 25.1 0.01914 54.3 0.02232 25.2 0.01276 54.4 0.01595 25.3 0.02551 54.5 0.0287 25.4 0.01595 54.6 0.0287 25.5 0.01276 54.7 0.02551 25.6 0.01276 54.8 0.02232 25.7 0.01276 54.9 0.02551 25.8 0.00638
55.
0.03189 25.9 0.01595 55.1 0.02551
26.
0.01276 55.2 0.01914 26.1 0.01595 55.3 0.01914 26.2 0.01595 55.4 0.01914 26.3 0.01595 55.5 0.01914 26.4 0.01276 55.6 0.02232 26.5 0.01276 55.7 0.02551 26.6 0.01595 55.8 0.02551 26.7 0.01276 55.9 0.01914 26.8 0.01276
56.
0.0287 26.9 0.00957 56.1 0.01595
27.
0.01914 56.2 0.03189 27.1 0.01595 56.3 0.02551 27.2 0.01276 56.4 0.01914 27.3 0.01595 56.5 0.02551 27.4 0.00638 56.6 0.02232 27.5 0.02232 56.7 0.01914 27.6 0.01595 56.8 0.02551 27.7 0.01914 56.9 0.02232 27.8 0.01914
57.
0.01914 27.9 0.00957 57.1 0.02232
28.
0.02232 57.2 0.02551 28.1 0.01276 57.3 0.02551 28.2 0.01276 57.4 0.02551 28.3 0.01595 57.5 0.02551 28.4 0.01276 57.6 0.01914 28.5 0.00638 57.7 0.0287 28.6 0.01914 57.8 0.0287 28.7 0.01276 57.9 0.02551 28.8 0.02232
58.
0.02551 28.9 0.01276 58.1 0.02232
29.
0.01914 58.2 0.02232 29.1 0.01595 58.3 0.02551 02/14/13 5 09:02:28
AQTESOL V for Windows SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.117 VISUAL ESTIMATION RES UL TS Estimated Parameters Parameter K Le K = 0.003994 cm/sec Estimate - n -:-3z-- 0.8531 ft/day ft T = K*b = 115. ft2/day (1.237 sq. cm/sec) Le= 0.8531 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure= 54 IN H20 02/14/13 Pneumatic Slug Test 6 09:02:28
0.001 I I l I l l I I I I I I I I I I I I 1 -0 (IJ Q) J: -0 Q) co E 0 z 0.01 0.1
1.
I I I I I I
0.

40.
Data Set: K:\\... \\T62 Test3Hvorslev.aat Date: 02/14/13 Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Well: T62 Test Date: 02/07/13 Saturated Thickness: 10.16 ft Initial Displacement: 3.18 ft Total Well Penetration Depth: 19.31 ft Casing Radius: 0.020~ ft Aquifer Model: Unconfined K = 14.83 ft/day 7 I I I I I I I I I I I I I
80.
120. 160. 200. Time (sec) PNEUMATIC SLUG TEST Time: 09:04:15 PROJECT INFORMATION AQUIFER DATA Anisotropy Ratio (Kz/Kr): 0.1 WELL DATA (T62) Static Water Column Height: 10.49 ft Screen Length: ~ ft Well Radius: 0.0833 ft SOLUTION Solution Method: Hvorslev yO = 3.015 ft
AQTESOL V for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:05:18 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/13 Test Well: T62 AQUIFER DATA Saturated Thickness: 10.16 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T62 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.18 ft Static Water Column Height: 10.49 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 15. ft Total Well Penetration Depth: 19.31 ft No. of Observations: 1189 Observation Data J"ime 0 ~sec) DisplacemeIT!]f!l rrar-I fme _(~ec) ---S9. 0.1 2.592 59.6 0.2 2.497 59.7 0.3 1.929 59.8 0.4 1.655 59.9 0.5 1.39
60.
0.6 1.186 60.1 0.7 1.004 60.2 0.8 0.8546 60.3 0.9 0.7175 60.4
1.
0.6059 60.5 1.1 0.507 60.6 1.2 0.4209 60.7 1.3 0.3412 60.8 1.4 0.2774 60.9 1.5 0.2232
61.
1.6 0.1754 61.1 1.7 0.1339 61.2 1.8 0.0829 61.3 1.9 0.06377 61.4
2.
0.04783 61.5 2.1 0.02232 61.6 2.2 0.00956 61.7 2.3 -0.01913 61.8 2.4 -0.01913 61.9 2.5 -0.02232
62.
2.6 -0.01913 62.1 2.7 -0.02232 62.2 2.8 -0.02232 62.3 02/14/13 1 Displacement (ft) -- (r.00956
0.
0.00638 0.00638 0.00956 -0.00638 0.00956 0.00319 0.00319 0.00638
0.
0.01275 0.00319 0.00638 0.02232 0.00956 0.00319 0.00638 0.00638 0.00638 0.00638 0.00319 0.00319 0.00956 0.00956 0.01275
0.
0.00956 0.01275 09:05:18
AQTESOLV for Windows Pneumatic Siu Test
fim~-~~~g Dis~lacemen!JID
-- :cmT5921-Time (_sec) 67:~ Di~lacemrBt (ft) --- u:ucr:r
3.
-0.02551 62.5 0.00956 3.1 -0.0287 62.6 -0.00319 3.2 -0.02232 62.7 0.01275 3.3 -0.00638 62.8 0.00638 3.4 -0.01594 62.9 0.00956 3.5 -0.02232
63.
0.00319 3.6 -0.00957 63.1 0.00638 3.7 -0.00319 63.2 0.00956 3.8 -0.01594 63.3 0.00638 3.9 -0.00957 63.4 0.00956
4.
-0.01276 63.5 0.00956 4.1 -0.01276 63.6 0.00319 4.2 -0.01594 63.7 0.00638 4.3 -0.00957 63.8 0.00319 4.4
0.
63.9 0.00319 4.5 -0.00319
64.
0.00638 4.6 -0.00957 64.1 0.00956 4.7 0.00319 64.2 0.01275 4.8 -0.01594 64.3 0.00319 4.9 -0.00638 64.4 0.00319
5.
-0.01276 64.5 0.01275 5.1 -0.01276 64.6 0.00956 5.2 -0.00957 64.7
0.
5.3 -0.01913 64.8 -0.00319 5.4 -0.01276 64.9 0.00638 5.5 -0.00319
65.

0.
5.6 -0.00957 65.1 0.00319 5.7 -0.00957 65.2 0.00638 5.8 -0.00638 65.3 0.00319 5.9 -0.00638 65.4 0.00956
6.

0.
65.5 0.00319 6.1 -0.00957 65.6 0.00638 6.2 -0.00638 65.7 0.00319 6.3 -0.00319 65.8 0.00319 6.4 -0.01913 65.9 0.00319 6.5 -0.00319
66.
0.00638 6.6 -0.00638 66.1 0.00638 6.7 -0.00638 66.2 0.01275 6.8 -0.00319 66.3 0.00956 6.9 -0.00638 66.4 0.00638
7.
-0.00319 66.5 -0.00319 7.1
0.
66.6 0.00956 7.2 -0.00638 66.7
0.
7.3 -0.0287 66.8 0.00319 7.4 -0.00638 66.9 0.00319 7.5 -0.00319
67.
-0.00319 7.6 -0.00957 67.1 -0.00638 7.7 -0.00957 67.2
0.
7.8 -0.01276 67.3 0.00319 7.9 -0.00638 67.4 0.00319
8.
-0.00319 67.5 0.00956 8.1 -0.00638 67.6 0.00956 8.2 -0.01276 67.7 0.00319 8.3 -0.00319 67.8 0.00956 8.4 -0.00957 67.9 0.00956 8.5 0.00319
68.
0.00638 8.6 -0.00638
68. 1 0.00956 8.7
-0.00319 68.2 0.00956 8.8 -0.00638 68.3 0.01275 8.9
0.
68.4 0.00638
9.
-0.00957 68.5 0.00319 9.1 -0.00957 68.6 0.00638 9.2 -0.00957 68.7 0.00956 9.3 0.00319 68.8 0.00319 9.4 -0.00638 68.9 0.00956 02/14/13 2 09:05:18
AQTESOL V for Windows Pneumatic Siu Test Tim~_fus~ Dis~laceme9t (ft) -0.0095 Tim~9~ g DisPbacement (ID
UU-638-9.6
-0.00638 69.1 0.00638 9.7 -0.00638 69.2 0.00638 9.8 -0.00319 69.3 0.00319 9.9 -0.00638 69.4 0.00956
10.
-0.00638 69.5 0.00956 10.1 0.00319 69.6 0.01275 10.2 0.00956 69.7 0.00638 10.3 -0.00319 69.8 0.00638 10.4 -0.00319 69.9 0.00956 10.5
0.

70.
0.01275 10.6 -0.00319 70.1 0.00638 10.7 0.00956 70.2 0.00319 10.8
0.
70.3 0.00638 10.9
0.
70.4 0.00638 11.
0.
70.5 0.00638 11.1 -0.00319 70.6 0.00319 11.2
0.
70.7
0.
11.3 -0.00319 70.8 0.00638 11.4 -0.00319 70.9 0.01913 11.5 -0.00319
71.
0.00956 11.6 -0.00319 71.1 0.00638 11.7 -0.00638 71.2 0.00956 11.8
0.
71.3 0.00638 11.9 -0.00319 71.4 -0.00638
12.
-0.00319 71.5 0.01275 12.1 -0.00319 71.6 0.00319 12.2
0.
71.7
0.
12.3
0.
71.8 0.00956 12.4
0.
71.9 0.00638 12.5 0.00319
72.
0.00638 12.6 -0.00638 72.1 0.00638 12.7 -0.00319 72.2 0.00638 12.8 -0.00957 72.3 0.00638 12.9 -0.00638 72.4 0.01594
13.
-0.00319 72.5 0.00956 13.1 -0.00957 72.6 0.01275 13.2 -0.00957 72.7 0.01275 13.3 -0.00319 72.8 0.01275 13.4
0.
72.9 0.01913 13.5 0.00638
73.
0.00638 13.6 -0.00638 73.1 0.00956 13.7 -0.00638 73.2 0.01275 13.8
0.
73.3 0.00956 13.9 0.00319 73.4 -0.00319
14.
-0.00638 73.5 0.00319 14.1 -0.01276 73.6 0.00638 14.2 -0.00638 73.7 0.00956 14.3
0.
73.8 0.00638 14.4
0.
73.9 0.01275 14.5 -0.00319
74.
0.00638 14.6 -0.01276 74.1 0.01275 14.7 0.00319 74.2 0.00638 14.8
0.
74.3 0.00319 14.9
0.
74.4 -0.00319
15.
0.00319 74.5 0.00956 15.1 0.00638 74.6 0.00956 15.2
0.
74.7 0.00956 15.3 -0.01276 74.8 0.00956 15.4 -0.00319 74.9 0.00638 15.5 -0.00319
75.
0.00638 15.6 -0.00638 75.1 0.00638 15.7 -0.00638 75.2 0.01275 15.8 0.00319 75.3 0.00956 15.9 0.00319 75.4 0.00956
16.
-0.00319 75.5 0.01275 02/14/13 3 09:05:18
AQTESOLV for Windows Time i sec} - -re.,- 02/14/13 16.2 16.3 16.4 16.5 16.6 16.7 16.8 16.9
17.
17.1 17.2 17.3 17.4 17.5 17.6 17.7 17.8 17.9
18.
18.1 18.2 18.3 18.4 18.5 18.6 18.7 18.8 18.9
19.
19.1 19.2 19.3 19.4 19.5 19.6 19.7 19.8 19.9
20.
20.1 20.2 20.3 20.4 20.5 20.6 20.7 20.8 20.9
21.
21.1 21.2 21.3 21.4 21.5 21.6 21.7 21.8 21.9
22.
22.1 22.2 22.3 22.4 22.5 22.6 Q~PJ&b1ill~~Ufil 0.00319 0.00638
0.
0.00638 -0.00319 -0.00319 -0.00638 -0.00638
0.
0.00956
0.
-0.00319 0.00638 -0.00638
0.
-0.00319 0.00319 -0.00319
0.

0.

0.

0.

0.
-0.00957
0.
-0.00319
0.

0.

0.
0.00638 -0.00319
0.
-0.00319 -0.00638 0.00638 0.00319 0.00319 -0.00319 -0.00319 -0.00319 0.00638 -0.00638
0.
0.00638 0.00638 0.00638 -0.00319 -0.01276 0.00638
0.

0.
0.00956 0.00638 -0.00319
0.
0.00319 -0.00319 -0.00319
0.
-0.00319
0.
0.00319
0.

0.
-0.00319 4 Time (~ec) - 7 5. 75.7 75.8 75.9
76.
76.1 76.2 76.3 76.4 76.5 76.6 76.7 76.8 76.9
77.
77.1 77.2 77.3 77.4 77.5 77.6 77.7 77.8 77.9
78.
78.1 78.2 78.3 78.4 78.5 78.6 78.7 78.8 78.9
79.
79.1 79.2 79.3 79.4 79.5 79.6 79.7 79.8 79.9
80.
80.1 80.2 80.3 80.4 80.5 80.6 80.7 80.8 80.9
81.
81.1 81.2 81.3 81.4 81.5 81.6 81.7 81.8 81.9
82.
82.1 Pneumatic Slug__Test D~lacemf Rt (ft) U:Uf9' 0.00956 0.00956 0.02551 0.01275 0.00956 0.00638 0.01275 0.00956 0.00956
0.
0.01275 0.00319 0.01275 0.00319 0.01275 0.00956 0.00638 0.00956 0.00638 0.00319 0.01594 0.00956 0.01594 0.00956 0.00956 0.01275 0.00956 0.01275 0.00638 0.00638 0.00638 0.01275 0.01275 0.00319 0.00956 0.01594 0.00956 0.00319 0.01275 0.00638
0.
0.00638 0.01275 0.00956 0.00638 0.00956 0.00638 0.00956 0.01594 0.01275 -0.00638
0.
0.00956 0.01913 0.00956 0.01913 0.01594 0.00956 0.01275 0.01275 0.01275 0.01594 0.00956 0.01594 0.01275 09:05:18
AQTESOLV for Windows Time (sec\\ ---zz7-L 02/14/13 22.8 22.9
23.
23.1 23.2 23.3 23.4 23.5 23.6 23.7 23.8 23.9
24.
24.1 24.2 24.3 24.4 24.5 24.6 24.7 24.8 24.9
25.
25.1 25.2 25.3 25.4 25.5 25.6 25.7 25.8 25.9
26.
26.1 26.2 26.3 26.4 26.5 26.6 26.7 26.8 26.9
27.
27.1 27.2 27.3 27.4 27.5 27.6 27.7 27.8 27.9
28.
28.1 28.2 28.3 28.4 28.5 28.6 28.7 28.8 28.9
29.
29.1 29.2 Displacement (ft)_
a.
-0.00319
0.
-0.00638 -0.00319 -0.00319 0.00319 0.00319 0.00638 -0.00319 0.00319 0.00319 0.00638 -0.00319 -0.00319 -0.00638 0.00638 0.00638 0.00956 0.00319 0.00956
0.
-0.00638
0.

0.
-0.00319
0.

0.
-0.00319 0.00319 -0.00638 0.00319 -0.00638 -0.00319 0.00319
0.
0.00956 0.01594 0.01594 0.00638
0.

0.
0.00319 0.00319 0.00319 0.00956 0.01275 0.00319 0.00319 0.00638
0.
-0.00319 0.00638 -0.00319
0.
-0.00319
0.
0.00319
0.
0.00638 0.00956 0.00319 0.00956
0.

0.
0.00319 Ii1J:18ez.~ 9_ 82.3 82.4 82.5 82.6 82.7 82.8 82.9
83.

83. 1 83.2 83.3 83.4 83.5 83.6 83.7 83.8 83.9

84.
84.1 84.2 84.3 84.4 84.5 84.6 84.7 84.8 84.9
85.
85.1 85.2 85.3 85.4 85.5 85.6 85.7 85.8 85.9
86.
5 86.1 86.2 86.3 86.4 86.5 86.6 86.7 86.8 86.9
87.
87.1 87.2 87.3 87.4 87.5 87.6 87.7 87.8 87.9
88.
88.1 88.2 88.3 88.4 88.5 88.6 88.7 Pneumatic Slug_.JesJ Dis_p_lacemegt (ftl 0'1ff27 0.00638 0.01913
0.
0.01913 0.01594 0.00638 0.00638 0.01275 0.00956 0.01275 0.01275 0.00956 0.01275 0.01275 0.00956 0.00638 0.00319 0.00956 -0.00319 0.00638 0.00319 0.00638 0.00956 0.00638 0.01913 0.01594 0.01275 0.00956 0.00319 0.00956 0.01275 0.00319 0.00956 0.00956 0.00956 0.00638 0.00638 0.01275 0.00956 0.01275 0.00638 0.00319 0.01275 0.01275 0.01594 0.01275 0.01594 0.00956 0.00638 0.01275 0.01594 0.00638 0.01275 0.01275 0.00956 0.00638 0.00956 0.00956 0.01275 0.01275 0.00638 0.01913 0.00956 0.00956 0.00319 09:05:18
AQTESOL V for Windows Pneumatic Slug Test Time (sec) 29.3 DisQlacement (ft)
0.
Time (~ec) --mr. DiSQlacew~gt (f!l Ol)T 29.4 0.00319 88.9 0.01275 29.5 0.01275
89.
0.00956 29.6 0.00319 89.1 0.01275 29.7
0.
89.2 0.01275 29.8 0.00956 89.3 0.00956 29.9 0.00319 89.4 0.01594
30.

0.
89.5 0.00956 30.1 0.01275 89.6 0.01594 30.2 0.00638 89.7 0.01275 30.3 -0.00638 89.8 0.00956 30.4 0.01275 89.9 0.01275 30.5 0.00319
90.
0.00956 30.6 0.00319 90.1 0.01275 30.7 0.00638 90.2 0.01913 30.8
0.
90.3 0.01275 30.9 0.00956 90.4 0.01594
31.

0.
90.5 0.01594 31.1
0.
90.6 0.00956 31.2 -0.00319 90.7 0.00638 31.3
0.
90.8 0.01594 31.4 0.00319 90.9 0.01594 31.5 0.00319 91. 0.00956 31.6 0.00319 91.1 0.00638 31.7 0.00638 91.2 0.00319 31.8 -0.00319 91.3 0.01275 31.9
0.
91.4 0.00956
32.
0.00319 91.5 0.00638 32.1 0.00956 91.6 0.01275 32.2 0.00319 91.7 0.00638 32.3 0.00638 91.8 0.01275 32.4
0.
91.9 0.00956 32.5 0.00638
92.
0.00638 32.6 -0.00319 92.1 0.00319 32.7 0.00319 92.2 0.01594 32.8 0.00319 92.3 0.00956 32.9 0.00956 92.4 0.01594
33.
-0.00319 92.5 0.01275 33.1 0.00319 92.6 0.00956 33.2 0.00638 92.7 0.00638 33.3 -0.00319 92.8 0.01913 33.4 -0.00319 92.9 0.01594 33.5
0.

93.
0.01594 33.6 -0.00957 93.1 0.00319 33.7
0.
93.2 0.01275 33.8 0.00638 93.3 0.01275 33.9 0.00319 93.4 0.00638
34.
0.00319 93.5 0.00956 34.1 -0.00638 93.6 0.00319 34.2
0.
93.7 0.00956 34.3 -0.00319 93.8 0.00956 34.4 -0.00638 93.9 0.01594 34.5 0.00638
94.
0.01913 34.6 0.00638
94. 1 0.01275 34.7 0.00956 94.2 0.00956 34.8 0.00638 94.3 0.01594 34.9 0.00638 94.4 0.01275

35.

0.
94.5 0.00956 35.1 0.00319 94.6 0.00638 35.2 0.00956 94.7 0.00956 35.3 0.00638 94.8 0.00956 35.4
0.
94.9 0.01275 35.5 0.00319
95.
0.00956 35.6
0.
95.1 0.01275 35.7 -0.00638 95.2 0.00638 35.8
0.
95.3 0.00956 02/14/13 6 09:05:18
AQTESOL V for Windows Pneumatic Siu Test Time (sec) 35.9 Dis~acemen.!Jf!) -- -O-:UO~f9 Time ~eq gs: - ~lacement (f!l (T.OT594-
36.

0.
95.5 0.00956 36.1 0.00319 95.6 0.01594 36.2 0.00319 95.7 0.01594 36.3 -0.00319 95.8 0.00638 36.4 0.00638 95.9 0.01275 36.5 0.00319
96.
0.01594 36.6 0.00319 96.1 0.01594 36.7
0.
96.2 0.01275 36.8 0.00319 96.3 0.01594 36.9 0.00319 96.4 0.01275
37.
0.00319 96.5 0.01594 37.1
0.
96.6 0.00319 37.2 0.00638 96.7 0.01594 37.3
0.
96.8 0.01594 37.4 0.00638 96.9 0.01275 37.5 -0.00957
97.
0.00956 37.6 0.00638 97.1 0.00638 37.7 -0.00638 97.2 0.00319 37.8 0.00638 97.3 0.00638 37.9 -0.00319 97.4 0.00956
38.

0.
97.5 0.01594 38.1 0.00638 97.6 0.00956 38.2 0.00638 97.7 0.00638 38.3
0.
97.8 0.01275 38.4 0.00319 97.9 0.01275 38.5 0.00319
98.
0.00956 38.6
0.
98.1 0.00638 38.7
0.
98.2 0.00956 38.8
0.
98.3 0.00956 38.9
0.
98.4 0.00638
39.
0.00319 98.5 0.00956 39.1 0.00319 98.6 0.00638 39.2
0.
98.7 0.00956 39.3 0.00319 98.8 0.00956 39.4 0.00319 98.9 0.00319 39.5
0.

99.
0.01275 39.6
0.
99.1 0.00319 39.7
0.
99.2 0.00956 39.8
0.
99.3 0.00956 39.9 0.00956 99.4 0.00956
40.
0.00319 99.5 0.00956 40.1 0.00319 99.6 0.01913 40.2 -0.01276 99.7 0.01913 40.3
0.
99.8 0.01594 40.4 0.00638 99.9 0.00956 40.5
0.
100. 0.01913 40.6 0.00319 100.1 0.00956 40.7 0.00638 100.2 0.01594 40.8
0.
100.3 0.00319 40.9 -0.00319 100.4 0.00638 41. 0.00638 100.5 0.01594 41.1 0.00956 100.6 0.00956 41.2 0.00319 100.7 0.01594 41.3 0.00638 100.8 0.00319 41.4
0.
100.9 0.00956 41.5 -0.00319 101. 0.00638 41.6 0.00319 101.1 0.01275 41.7
0.
101.2 0.01594 41.8 0.00319 101.3 0.00638 41.9 -0.00319 101.4 0.00638
42.
0.00956 101.5 0.01275 42.1 -0.00319 101.6 0.00956 42.2 0.01594 101.7 0.01275 42.3
0.
101.8 0.00956 42.4 -0.00957 101.9 0.01913 02/14/13 7 09:05:18
AQTESOL V for Windows Pneumatic Slug Test Timi2~~ec) Q_~~gg~~gt (ft) I i~ e0~~ec) Dis~laceme~t (ft) 0-:-0063 42.6 0.00638 102.1 0.00956 42.7
0.
102.2 0.01594 42.8 0.01594 102.3 0.01913 42.9
0.
102.4 0.00638
43.
0.00319 102.5 0.01275 43.1 0.00638 102.6 0.01594 43.2 0.00319 102.7 0.01275 43.3 0.00319 102.8 -0.00319 43.4 -0.00319 102.9 0.01913 43.5
0.
103. 0.00956 43.6 0.00638 103.1 0.00956 43.7 0.00638 103.2 0.01275 43.8 0.00956 103.3 0.00956 43.9 0.00638 103.4 0.01275
44.
0.01275 103.5 0.00319 44.1 0.00638 103.6 0.01275 44.2 0.00638 103.7 0.00638 44.3 0.00319 103.8 0.01594 44.4 0.00319 103.9 0.01275 44.5 0.00956 104. 0.01275 44.6 0.00638 104.1 0.00638 44.7 0.00956 104.2 0.01275 44.8
0.
104.3 0.01275 44.9 0.00319 104.4 0.00638
45.
0.00638 104.5 0.00638 45.1 0.00956 104.6 0.00956 45.2 0.01275 104.7 0.00956 45.3 0.00319 104.8 0.01275 45.4 0.00319 104.9 0.01275 45.5 0.00319 105. 0.00638 45.6 0.00638 105.1 0.01594 45.7 0.00956 105.2 0.02551 45.8 0.00638 105.3 0.00956 45.9 0.00638 105.4 0.00319
46.
-0.00638 105.5 0.00638 46.1 0.00319 105.6 0.01594 46.2 0.00638 105.7 0.00956 46.3 -0.00319 105.8 0.01275 46.4 0.00956 105.9 0.01594 46.5 0.00638 106. 0.01275 46.6 0.00319 106.1 0.00956 46.7 0.00638 106.2 0.01594 46.8
0.
106.3 0.00956 46.9 0.00319 106.4 0.00956
47.
0.01275 106.5 0.01275 47.1
0.
106.6 0.01275 47.2 0.00956 106.7 0.00319 47.3 0.00638 106.8 0.00956 47.4 0.00319 106.9 0.01913 47.5 0.00638 107. 0.01913 47.6 0.00319 107.1 0.00638 47.7 0.00956 107.2 0.01913 47.8 0.00319 107.3 0.00956 47.9 0.00956 107.4 0.01275
48.
0.00638 107.5 0.01275 48.1 0.00319 107.6 0.01594 48.2 0.00319 107.7 0.01913 48.3 0.00638 107.8 0.01594 48.4
0.
107.9 0.01594 48.5
0.
108. 0.01594 48.6 0.01275 108.1 0.01275 48.7 0.00319 108.2 0.01275 48.8 0.00638 108.3 0.00319 48.9
0.
108.4 0.00956
49.
0.00319 108.5 0.01913 02/14/13 8 09:05:18
AQTESOLV for Windows Pneumatic Slug Test Time (s~ - ~ f Disp~cement (ID . 003,-g-- Time~~ ---roa. Disp~geme~t (f!l . U3T 49.2 0.00638 108.7 0.00956 49.3 0.00956 108.8 0.00638 49.4 0.00638 108.9 0.01594 49.5 0.00319 109. 0.00956 49.6 0.00956 109.1 0.01275 49.7 0.00319 109.2 0.00956 49.8 0.00319 109.3 0.01594 49.9
0.
109.4 0.01275
50.

0.
109.5 0.01275 50.1
0.
109.6 0.00956 50.2 0.00638 109.7 0.00956 50.3 0.00319 109.8 0.01913 50.4 0.00638 109.9 0.01594 50.5 0.00956 110. 0.00956 50.6 0.00956 110.1 0.00638 50.7 0.00638 110.2 0.00956 50.8 0.00956 110.3 0.00956 50.9 0.00319 110.4 0.01275
51.
0.01594 110.5 0.01594 51.1 0.00956 110.6 0.01913 51.2 0.00319 110.7 0.01275 51.3
0.
110.8 0.01275 51.4 0.00319 110.9 0.01275 51.5 0.00956 111. 0.01275 51.6 0.01275 111.1 0.01594 51.7 0.00638 111.2 0.01913 51.8 0.00638 111.3 0.01275 51.9 0.00956 111.4 0.01913
52.
0.00319 111.5 0.01913 52.1 0.00956 111.6 0.00956 52.2 0.00638 111.7 0.01275 52.3 0.00956 111.8 0.00956 52.4 0.00638 11 1.9 0.01594 52.5 0.00319 112. 0.00956 52.6 0.00956 112.1 0.00638 52.7
0.
112.2 0.00638 52.8 0.01275 112.3 0.00956 52.9 0.00319 112.4 0.00319
53.

0.
112.5 0.00956 53.1 0.00319 112.6 0.00956 53.2 0.00319 112.7 0.01275 53.3 0.01594 112.8 0.01594 53.4 0.00319 112.9 0.00956 53.5 -0.00319 113. 0.01594 53.6 0.00956 113.1 0.01594 53.7
0.
113.2 0.01913 53.8 -0.00319 113.3 0.01275 53.9 0.00638 113.4 0.01275
54.
0.00319 113.5 0.00638 54.1 0.00638 113.6 -0.00319 54.2 0.01275 113.7 0.00638 54.3 0.00638 113.8 0.01275 54.4 0.00319 113.9 0.01594 54.5 0.00956 114. 0.01594 54.6 0.00638 114.1 0.01594 54.7 0.00956 114.2 0.00956 54.8 0.01275 114.3 0.00638 54.9 0.00956 114.4 0.01594
55.

0.
114.5 0.01594 55.1 0.00319 114.6 0.00956 55.2 0.00319 114.7 0.02232 55.3 0.00956 114.8 0.01275 55.4 0.00638 114.9 0.00956 55.5 0.00319 115. 0.01594 55.6 0.00319 115.1 0.00956 02/14/13 9 09:05:18
AO TESOL V for Windows Time (seg_ --so.7-55.8 55.9
56.
56.1 56.2 56.3 56.4 56.5 56.6 56.7 56.8 56.9
57.
57.1 57.2 57.3 57.4 57.5 57.6 57.7 57.8 57.9
58.
58.1 58.2 58.3 58.4 58.5 58.6 58.7 58.8 58.9
59.
59.1 59.2 59.3 59.4 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Hvorslev Log Factor: 0.1887 Disp~cement 'ft' ~003TS-~
0.

0.
0.00638 0.00956
0.
0.00638 0.00956 0.00956 0.00956 0.00956 0.00638 0.00319 0.00319 0.00638 -0.00319 -0.00319 0.00319 0.00319 0.02551 0.00638 0.00319 0.00638 0.00956 0.00319 0.00319 0.00638 0.01594
0.

0.
0.00319 0.00956 0.00956 0.01275 0.00638 0.00956 0.00956 0.00638 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter ~ yO K = 0.005233 cm/sec Estimate - f4.a-:r-ft/day 3.015 ft T = K*b = 150. 7 ft2/day (1.621 sq. cm/sec) NOTES Well Pressure= 54 IN H2O 02/14/13 TimeJsec) 11.2 115.3 115.4 115.5 115.6 115.7 115.8 115.9 10 116. 116.1 116.2 116.3 116.4 116.5 116.6 116.7 116.8 116.9 117. 117.1 117.2 117.3 117.4 117.5 117.6 117.7 117.8 117.9 118. 118.1 118.2 118.3 118.4 118.5 118.6 118.7 118.8 Pneumatic ~ Test Dispbaceme£t (ft) .Oi 592 0.00956 0.01594 0.01594 0.00638 0.01275 0.01275 0.00956 0.01594 0.00956 0.01594 0.01594 0.01594 0.01913 0.01594 0.00956 0.01275 0.00956 0.01275 0.02551 0.00956 0.01594 0.01913 0.02232 0.01275 0.01275 0.01275 0.01913 0.01594 0.00638 0.00638 0.01594 0.01275 0.01275 0.00319 0.01594 0.01275 09:05:18
-1. I I I I I I I I 7 PNEUMATIC SLUG TEST Data Set: K:\\... \\T74 Test4Springer-Gelhar.aqt Date: 02/12/13 Time: 14:31 :43 -0.6 ~ I -0.2 ~~~ "O PROJECT INFORMATION co Company: BMcD (I)
c I
Client: Cimarron Corp. "O Project: 65944 (I) Location: Crescent, OK -~ co 0.2 I- -- ~ Test Well: T74 E Test Date: 02/06/2013 0 z 0.6 SOLUTION Aquifer Model: Unconfined I Solution Method: ~ringer-Gelhar ,,,, i
1.
I K = 164.2 ft/day
0.

14.

28.

42.

56.

70.
Le=10.18ft Time (sec) AQUIFER DATA Saturated Thickness: 22.75 ft Anisotropy Ratio (Kz/Kr): QJ_ WELL DATA (T74) Initial Displacement: 2.17 ft Static Water Column Height: ~2. 75 ft Total Well Penetration Depth: 22.56 ft Screen Length: 20. ft Casing Radius: 0.0833 ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:06:44 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/2013 Test Well: T74 AQUIFER DATA Saturated Thickness: 22. 75 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T74 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.17 ft Static Water Column Helght: 22.75 ft Casing Radius: 0.0833 ff Well Radius: 0.0833 ft Well Skin Radius: 0.3646 ft Screen Length: 20. ft Total Well P"enetration Depth: No. of Observations: 697 22.56 ft Observation Data Iim1J~sec) 0.1 02/14/13 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
1.
1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9
2.
2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 Displacement]fil ---Z.175 2.095 1.916 1.709 1.486 1.272 1.065 0.8673 0.676 0.507 0.3476 0.2073 0.07334 -0.03826 -0.1339 -0.2136 -0.287 -0.3444 -0.3795 -0.4113 -0.4273 -0.4273 -0.4177 -0.4082 -0.3795 -0.3508 -0.3189 -0.2774 -0.236 1 lfme (sec} 34.g-
35.
35.1 35.2 35.3 35.4 35.5 35.6 35.7 35.8 35.9
36.
36.1 36.2 36.3 36.4 36.5 36.6 36.7 36.8 36.9
37.
37.1 37.2 37.3 37.4 37.5 37.6 37.7 Displacement (ID -0.00957 -0.00957 -0.01594 -0.00957 -0.01594 -0.01276 -0.00957 -0.01276 -0.01276 -0.00957 -0.00957 -0.01276 -0.00957 -0.00638 -0.00957 -0.00319 -0.01276 -0.00638 -0.00957 -0.01276 -0.00957 -0.01276 -0.01276 -0.00638 -0.00957 -0.01276 -0.00957 -0.00957 -0.01276 09:06:44
AQTESOLV for Windows Time (sec) - ---z.-g 02/14/13
3.
3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 3.9
4.
4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9
5.
5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9
6.
6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9
7.
7.1 7.2 7.3 7.4 7.5 7.6 7.7 7.8 7.9
8.
8.1 8.2 8.3 8.4 8.5 8.6 8.7 8.8 8.9
9.
9.1 9.2 9.3 9.4 DisQlacement (ft) - -=u:*ra-a-1 -0.1499 -0.1052 -0.07334 -0.03189 0.00638 0.03189 0.0574 0.07653 0.08928 0.1052 0.1116 0.1084 0.1084 0.102 0.09566 0.09247 0.07653 0.06377 0.05102 0.04464 0.02232 0.00957
0.
-0.01594 -0.01913 -0.04145 -0.04464 -0.05102 -0.05421 -0.06059 -0.06059 -0.06377 -0.07015 -0.07334 -0.06696 -0.06377 -0.06377 -0.06059 -0.05421 -0.05421 -0.04783 -0.04464 -0.04464 -0.03508 -0.03508 -0.03189 -0.02551 -0.02551 -0.02551 -0.01913 -0.01913 -0.02232 -0.01594 -0.01594 -0.01594 -0.01276 -0.01594 -0.01276 -0.01913 -0.01913 -0.01913 -0.02232 -0.02551 -0.02551 -0.02551 Jim:fi~ec) 37.9
38.
38.1 38.2 38.3 38.4 38.5 38.6 38.7 38.8 38.9
39.
39.1 39.2 39.3 39.4 39.5 39.6 39.7 39.8 39.9
40.
40.1 40.2 40.3 40.4 40.5 40.6 40.7 40.8 40.9
41.
41.1 41.2 41.3 41.4 41.5 41.6 41.7 41.8 41.9
42.
2 42.1 42.2 42.3 42.4 42.5 42.6 42.7 42.8 42.9
43.
43.1 43.2 43.3 43.4 43.5 43.6 43.7 43.8 43.9
44.
44.1 44.2 44.3 Pneumatic Slug__ Test Di~ acement -0~OU-957- -0.00957 -0.00957 -0.00957 -0.00957 -0.00638 -0.01276 -0.00957 -0.01276 -0.01594 -0.00638 -0.01276 -0.01276 -0.00957 -0.01276 -0.00957 -0.00957 -0.01594 -0.00957 -0.00638 -0.01594 -0.00957 -0.00957 -0.00957 -0.01594 -0.00957 -0.00957 -0.00957 -0.01276 -0.01594 -0.01276 -0.00957 -0.00638 -0.00957 -0.00638 -0.00957 -0.00319 -0.00638 -0.01276 -0.00957 -0.00957 -0.00957 -0.01276 -0.00957 -0.00957 -0.01276 -0.00638 -0.01276 -0.00957 -0.01276 -0.01276 -0.00638 -0.01276 -0.00638 -0.00957 -0.00638 -0.00957 -0.01594 -0.00957 -0.00957 -0.01913 -0.00957 -0.01276 -0.00319 -0.00957 -0.00957 09:06:44
AQTESOLV for Windows Pneumatic Siu Test Tim_~secl Displacement (ft) -:-0:02551 Timu-i~g Di~ acement _@_ -o:-oug5T 9.6 -0.0287 44.5 -0.00638 9.7 -0.03189 44.6 -0.00957 9.8 -0.02232 44.7 -0.00957 9.9 -0.03189 44.8 -0.01276
10.
-0.0287 44.9 -0.00957 10.1 -0.0287
45.
-0.00957 10.2 -0.0287 45.1 -0.00957 10.3 -0.0287 45.2 -0.00638 10.4 -0.02551 45.3 -0.00638 10.5 -0.03189 45.4 -0.01276 10.6 -0.03508 45.5 -0.00638 10.7 -0.0287 45.6 -0.00957 10.8 -0.0287 45.7 -0.01276 10.9 -0.03189 45.8 -0.01276 11. -0.0287 45.9 -0.00638 11.1 -0.03189
46.
-0.00957 11.2 -0.0287 46.1 -0.00957 11.3 -0.02551 46.2 -0.00638 11.4 -0.02551 46.3 -0.01276 11.5 -0.0287 46.4 -0.01276 11.6 -0.02551 46.5 -0.01276 11.7 -0.02551 46.6 -0.01276 11.8 -0.0287 46.7 -0.00957 11.9 -0.03189 46.8 -0.01276
12.
-0.03189 46.9 -0.00638 12.1 -0.0287
47.
-0.00638 12.2 -0.02551 47.1 -0.00957 12.3 -0.03189 47.2 -0.00638 12.4 -0.03189 47.3 -0.00957 12.5 -0.02551 47.4
0.
12.6 -0.0287 47.5 -0.00957 12.7 -0.01594 47.6 -0.00319 12.8 -0.01913 47.7 -0.00957 12.9 -0.0287 47.8 -0.00957
13.
-0.0287 47.9 -0.00319 13.1 -0.02551
48.
-0.00957 13.2 -0.02232 48.1 -0.00957 13.3 -0.02232 48.2 -0.00319 13.4 -0.02551 48.3 -0.00957 13.5 -0.02551 48.4 -0.00638 13.6 -0.02551 48.5 -0.00957 13.7 -0.02551 48.6 -0.00957 13.8 -0.02551 48.7 -0.01276 13.9 -0.0287 48.8 -0.00638
14.
-0.02232 48.9 -0.00638 14.1 -0.02551
49.
-0.00957 14.2 -0.0287 49.1 -0.00957 14.3 -0.02232 49.2 -0.00957 14.4 -0.0287 49.3 -0.00957 14.5 -0.02551 49.4 -0.00957 14.6 -0.0287 49.5 -0.01276 14.7 -0.02551 49.6 -0.01276 14.8 -0.02551 49.7 -0.00957 14.9 -0.0287 49.8 -0.00957
15.
-0.0287 49.9 -0.01276 15.1 -0.02232
50.
-0.00957 15.2 -0.02551 50.1 -0.00638 15.3 -0.02232 50.2 -0.01276 15.4 -0.02551 50.3 -0.00638 15.5 -0.0287 50.4 -0.00957 15.6 -0.0287 50.5 -0.01276 15.7 -0.02551 50.6 -0.00957 15.8 -0.02551 50.7 -0.00957 15.9 -0.01913 50.8 -0.00638
16.
-0.02232 50.9 -0.00638 02/14/13 3 09:06:44
AQTESOLV for Windows Pneumatic Siu Test Time (sec) 16.1 Displacemen!Jf!}_ -O-:U2232 Time (sec) - -sr. Displaceme9t (ftl -0.0U95 16.2 -0.02232 51.1 -0.00957 16.3 -0.01913 51.2 -0.00957 16.4 -0.02232 51.3 -0.00638 16.5 -0.02232 51.4 -0.00638 16.6 -0.02551 51.5 -0.00957 16.7 -0.02551 51.6 -0.00638 16.8 -0.01594 51.7 -0.00638 16.9 -0.02232 51.8 -0.00638
17.
-0.0287 51.9 -0.01276 17.1 -0.02551
52.
-0.00957 17.2 -0.02551 52.1 -0.00638 17.3 -0.02232 52.2 -0.00638 17.4 -0.01913 52.3 -0.00638 17.5 -0.02551 52.4 -0.00957 17.6 -0.02551 52.5 -0.00957 17.7 -0.02551 52.6 -0.00638 17.8 -0.01913 52.7 -0.00957 17.9 -0.01913 52.8 -0.01276
18.
-0.02232 52.9 -0.00957 18.1 -0.01913
53.
-0.00957 18.2 -0.02232 53.1 -0.00638 18.3 -0.02551 53.2 -0.01276 18.4 -0.02232 53.3 -0.00638 18.5 -0.02551 53.4 -0.00957 18.6 -0.02551 53.5 -0.00638 18.7 -0.02232 53.6 -0.00957 18.8 -0.02551 53.7 -0.01276 18.9 -0.02551 53.8 -0.00638
19.
-0.02232 53.9 -0.00638 19.1 -0.0287
54.
-0.00957 19.2 -0.02232 54.1 -0.00638 19.3 -0.01913 54.2 -0.00638 19.4 -0.02551 54.3 -0.00319 19.5 -0.01913 54.4 -0.00638 19.6 -0.02232 54.5 -0.00319 19.7 -0.01913 54.6 -0.00319 19.8 -0.02232 54.7 -0.00638 19.9 -0.02551 54.8 -0.00638
20.
-0.02232 54.9
0.
20.1 -0.02232
55.
-0.00638 20.2 -0.02551 55.1 -0.00957 20.3 -0.02551 55.2 -0.00319 20.4 -0.02551 55.3
0.
20.5 -0.01594 55.4 -0.00638 20.6 -0.01913 55.5 -0.00638 20.7 -0.01913 55.6 -0.00638 20.8 -0.02232 55.7 -0.00638 20.9 -0.01913 55.8 -0.00638
21.
-0.02232 55.9 -0.00319 21.1 -0.01913
56.
-0.00638 21.2 -0.01913 56.1 -0.00319 21.3 -0.01594 56.2 -0.00638 21.4 -0.02232 56.3
0.
21.5 -0.02232 56.4 -0.00638 21.6 -0.02232 56.5 -0.00319 21.7 -0.02232 56.6 -0.00638 21.8 -0.01594 56.7
0.
21.9 -0.01913 56.8 -0.00638
22.
-0.01913 56.9 -0.00638 22.1 -0.01913
57.
-0.00319 22.2 -0.01913 57.1 -0.00957 22.3 -0.02551 57.2 -0.00638 22.4 -0.01594 57.3 -0.00957 22.5 -0.02232 57.4
0.
22.6 -0.02232 57.5 -0.00319 02/14/13 4 09:06:44
AQTESOLV for Windows Pneumatic Siu Test Time (sec) 22.7 ~aceme~t (ft) -O:-Ol5"9-Time {sec} 575-Displacem~~t (fQ -0~U3' 22.8 -0.02232 57.7 -0.00319 22.9 -0.02232 57.8 -0.00638
23.
-0.01594 57.9 -0.00319 23.1 -0.01913
58.
-0.00957 23.2 -0.02551 58.1 -0.00638 23.3 -0.01913 58.2 -0.00319 23.4 -0.01594 58.3 -0.00319 23.5 -0.01913 58.4 -0.00957 23.6 -0.01913 58.5 -0.00319 23.7 -0.02551 58.6 -0.00319 23.8 -0.01594 58.7 -0.00957 23.9 -0.01594 58.8 -0.00638
24.
-0.01594 58.9 -0.00957 24.1 -0.01594
59.
-0.00638 24.2 -0.01913 59.1 -0.00638 24.3 -0.01913 59.2 -0.00638 24.4 -0.01913 59.3 -0.00319 24.5 -0.01594 59.4 -0.00319 24.6 -0.01913 59.5 -0.00319 24.7 -0.01913 59.6 -0.00638 24.8 -0.02232 59.7 -0.00957 24.9 -0.01594 59.8 -0.00319
25.
-0.02232 59.9 -0.00638 25.1 -0.01594
60.
-0.00638 25.2 -0.01913 60.1 -0.00319 25.3 -0.01594 60.2 -0.00319 25.4 -0.02232 60.3 -0.00957 25.5 -0.01913 60.4 -0.00319 25.6 -0.01276 60.5 -0.00638 25.7 -0.00957 60.6 -0.00319 25.8 -0.01913 60.7 -0.00319 25.9 -0.01594 60.8 -0.00638
26.
-0.01594 60.9 -0.00957 26.1 -0.01913 61. -0.00319 26.2 -0.01913 61.1 -0.00638 26.3 -0.01913 61.2 -0.00319 26.4 -0.01276 61.3 -0.00638 26.5 -0.02232 61.4 -0.00319 26.6 -0.01913 61.5 -0.00638 26.7 -0.01276 61.6 -0.00319 26.8 -0.01594 61.7 -0.00319 26.9 -0.01913 61.8 -0.00319
27.
-0.01594 61.9
0.
27.1 -0.01594
62.
-0.00319 27.2 -0.01913 62.1 -0.00638 27.3 -0.01594 62.2 -0.00319 27.4 -0.01913 62.3 -0.00319 27.5 -0.01913 62.4 -0.00638 27.6 -0.01276 62.5 -0.00319 27.7 -0.01594 62.6 -0.00638 27.8 -0.01594 62.7 -0.00319 27.9 -0.01594 62.8 -0.00319
28.
-0.01594 62.9 -0.00638 28.1 -0.01913
63.

0.
28.2 -0.01276 63.1 -0.00319 28.3 -0.01594 63.2 -0.00638 28.4 -0.01913 63.3 -0.00638 28.5 -0.01276 63.4
0.
28.6 -0.01594 63.5
0.
28.7 -0.01276 63.6
0.
28.8 -0.01594 63.7 -0.00638 28.9 -0.01913 63.8 -0.00319
29.
-0.01594 63.9 -0.00638 29.1 -0.00957
64.
-0.00638 29.2 -0.01594 64.1 -0.00319 02/14/13 5 09:06:44
AQTESOLV for Windows Time (sec) 29.3 29.4 29.5 29.6 29.7 29.8 29.9
30.
30.1 30.2 30.3 30.4 30.5 30.6 30.7 30.8 30.9 31. 31.1 31.2 31.3 31.4 31.5 31.6 31.7 31.8 31.9
32.
32.1 32.2 32.3 32.4 32.5 32.6 32.7 32.8 32.9
33.
33.1 33.2 33.3 33.4 33.5 33.6 33.7 33.8 33.9
34.
34.1 34.2 34.3 34.4 34.5 34.6 34.7 34.8 Displaceme~t (ft) -0~Ol 59i -0.02232 -0.01913 -0.01594 -0.01594 -0.01594 -0.01594 -0.01594 -0.01594 -0.01594 -0.01913 -0.02232 -0.00957 -0.01276 -0.01913 -0.01594 -0.01276 -0.01594 -0.01594 -0.01276 -0.00957 -0.00957 -0.01594 -0.01276 -0.02232 -0.01276 -0.01913 -0.01276 -0.00957 -0.01594 -0.00957 -0.01276 -0.01594 -0.01276 -0.01276 -0.01276 -0.01594 -0.01594 -0.01276 -0.01276 -0.01594 -0.01276 -0.00957 -0.01276 -0.01276 -0.00957 -0.00957 -0.01276 -0.01913 -0.01594 -0.01913 -0.01276 -0.01276 -0.00957 -0.00957 -0.01276 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 5.519 VISUAL ESTIMATION RESULTS 02/14/13 6 Tim6e4~E?9-64.3 64.4 64.5 64.6 64.7 64.8 64.9
65.
65.1 65.2 65.3 65.4 65.5 65.6 65.7 65.8 65.9
66.
66.1 66.2 66.3 66.4 66.5 66.6 66.7 66.8 66.9
67.
67.1 67.2 67.3 67.4 67.5 67.6 67.7 67.8 67.9
68.
68.1 68.2 68.3 68.4 68.5 68.6 68.7 68.8 68.9
69.
69.1 69.2 69.3 69.4 69.5 69.6 Pneumatic Slug_ Test Displacement @. 0.003T9-
0.
-0.00319 -0.00319 -0.00957 -0.00319 -0.00319 -0.00319 -0.00319 -0.00319 -0.00319 -0.00638 -0.00319 -0.00638
0.
-0.00957 -0.00319 -0.00319
0.
-0.00638
0.
-0.00319 -0.00319
0.
-0.00638 -0.00319
0.
-0.00319 -0.00319 -0.00638
0.
-0.00319
0.
-0.00319 -0.00638 -0.00638
0.

0.

0.
-0.00638 -0.00319
0.
-0.00319
0.

0.

0.
0.00319 -0.00319 0.00319 0.00319 -0.00319 -0.00319 -0.00319
0.

0.
09:06:44
AQTESOL V for Windows Estimated Parameters Parameter K Le K = 0.05793 cm/sec Estimate - r62J~ 10.18 ft/day ft T = K*b = 3735.8 ft2/day (40.17 sq. cm/sec) Le= 10.18 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure= 32 IN H2O 02/14/13 P_n_e_um_ at_ic Slug Test 7 09:06:44
-1. I I I I I I I I PNEUMATIC SLUG TEST Data Set: K:\\... \\T81 Test1Springer-Gelhar.agt Date: 02/12/13 Time: 14:33:59 -0.6 .i= ~ ~ "O -0.2 I PROJECT INFORMATION co Company: BMcD Q)
r:
Client: Cimarron Corp. I "O I Project: 65944 Q) Location: Crescent, OK co 0.2 Test Well: T81 -~-- i Test Date: 02/06/13 E 0 z 0.6 SOLUTION I Aquifer Model: Unconfined I Solution Method: Springer-Gelhar
1.
I ' ',_ i ' ' ' I J_ K = 552.8 ft/day
0.

12.

24.

36.

48.

60.
Le = 0.0659 ft Time (sec) AQUIFER DATA Saturated Thickness: 19.8 ft Anisotropy Ratio (Kz/Kr): O.! WELL DATA (T81 ) Initial Displacement: 3.32 ft Static Water Column Height: 19.8 ft Total Well Penetration Depth: 25.65 ft Screen Length: 20. ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic__§!!:J_g__Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUSnSite\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:07:50 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/13 Test Well: T81 AQUIFER DATA Saturated Thickness: 19.8 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T81 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.32 ft Static Water Column Height: 19.8 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 20. ft Total Well P-enetration Depth: 25.65 ft No. of Observations: 549 Observation Data Time (sec)
0.
DisplacemenDft) n -19 _!_lh_12~~ec) 0.1 2.934 27.6 0.2 2.806 27.7 0.3 2.117 27.8 0.4 1.738 27.9 0.5 1.425
28.
0.6 1.158 28.1 0.7 0.947 28.2 0.8 0.7653 28.3 0.9 0.6122 28.4
1.
0.4879 28.5 1.1 0.3731 28.6 1.2 0.2774 28.7 1.3 0.1977 28.8 1.4 0.1371 28.9 1.5 0.07334
29.
1.6 0.02232 29.1 1.7 -0.01275 29.2 1.8 -0.04464 29.3 1.9 -0.06058 29.4
2.
-0.07015 29.5 2.1 -0.08609 29.6 2.2 -0.0829 29.7 2.3 -0.08928 29.8 2.4 -0.0829 29.9 2.5 -0.07971
30.
2.6 -0.07334 30.1 2.7 -0.07652 30.2 2.8 -0.06377 30.3 02/14/13 1 Dis lacement (ft)
0.

0.
-0.00318 -0.00318
0.
-0.00318
0.
0.00319 -0.00637
0.
0.00638 0.00319 -0.00637 0.00319 0.00319 0.00319
0.
-0.00318 0.00957 0.00319 0.00319 0.00638 -0.00318
0.
0.00319 0.00319
0.
-0.00318 0.00319 09:07:50
AQTESOLV for Windows Pneumatic Siu Test Ii~i}sec) Displacemen.!.J!!) -0.05739 Til!13e0~~ec) Displaceme~t (ft) 0.U03T
3.
-0.06058 30.5
0.
3.1 -0.04783 30.6
0.
3.2 -0.04783 30.7
0.
3.3 -0.04145 30.8
0.
3.4 -0.03507 30.9
0.
3.5 -0.03188 31.
0.
3.6 -0.03188 31.1 0.00319 3.7 -0.03188 31.2 0.00319 3.8 -0.02551 31.3
0.
3.9 -0.02232 31.4 0.00319
4.
-0.01913 31.5
0.
4.1 -0.02232 31.6 0.00319 4.2 -0.02551 31.7
0.
4.3 -0.02551 31.8 0.00319 4.4 -0.02551 31.9 0.00319 4.5 -0.02551
32.
0.00319 4.6 -0.03188 32.1
0.
4.7 -0.02869 32.2
0.
4.8 -0.03826 32.3
0.
4.9 -0.03507 32.4 0.00319
5.
-0.03826 32.5
0.
5.1 -0.03826 32.6 0.00319 5.2 -0.04464 32.7 0.00638 5.3 -0.04145 32.8 0.00319 5.4 -0.03826 32.9
0.
5.5 -0.04145
33.
0.00638 5.6 -0.04145 33.1 0.00319 5.7 -0.04783 33.2 0.00319 5.8 -0.04464 33.3 0.00319 5.9 -0.04464 33.4
0.

6.
-0.03507 33.5
0.
6.1 -0.03826 33.6 0.00319 6.2 -0.03507 33.7 0.00319 6.3 -0.03826 33.8 0.00319 6.4 -0.03507 33.9 0.00319 6.5 -0.03826
34.
0.00319 6.6 -0.03188 34.1 0.00319 6.7 -0.03507 34.2 0.00319 6.8 -0.03507 34.3 0.00319 6.9 -0.03507 34.4 0.00319
7.
-0.03507 34.5
0.
7.1 -0.03507 34.6 0.00319 7.2 -0.03188 34.7
0.
7.3 -0.02869 34.8
0.
7.4 -0.03188 34.9 0.00638 7.5 -0.03188
35.
0.00319 7.6 -0.02869 35.1
0.
7.7 -0.03188 35.2 0.00638 7.8 -0.03507 35.3 0.00319 7.9 -0.02869 35.4 0.00638
8.
-0.03188 35.5 0.00638 8.1 -0.02551 35.6 0.00638 8.2 -0.03188 35.7 0.01276 8.3 -0.03188 35.8
0.
8.4 -0.02869 35.9 0.00638 8.5 -0.02551
36.
0.00319 8.6 -0.03188 36.1 -0.00318 8.7 -0.02869 36.2
0.
8.8 -0.02551 36.3
0.
8.9 -0.02551 36.4 0.00638
9.
-0.03188 36.5
0.
9.1 -0.03188 36.6 0.00957 9.2 -0.03507 36.7 0.00638 9.3 -0.03188 36.8 0.00638 9.4 -0.02869 36.9 0.00638 02/14/13 2 09:07:50
AQTESOLV for Windows Pneumatic Siu Test Tim§_fusec) Dis12_1acem§~t (ft) -Cf.U25 Time1 sec) ~ DisQlacement (f'.!2
0.
9.6 -0.02551 37.1
0.
9.7 -0.02869 37.2 0.00319 9.8 -0.02232 37.3 0.00319 9.9 -0.02551 37.4 0.00638
10.
-0.02551 37.5 0.00319 10.1 -0.02232 37.6 0.00638 10.2 -0.01913 37.7 0.00957 10.3 -0.02551 37.8 0.00957 10.4 -0.02551 37.9 0.00319 10.5 -0.02551
38.
0.00319 10.6 -0.02869 38.1 0.00638 10.7 -0.02551 38.2 0.00319 10.8 -0.02869 38.3 0.00638 10.9 -0.02869 38.4 0.00319
11.
-0.01913 38.5 0.00638 11.1 -0.02232 38.6
0.
11.2 -0.02869 38.7 0.00638 11.3 -0.01913 38.8 0.00319 11.4 -0.02232 38.9 0.00319 11.5 -0.01913
39.
0.00319 11.6 -0.02551 39.1 0.00319 11.7 -0.02232 39.2 0.00319 11.8 -0.01913 39.3 0.00319 11.9 -0.01913 39.4 0.00957
12.
-0.02551 39.5 0.00638 12.1 -0.01913 39.6
0.
12.2 -0.01913 39.7 0.01276 12.3 -0.02232 39.8 0.00957 12.4 -0.01913 39.9 0.00638 12.5 -0.02232
40.
0.00319 12.6 -0.02232 40.1 0.00957 12.7 -0.01913 40.2 0.00638 12.8 -0.01594 40.3 0.00638 12.9 -0.01594 40.4 0.00638
13.
-0.01594 40.5 0.00319 13.1 -0.02232 40.6 0.00957 13.2 -0.02232 40.7 0.00638 13.3 -0.01913 40.8 0.00957 13.4 -0.02232 40.9 0.00957 13.5 -0.01594 41. 0.00638 13.6 -0.01594 41.1 0.00638 13.7 -0.01913 41.2 0.00638 13.8 -0.01275 41.3 0.00319 13.9 -0.01913 41.4 0.00319
14.
-0.01594 41.5 0.00957 14.1 -0.01913 41.6 0.00638 14.2 -0.01594 41.7 0.00957 14.3 -0.01594 41.8 0.00957 14.4 -0.01594 41.9 0.00319 14.5 -0.01594
42.
0.00638 14.6 -0.01913 42.1 0.00638 14.7 -0.01275 42.2 0.00638 14.8 -0.01594 42.3 0.00957 14.9 -0.00956 42.4 0.00957
15.
-0.01275 42.5 0.00638 15.1 -0.01594 42.6 0.00638 15.2 -0.01594 42.7 0.00957 15.3 -0.01594 42.8 0.00638 15.4 -0.01275 42.9 0.00319 15.5 -0.00956
43.
0.00957 15.6 -0.01594 43.1 0.00957 15.7 -0.01275 43.2 0.00319 15.8 -0.01275 43.3 0.00957 15.9 -0.01275 43.4 0.00638
16.
-0.00956 43.5 0.00957 02/14/13 3 09:07:50
AQTESOLV for Windows Pneumatic Slug Test Time (s~ --15.1-DisplacementJ!!}_ -0.0127o Time (seq ---43:5-Displacement (fil 0.0'f27o-16.2 -0.01275 43.7 0.01595 16.3 -0.01594 43.8 0.00638 16.4 -0.00956 43.9 0.00957 16.5 -0.01275
44.
0.00319 16.6 -0.01594 44.1 0.00638 16.7 -0.00956 44.2 0.00957 16.8 -0.01275 44.3 0.00957 16.9 -0.01275 44.4
0.

17.
-0.01594 44.5 0.00638 17.1 -0.01275 44.6 0.00638 17.2 -0.01275 44.7 0.00638 17.3 -0.00956 44.8 0.01276 17.4 -0.01275 44.9 0.00638 17.5 -0.00956
45.
0.01276 17.6 -0.01913 45.1 0.00957 17.7 -0.00637 45.2 0.00957 17.8 -0.01275 45.3 0.00638 17.9 -0.00637 45.4 0.00638
18.
-0.00637 45.5 0.00957 18.1 -0.01275 45.6 0.00957 18.2 -0.00637 45.7 0.00957 18.3 -0.00637 45.8 0.00319 18.4 -0.00637 45.9 0.00638 18.5 -0.00956
46.
0.00638 18.6 -0.00956 46.1 0.00638 18.7 -0.00956 46.2 0.01276 18.8 -0.00956 46.3 0.01276 18.9 -0.00956 46.4 0.00638
19.
-0.00956 46.5 0.01276 19.1 -0.00956 46.6 0.01276 19.2 -0.00956 46.7 0.00957 19.3 -0.00637 46.8 0.00957 19.4 -0.00318 46.9 0.00957 19.5 -0.00956
47.
0.00957 19.6 -0.01275 47.1 0.00957 19.7 -0.00637 47.2 0.00319 19.8 -0.00956 47.3 0.00638 19.9 -0.01594 47.4 0.00638
20.
-0.00637 47.5 0.00957 20.1 -0.00956 47.6 0.01276 20.2 -0.00637 47.7 0.01276 20.3 -0.00637 47.8 0.00638 20.4 -0.00637 47.9 0.00638 20.5 -0.00318
48.
0.01276 20.6 -0.00637 48.1 0.00638 20.7 -0.00637 48.2 0.00638 20.8 -0.00637 48.3 0.00638 20.9 -0.00637 48.4 0.00957 21. -0.00956 48.5 0.00957 21.1 -0.00318 48.6 0.01276 21.2 -0.00637 48.7 0.00957 21.3 -0.00956 48.8 0.00957 21.4 -0.00956 48.9 0.00319 21.5 -0.00318
49.
0.00638 21.6 -0.00956 49.1 0.01276 21.7 -0.00956 49.2 0.00957 21.8 -0.00637 49.3 0.00638 21.9 -0.00956 49.4 0.00957
22.
-0.00956 49.5 0.00957 22.1 -0.00637 49.6 0.01276 22.2 -0.00637 49.7 0.01276 22.3 -0.00318 49.8 0.00957 22.4 -0.00318 49.9 0.00638 22.5 -0.00637
50.
0.01276 22.6 -0.00637 50.1 0.00957 02/14/13 4 09:07:50
AQTESOLV for Windows Time (sec' --zz7~ 22.8 22.9
23.
23.1 23.2 23.3 23.4 23.5 23.6 23.7 23.8 23.9
24.
24.1 24.2 24.3 24.4 24.5 24.6 24.7 24.8 24.9
25.
25.1 25.2 25.3 25.4 25.5 25.6 25.7 25.8 25.9
26.
26.1 26.2 26.3 26.4 26.5 26.6 26.7 26.8 26.9
27.
27.1 27.2 27.3 27.4 Displacem~9t (ft' --=-Cf.006 ~ -0.00318 -0.00318 -0.00318 -0.00637 -0.00318 -0.00637 -0.00318 -0.00318 -0.00318 -0.00637
0.
-0.00318 -0.00318 -0.00318 -0.00318 -0.00318
0.
-0.00318 -0.00637
0.
-0.00318 -0.00318
0.
-0.00637 -0.00637 -0.00318
0.
-0.00318
0.

0.
-0.00318 -0.00318 0.00319 -0.00318 0.00319 -0.00318
0.

0.
-0.00318 -0.00637
0.

0.
-0.00318
0.
-0.00318 -0.00318 0.00319 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.463 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter ~ Le K = 0.195 cm/sec Estimate --55z.-a-ft/day 0.0659 ft T = K*b = 1.095E+4 ft2/day (117.7 sq. cm/sec) 02/14/13 5 Time ~ ec) - -sff 50.3 50.4 50.5 50.6 50.7 50.8 50.9 51. 51.1 51.2 51.3 51.4 51.5 51.6 51.7 51.8 51.9
52.
52.1 52.2 52.3 52.4 52.5 52.6 52.7 52.8 52.9
53.
53.1 53.2 53.3 53.4 53.5 53.6 53.7 53.8 53.9
54.
54.1 54.2 54.3 54.4 54.5 54.6 54.7 54.8 Pneumatic Slug Test Displacement_@ 0.0U63lr 0.00957 0.00957 0.01276 0.00957 0.01276 0.01276 0.01276 0.00638 0.00957 0.00319 0.00638 0.00319 0.00957 0.00638 0.01595 0.00638 0.00957 0.00319 0.00957 0.01276 0.00638 0.00638 0.00638 0.00638 0.00957 0.00957 0.00957 0.00957 0.00957 0.00957 0.01276 0.00638 0.00957 0.00957 0.00638 0.00638 0.01595 0.00638 0.01276 0.00638 0.00957 0.00957
0.
0.00638
0.
0.00638 09:07:50
AQTESOLV for Windows Le = 0.0659 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure= 58 IN H20 02/14/13 Pneumatic Siu Test 6 09:07:50
-1. I I I I I I I I PNEUMATIC SLUG TEST Data Set: K:\\... \\T82 Test2Springer-Gelhar.aqt Date: 02/12/13 Time: 14:34:58 -0.6 ~ "O -0.2 PROJECT INFORMATION ro I Company: BMcD Q) I I I I Client: Cimarron Corp. I "O I Project: 65944 Q) Location: Crescent, OK -~ ro 0.2 Test Well: T82 E Test Date: 02/07/2013 I 0 z 0.6 SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
I I I I I I I I K = 689.8 ft/day
0.

10.

20.

30.

40.

50.
Le = 0.04597 ft Time (sec) AQUIFER DATA Saturated Thickness: 19.83 ft Anisotropy Ratio (Kz/Kr): QJ. WELL DATA (T82) Initial Displacement: 2.69 ft Static Water Column Height: 19.83 ft Total Well Penetration Depth: 24.28 ft Screen Length: 20. ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:08:45 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: T82 AQUIFER DATA Saturated Thickness: 19.83 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DATA Test Well: T82 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.69 ft Static Water Column Height: 19.83 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 20. ft Total Well P~enetration Depth: 24.28 ft No. of Observations: 468 Observation Data J]me0~sec) Dis~lacement (ffl 2.694 I ime33/4sec) --z.4 0.1 2.452 23.5 0.2 1.789 23.6 0.3 1.435 23.7 0.4 1.145 23.8 0.5 0.9152 23.9 0.6 0.727
24.
0.7 0.574 24.1 0.8 0.44 24.2 0.9 0.3316 24.3
1.
0.2423 24.4 1.1 0.1658 24.5 1.2 0.09885 24.6 1.3 0.04464 24.7 1.4 0.01275 24.8 1.5 -0.01595 24.9 1.6 -0.04464
25.
1.7 -0.0574 25.1 1.8 -0.07015 25.2 1.9 -0.07653 25.3
2.
-0.06697 25.4 2.1 -0.06059 25.5 2.2 -0.04783 25.6 2.3 -0.04783 25.7 2.4 -0.04146 25.8 2.5 -0.03827 25.9 2.6 -0.02232
26.
2.7 -0.01276 26.1 2.8 -0.01595 26.2 02/14/13 1 ~cement@ mG956-0.00637 0.00637 0.00319 0.01275 0.00319 0.00319 0.01913
0.
0.01275 0.00637 0.01275 0.00956 0.00956 0.00637 0.00956 0.01275 0.00956 0.01275 0.01913 0.00637 0.01913 0.01594 0.00956 0.01275 0.00956 0.00319 0.00637
0.
09:08:45
AQTESOLV for Windows Pneumatic Slug Test Ti~~sec} Displacement ffil
-- =-croT27o Time {sec)
- ---zo:3 Displacem:f pt (f!l -O:DU6
3.
-0.00638 26.4 0.00637 3.1
0.
26.5 0.00956 3.2 0.00319 26.6 0.00956 3.3 0.01275 26.7 0.00319 3.4 0.00319 26.8 0.00319 3.5 0.00956 26.9 0.00956 3.6 -0.00957
27.
0.01275 3.7
0.
27.1 0.01275 3.8 0.00319 27.2
0.
3.9
0.
27.3 0.00956
4.
-0.00319 27.4 0.00956 4.1 0.00319 27.5 0.00637 4.2 -0.01276 27.6 0.00956 4.3 -0.00957 27.7 0.01275 4.4 -0.01276 27.8 0.01594 4.5 -0.00638 27.9 0.00956 4.6 -0.02551
28.
0.01275 4.7 -0.01276 28.1 0.00637 4.8 -0.01914 28.2 0.01594 4.9 -0.00957 28.3 0.00956
5.
-0.01914 28.4 -0.00319 5.1 -0.01914 28.5 0.00637 5.2 -0.02232 28.6 0.01275 5.3 -0.01595 28.7
0.
5.4 -0.01276 28.8 0.00956 5.5 -0.00319 28.9 0.01275 5.6 -0.01276
29.
0.01275 5.7 -0.01595 29.1 0.01913 5.8 -0.01595 29.2 0.01275 5.9 -0.01595 29.3 0.01913
6.
-0.00638 29.4 0.01594 6.1 -0.00957 29.5 0.00637 6.2 -0.00957 29.6 0.01594 6.3 -0.00957 29.7 0.00956 6.4 -0.00638 29.8 0.00956 6.5 -0.01276 29.9 0.00956 6.6
0.

30.
0.01275 6.7 -0.00638 30.1 0.01594 6.8 -0.00957 30.2 0.00956 6.9 -0.01595 30.3 0.00637
7.
-0.01276 30.4 0.00637 7.1 -0.00638 30.5 0.00956 7.2 -0.00957 30.6 0.00956 7.3 -0.02551 30.7 0.01275 7.4 -0.01276 30.8 0.01913 7.5 -0.01276 30.9 0.01594 7.6 -0.01276 31. 0.01275 7.7 -0.00638 31.1
0.
7.8 -0.00638 31.2 0.01594 7.9 -0.00319 31.3 0.00956
8.
-0.00319 31.4 0.01594 8.1 -0.01914 31.5 0.00637 8.2 -0.00319 31.6 0.00319 8.3 -0.00319 31.7 0.00637 8.4 -0.00638 31.8 0.00319 8.5 -0.01595 31.9 0.01275 8.6 -0.00957
32.
0.00637 8.7 -0.00638 32.1 0.01275 8.8 -0.00638 32.2 0.00956 8.9 -0.00957 32.3 0.01275
9.
-0.00319 32.4 0.00319 9.1 -0.00638 32.5 0.01913 9.2 -0.00638 32.6 0.00956 9.3 -0.00638 32.7 0.01275 9.4 -0.00319 32.8 0.00637 02/14/13 2 09:08:45
AQTESOL V for Windows Pneumatic Slug Test Tim§_fusec) Displac~~ ent (ft)_ Time (se9_ ~ z:g-- DisplacemeRt (ftl CTOT9l 9.6 -0.00957
33.
0.01275 9.7
0.
33.1 0.00637 9.8 0.00319 33.2 0.01594 9.9
0.
33.3 0.00956
10.
-0.00638 33.4 0.01594 10.1 -0.00957 33.5 0.00637 10.2 -0.00319 33.6 0.00637 10.3 -0.00957 33.7 0.00956 10.4 -0.01276 33.8 0.00637 10.5 -0.00638 33.9 0.01275 10.6 -0.00319
34.
0.01275 10.7
0.
34.1 0.01275 10.8 -0.00319 34.2 0.00637 10.9 -0.00638 34.3 0.00956 11.
0.
34.4 0.01275 11.1 0_00319 34.5 0.00956 11.2 -0.00319 34.6 0.00956 11.3 -0.00638 34.7 0.00956 11.4 -0.00319 34.8 0.02232 11.5 -0.00638 34.9 0.01913 11.6
0.

35.
0.00637 11.7
0.
35.1 0.00637 11.8 0.00637 35.2 0.00637 11.9
0.
35.3 0.01275
12.
-0.00638 35.4
0.
12.1
0.
35.5 0.00319 12.2 -0.00957 35.6 0.01594 12.3 -0.00319 35.7 0.00956 12.4
0.
35.8 0.01594 12.5 -0.00319 35.9 0.00637 12.6 -0.01595
36.
0.00637 12.7 0.00319 36.1 0.01913 12.8
0.
36.2 0.00637 12.9
0.
36.3 0.00956
13.
-0.00319 36.4 0.01275 13.1
0.
36.5 0.01275 13.2 0.00319 36.6 0.00956 13.3 0.00956 36.7 0.01913 13.4
0.
36.8 0.01594 13.5 -0.00319 36.9 0.00956 13.6 -0.00638
37.
0.01594 13.7 -0.00957 37.1 0.00956 13.8 0.00319 37.2 0.00956 13.9 -0.00319 37.3 0.01275
14.
-0.00319 37.4 0.00319 14.1 0.00319 37.5 0.01594 14.2 0.00319 37.6
0.
14.3 -0.00319 37.7 0.01275 14.4 0.00319 37.8 0.00637 14.5 0.00637 37.9 0.01594 14.6 -0.00319
38.
0.00956 14.7 0.00319 38.1 0.01275 14.8 -0.00319 38.2 0.00637 14.9
0.
38.3 0.00956
15.
-0.00319 38.4 0.00956 15.1 0.00637 38_5 0.00637 15.2 -0.00638 38.6 0.01275 15.3
0.
38.7 0.00956 15.4 0.00956 38.8 0.01275 15.5 0.00637 38.9 0.00956 15.6 0.00956
39.
0.00956 15.7 0.00637 39.1 0.00637 15.8 0.00637 39.2 0.01913 15.9
0.
39.3 0.00956
16.
0.01594 39.4 0.01275 02/14/13 3 09:08:45
AQTESOLV for Windows Pneumatic Siu Test Time.{_sec} f6.1 DisQ!acemenUfil -O:U03T9 Time (~ec) - ~ g: Displacement lf!l cr.DT5s-4 16.2 0.00319 39.6 0.01594 16.3 0.00319 39.7 0.01275 16.4 -0.00319 39.8 -0.00319 16.5 -0.00319 39.9 0.00637 16.6 0.00319
40.
0.01594 16.7
0.
40.1 0.01594 16.8 0.00956 40.2 0.01594 16.9 0.00319 40.3 0.01275
17.

0.
40.4 0.02869 17.1
0.
40.5 0.01275 17.2 0.00637 40.6 0.01275 17.3
0.
40.7 0.01594 17.4 0.00637 40.8 0.01913 17.5 0.00956 40.9 0.01275 17.6 0.00319 41. 0.00637 17.7
0.
41.1 0.02551 17.8 0.00319 41.2
0.
17.9 0.00319 41.3 0.01275
18.
0.00637 41.4 0.01275 18.1
0.
41.5 0.00637 18.2 -0.00638 41.6 0.01275 18.3 0.00637 41.7 0.02232 18.4 0.00637 41.8 0.01275 18.5 0.00637 41.9 0.01913 18.6 -0.00638
42.
0.00956 18.7 0.00319
42. 1 0.00637 18.8 0.00319 42.2 0.00956 18.9 0.00637 42.3 0.01594

19.
0.00319 42.4 0.00956 19.1 0.00956 42.5 0.03507 19.2 0.00956 42.6 0.01594 19.3 0.01275 42.7 0.00956 19.4 0.00637 42.8 0.01594 19.5 0.00956 42.9 0.00956 19.6 0.00956
43.
0.00956 19.7 0.00637 43.1 0.01275 19.8 0.00319 43.2 0.02551 19.9 -0.00319 43.3 0.01913
20.
0.00637 43.4 0.00637 20.1 0.00956 43.5 0.01594 20.2
0.
43.6 0.00956 20.3 0.00319 43.7 0.00956 20.4 -0.00319 43.8 0.01275 20.5 0.00637 43.9 0.01913 20.6 0.00956
44.
0.01275 20.7 0.00956 44.1 0.01275 20.8 0.00956 44.2 0.01275 20.9 0.01275 44.3 0.01275 21. 0.00319 44.4 0.00319 21.1 0.00319 44.5 0.01275 21.2 0.00319 44.6 0.00637 21.3 0.01594 44.7 0.02551 21.4 0.00956 44.8 0.00956 21.5 0.01594 44.9 0.01275 21.6 0.00956
45.
0.01594 21.7
0.

45. 1 0.00956 21.8 0.00956 45.2 0.00956 21.9 0.00319 45.3 0.01594

22.
0.00956 45.4 0.01594 22.1 0.01275 45.5 0.02232 22.2 0.00637 45.6 0.01594 22.3 0.01275 45.7 0.01594 22.4 0.00956 45.8 0.01594 22.5 0.02232 45.9 0.01275 22.6 0.01275
46.
0.01275 02/14/13 4 09:08:45
AQTESOLV for Windows Time (~ec} -ZZ. 22.8 22.9
23.
23.1 23.2 23.3 DispI5 iement 1ft' -. 03T9~ 0.01594 0.00637 0.01913 0.00956 0.00637 0.00956 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln{Re/rw): 4.427 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter - ~ Le K = 0.2434 cm/sec Estimate
o-a~nr 0.04597 ft/day ft T = K*b = 1.368E+4 ft2/day (147.1 sq. cm/sec)
Le = 0.04597 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure = 51 IN H2O 02/14/13 5 IL'!!.;ff~ec) 46.2 46.3 46.4 46.5 46.6 46.7 Pneumatic Siu Test Displacemegt (ft) ITTJT27 0.02869 0.01275 0.01594 0.02232 0.01594 0.01275 09:08:45
-1. I I I I I I I I I I I I I I I I I I PNEUMATIC SLUG TEST Data Set: K:\\... \\T84 Test2Springer-Gelhar.aqt Date: 02/12/13 Time: 14:37:23 -0.6 ¢:: ~ "O -0.2 PROJECT INFORMATION co (I) Company: BMcD I I Client: Cimarron Corp. "O r Project: 65944 Q) Location: Crescent, OK -~ <ii 0.2 Test Well: T84 E Test Date: 02/06/2013 I... 0 z 0.6 SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
K = 431. ft/day
0.

12.

24.

36.

48.

60.
Le = 0.06399 ft Time (sec) AQUIFER DATA Saturated Thickness: 19.8 ft Anisotropy Ratio (Kz/Kr): _Q_,! WELL DATA (T84) Initial Displacement: 2.13 ft Static Water Column Height: ~.!! ft Total Well Penetration Depth: 28.69 ft Screen Length: 25. ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft
AQTESOL V for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS'v
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:09:55 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/2013 Test Well: T84 AQUIFER DATA Saturated Thickness: 19.8 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T84 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.13 ft Static Water Column Height: 19.8 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 25. ft Total Well Penetration Depth: 28.69 ft No. of Observations: 581 Observation Data Time (seg
a.
Displacemem]ft) Z.-1 27 lfmeJr c) --z. 0.1 1.805 29.2 0.2 1.346 29.3 0.3 1.049 29.4 0.4 0.8163 29.5 0.5 0.6345 29.6 0.6 0.4783 29.7 0.7 0.3667 29.8 0.8 0.2647 29.9 0.9 0.1881
30.

1.
0.118 30.1 1.1 0.07653 30.2 1.2 0.04146 30.3 1.3 0.01276 30.4 1.4 -0.01275 30.5 1.5 -0.02551 30.6 1.6 -0.03188 30.7 1.7 -0.03826 30.8 1.8 -0.03507 30.9 1.9 -0.03826 31.
2.
-0.02869 31.1 2.1 -0.02869 31.2 2.2 -0.02232 31.3 2.3 -0.02232 31.4 2.4 -0.01913 31.5 2.5 -0.01913 31.6 2.6 -0.01913 31.7 2.7 -0.01594 31.8 2.8 -0.00956 31.9 02/14/13 1 Dispjacemeni(fil - :-00318 -0.00318 -0.00318 -0.00318 -0.00318
0.
-0.00637 -0.00318 -0.00318 -0.00318
0.
-0.00318
0.
0.00319 -0.00318 0.00319
0.

0.
-0.00318 -0.00318 -0.00637 -0.00637 -0.00637 -0.00318 -0.00318
0.

0.
-0.00318 -0.00318 09:09:55
AQTESOLV for Windows Pneumatic Siu Test Tim~_fusec} Dis~acemen!Jf!}_
- -CJ:00956 Time lseg

:32.-

Dis lacement (ft)
0.

3.
-0.00956 32.1 -0.00318 3.1 -0.00956 32.2 -0.00318 3.2 -0.00637 32.3 -0.00637 3.3 -0.00637 32.4
0.
3.4 -0.00318 32.5 -0.00318 3.5 -0.01594 32.6
0.
3.6 -0.01275 32.7 -0.00318 3.7 -0.01275 32.8 -0.00637 3.8 -0.01275 32.9 -0.00318 3.9 -0.01913
33.
-0.00637
4.
-0.01594 33.1 -0.00637 4.1 -0.01594 33.2 -0.00637 4.2 -0.01594 33.3 -0.00318 4.3 -0.01594 33.4 -0.00637 4.4 -0.01594 33.5
0.
4.5 -0.02232 33.6 -0.00318 4.6 -0.01913 33.7
0.
4.7 -0.01913 33.8 0.00638 4.8 -0.01913 33.9 -0.00318 4.9 -0.01594
34.

0.

5.
-0.01594 34.1 -0.00318 5.1 -0.01594 34.2
0.
5.2 -0.01913 34.3
0.
5.3 -0.01594 34.4
0.
5.4 -0.01594 34.5
0.
5.5 -0.01594 34.6 -0.00318 5.6 -0.01594 34.7 -0.00318 5.7 -0.01594 34.8 -0.00637 5.8 -0.01594 34.9 -0.00318 5.9 -0.01594
35.
-0.00318
6.
-0.01594 35.1 -0.00318 6.1 -0.01913 35.2 -0.00318 6.2 -0.01913 35.3 -0.00318 6.3 -0.01594 35.4 -0.00637 6.4 -0.00956 35.5 0.00319 6.5 -0.01594 35.6 -0.00318 6.6 -0.01594 35.7 -0.00318 6.7 -0.01275 35.8 -0.00318 6.8 -0.01594 35.9
0.
6.9 -0.01275
36.

0.

7.
-0.01275 36.1
0.
7.1 -0.01275 36.2
0.
7.2 -0.01913 36.3 -0.00637 7.3 -0.01275 36.4 -0.00318 7.4 -0.00956 36.5 -0.00637 7.5 -0.01594 36.6 -0.00318 7.6 -0.00956 36.7
0.
7.7 -0.01913 36.8 -0.00637 7.8 -0.00956 36.9 -0.00956 7.9 -0.00956
37.
-0.00318
8.
-0.00956 37.1 -0.00318 8.1 -0.01594 37.2
0.
8.2 -0.01594 37.3 -0.00318 8.3 -0.01275 37.4 -0.00318 8.4 -0.01275 37.5 0.00319 8.5 -0.00956 37.6 -0.00318 8.6 -0.01275 37.7 -0.00318 8.7 -0.01275 37.8 -0.00318 8.8 -0.01913 37.9 0.00319 8.9 -0.01275
38.

0.

9.
-0.01275 38.1
0.
9.1 -0.01275 38.2 0.00319 9.2 -0.00956 38.3 0.00319 9.3 -0.01275 38.4 -0.00318 9.4 -0.01594 38.5
0.
02/14/13 2 09:09:55
AQTESOL V for Windows Pneumatic Slug __ Test Time ~seg
9.
DisJ2.!acem7gt (ft) -- -cr.ur2 Time ~ec) 38: Di~lacemen!__(fil o:oo:rrn-9.6 -0.01594 38.7
0.
9.7 -0.01275 38.8 -0.00637 9.8 -0.01275 38.9
0.
9.9 -0.01275
39.
-0.00318
10.
-0.01275 39.1 -0.00318 10.1 -0.00956 39.2 -0.00318 10.2 -0.00637 39.3 -0.00318 10.3 -0.01275 39.4
0.
10.4 -0.00637 39.5
0.
10.5 -0.01275 39.6
0.
10.6 -0.00637 39.7
0.
10.7 -0.01275 39.8 0.00319 10.8 -0.00956 39.9 0.00319 10.9 -0.00956
40.

0.

11.
-0.01275 40.1
0.
11.1 -0.00956 40.2 -0.00318 11.2 -0.01275 40.3
0.
11.3 -0.00956 40.4 0.00319 11.4 -0.00956 40.5
0.
11.5 -0.00637 40.6
0.
11.6 -0.01594 40.7
0.
11.7 -0.00956 40.8
0.
11.8 -0.01275 40.9
0.
11.9 -0.01275 41.
0.

12.
-0.00956 41.1 0.00319 12.1 -0.01275 41.2
0.
12.2 -0.01275 41.3
0.
12.3 -0.00956 41.4
0.
12.4 -0.00956 41.5 -0.00318 12.5 -0.00956 41.6 0.00319 12.6 -0.01594 41.7
0.
12.7 -0.00956 41.8 -0.00318 12.8 -0.00956 41.9
0.
12.9 -0.00956
42.
0.00319
13.
-0.00956 42.1 -0.00318 13.1 -0.01275 42.2
0.
13.2 -0.00637 42.3 -0.00318 13.3 -0.00956 42.4 0.00319 13.4 -0.00318 42.5 -0.00637 13.5 -0.00637 42.6
0.
13.6 -0.01594 42.7
0.
13.7 -0.01275 42.8
0.
13.8 -0.00956 42.9
0.
13.9 -0.00637
43.

0.

14.
-0.01275 43.1 0.00319 14.1 -0.01275 43.2 -0.00318 14.2 -0.00956 43.3 0.00319 14.3 -0.01275 43.4
0.
14.4 -0.00637 43.5 -0.00318 14.5 -0.00956 43.6 0.00638 14.6 -0.00956 43.7
0.
14.7 -0.00637 43.8 -0.00318 14.8 -0.00956 43.9
0.
14.9 -0.00956
44.
0.00319
15.
-0.00956 44.1 -0.00318 15.1 -0.00956 44.2
0.
15.2 -0.01275 44.3 -0.00318 15.3 -0.00318 44.4
0.
15.4 -0.00956 44.5
0.
15.5 -0.00637 44.6 -0.00318 15.6 -0.00956 44.7
0.
15.7 -0.00318 44.8 -0.00637 15.8 -0.00956 44.9
0.
15.9 -0.00637
45.
0.00319
16.
-0.01275 45.1
0.
02/14/13 3 09:09:55
AQTESOL V for Windows Pneumatic Siu Test Time {secl - re.r-Dis,2lacemen1J!!}_

::cro03f8 Time ~ec)

~ Displaceme~t (ft) O.OOJf 16.2 -0.00956 45.3 0.00319 16.3 -0.00956 45.4 0.00319 16.4 -0.00637 45.5
0.
16.5 -0.00637 45.6
0.
16.6 -0.00637 45.7
0.
16.7 -0.00637 45.8
0.
16.8 -0.00637 45.9
0.
16.9 -0.00956
46.
0.00638
17.
-0.00956 46.1 -0.00318 17.1 -0.01275 46.2 -0.00318 17.2 -0.00956 46.3
0.
17.3 -0.00318 46.4
0.
17.4 -0.00956 46.5 -0.00318 17.5 -0.00956 46.6
0.
17.6 -0.00956 46.7
0.
17.7 -0.00956 46.8 0.00319 17.8 -0.00956 46.9 0.00638 17.9 -0.01275
47.

0.

18.
-0.00956 47.1 -0.00318 18.1 -0.00956 47.2 -0.00318 18.2 -0.00956 47.3
0.
18.3 -0.00956 47.4
0.
18.4 -0.01275 47.5 0.00638 18.5 -0.00637 47.6
0.
18.6 -0.00637 47.7 0.00319 18.7 -0.00637 47.8
0.
18.8 -0.00637 47.9 -0.00318 18.9 -0.00956
48.
0.00638
19.
-0.00637 48.1 0.00319 19.1 -0.00956 48.2 0.00957 19.2 -0.00956 48.3 0.00319 19.3 -0.00637 48.4 0.00319 19.4 -0.00637 48.5 -0.00318 19.5 -0.00956 48.6 0.00638 19.6 -0.00637 48.7 -0.00318 19.7 -0.00637 48.8 -0.00637 19.8 -0.00956 48.9 0.00638 19.9 -0.00637
49.
0.00638
20.
-0.00637 49.1
0.
20.1 -0.00637 49.2 0.00319 20.2 -0.00318 49.3 0.00638 20.3 -0.01275 49.4
0.
20.4 -0.00637 49.5
0.
20.5 -0.00637 49.6 0.00319 20.6 -0.00956 49.7 0.00319 20.7 -0.00956 49.8 0.00957 20.8 -0.00637 49.9 0.00319 20.9 -0.00637
50.
0.00319 21. -0.00956 50.1 0.00319 21.1 -0.00318 50.2
0.
21.2 -0.00956 50.3
0.
21.3 -0.00318 50.4 0.00319 21.4 -0.00956 50.5 0.00638 21.5 -0.00318 50.6
0.
21.6 -0.00956 50.7
0.
21.7 -0.00318 50.8 0.00319 21.8 -0.00637 50.9
0.
21.9 -0.00956 51. 0.00319
22.
-0.00318 51.1 -0.00318 22.1 -0.00637 51.2 -0.00318 22.2 -0.00318 51.3 0.00319 22.3
0.
51.4 0.00319 22.4 -0.00318 51.5 -0.00318 22.5 -0.01275 51.6 0.00319 22.6 -0.00318 51.7 0.00319 02/14/13 4 09:09:55
AQTESOLV for Windows Pneumatic Siu Test Tim2~ ~jeg Displacement__@ -0.0063/ Time (seg --5T~S-Displacement (fil
er--
22.8 -0.00956 51.9 0.00319 22.9 -0.00318
52.
0.00319
23.
-0.00637 52.1 -0.00318 23.1 -0.00956 52.2 0.00638 23.2 -0.00318 52.3
0.
23.3
0.
52.4 0.00319 23.4 -0.00318 52.5 0.00638 23.5 -0.00956 52.6
0.
23.6 -0.00318 52.7
0.
23.7
0.
52.8
0.
23.8 -0.00637 52.9 0.00319 23.9 -0.00637
53.
0.00638
24.
-0.00318 53.1 0.00638 24.1 -0.00318 53.2
0.
24.2 -0.00637 53.3 -0.00318 24.3 -0.00637 53.4 0.00319 24.4 -0.00318 53.5 0.00638 24.5 -0.00637 53.6 0.00638 24.6 -0.00637 53.7 0.00638 24.7 -0.00637 53.8
0.
24.8
0.
53.9 0.00638 24.9
0.

54.

0.

25.
-0.00318 54.1 0.00319 25.1 -0.00637 54.2 0.00638 25.2 -0.00318 54.3 0.00319 25.3 -0.00637 54.4
0.
25.4 -0.00637 54.5 0.00319 25.5 -0.00318 54.6 0.00319 25.6 -0.00318 54.7 -0.00318 25.7
0.
54.8 -0.00318 25.8 -0.00956 54.9
0.
25.9 -0.00318
55.
0.00319
26.
-0.00318 55.1 0.00638 26.1
0.
55.2 0.00319 26.2
0.
55.3 0.00319 26.3 -0.00637 55.4 0.00319 26.4 -0.00637 55.5 0.00319 26.5 -0.00637 55.6 0.00319 26.6 -0.00956 55.7
0.
26.7 -0.00637 55.8 -0.00318 26.8 -0.00318 55.9
0.
26.9 -0.00637
56.

0.

27.
-0.01275 56.1 0.00319 27.1 -0.00637 56.2
0.
27.2 -0.00318 56.3 0.00319 27.3 -0.00318 56.4 0.00319 27.4 -0.00956 56.5 0.00319 27.5 -0.00318 56.6
0.
27.6 -0.00956 56.7
0.
27.7 -0.00637 56.8
0.
27.8 -0.00318 56.9
0.
27.9 -0.00637
57.
0.00319
28.

0.
57.1 0.00319 28.1 -0.00318 57.2 0.00638 28.2 -0.00318 57.3
0.
28.3 -0.00318 57.4
0.
28.4
0.
57.5
0.
28.5 -0.00318 57.6
0.
28.6 -0.00318 57.7 0.00319 28.7 -0.00637 57.8 0.00638 28.8 -0.00956 57.9 0.00957 28.9 -0.00956
58.

0.

29.
-0.00318 SOLUTION 02/14/13 5 09:09:55
AQTESOLV for Windows Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.538 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter --~ Le K = 0.1506 cm/sec Estimate 4 Zo.8-0.06397 ft/day ft T = K*b = 8450. ft2/day (90.86 sq. cm/sec) Le= 0.06397 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure = 46.5 IN H20 02/14/13 Pneumatic Slug Test 6 09:09:55
-1. T-T -i----r--T--------r I j PNEUMATIC SLUG TEST -H Data Set: K:\\... \\T86 Test1Springer-Gelhar.agt Date: 02/12/13 Time: 14:38:40 -0.6 I I ~ - I "O -0.2 PROJECT INFORMATION ro I Q) Company: BMcD I I Client: Cimarron Corp. "O I Project: 65944 Q) -~ Location: Crescent, OK ro 0.2 --~- Test Well: T86 E Test Date: 02/07/2013 0 z 0.6 II I I I SOLUTION Aquifer Model: Unconfined r I I I I I I J Solution Method: Springer-Gelhar
1.
I I i I I I I I I I I I I I I I I I \\ K = 391. ft/day
0.

12.

24.

36.

48.

60.
Le = 0.06711 ft Time (sec) AQUIFER DATA Saturated Thickness: 19.93 ft Anisotropy Ratio (Kz/Kr): 0.1 WELL DATA (T8fil Initial Displacement: 2.68 ft Total Well Penetration Depth: 28.72 ft Casing Radius: 0.02083 ft Static Water Column Height: 19.93 ft Screen Length: 25. ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUSnSite\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:10:46 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: T86 AQUIFER DATA Saturated Thickness: 19.93 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T86 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.68 ft Static Water Column Height: 19.93 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 25. ft Total Well Penetration Depth: 28.72 ft No. of Observations: 589 Observation Data Time (sec) --u: D~ lacemem]!!l - z:os2- ~ g:(~ec) 0.1 2.197 29.6 0.2 2.002 29.7 0.3 1.598 29.8 0.4 1.269 29.9 0.5 1.027
30.
0.6 0.8354 30.1 0.7 0.6824 30.2 0.8 0.5772 30.3 0.9 0.4592 30.4
1.
0.3667 30.5 1.1 0.2806 30.6 1.2 0.2137 30.7 1.3 0.1722 30.8 1.4 0.1244 30.9 1.5 0.09248 31. 1.6 0.06059 31.1 1.7 0.03508 31.2 1.8 0.02232 31.3 1.9 -0.00637 31.4
2.
-0.01275 31.5 2.1 -0.00956 31.6 2.2 -0.02232 31.7 2.3 -0.02551 31.8 2.4 -0.02232 31.9 2.5 -0.01913
32.
2.6 -0.02232 32.1 2.7 -0.02551 32.2 2.8 -0.02551 32.3 02/14/13 1 Dis laceme~t (ft) IT.OU63 0.00638 0.00638 0.00638 0.00957 0.00957 0.00957
0.
0.00319 0.00957 0.00638 0.00957 0.00638 0.00957 0.01276 0.00638 0.00957 0.00957 0.00638 0.00957 0.01276 -0.00319 0.00319 0.01276 0.00957 0.01276 0.01595 0.01276 0.00638 09:10:46
AQTESOL V for Windows Pneumatic Siu Test Tin:,~~~1 Disp~@t~m~~t (ftl IL~~~ec) Displacem;pt (ftl o:uu
3.
-0.02232 32.5 0.01276 3.1 -0.02869 32.6 0.01276 3.2 -0.01594 32.7 0.01595 3.3 -0.01913 32.8 0.00638 3.4 -0.01594 32.9 0.01276 3.5 -0.00637
33.
0.00957 3.6 -0.01275 33.1 0.01595 3.7 -0.00956 33.2 0.01595 3.8 -0.00956 33.3 0.00638 3.9 -0.01594 33.4 0.00638
4.
-0.01275 33.5 0.01595 4.1 -0.00956 33.6 0.01276 4.2 -0.01275 33.7 0.00638 4.3 -0.01913 33.8 0.01276 4.4 -0.01594 33.9 0.00638 4.5 -0.01594
34.
0.01595 4.6 -0.00956
34. 1 0.00638 4.7
-0.00956 34.2 0.01595 4.8 -0.01913 34.3 0.00957 4.9 -0.01275 34.4 0.02232
5.
-0.00956 34.5 0.00638 5.1 -0.01275 34.6 0.00319 5.2 -0.01594 34.7 0.00957 5.3 -0.01594 34.8 0.00638 5.4 -0.01594 34.9 0.01276 5.5 -0.01594
35.
0.01914 5.6 -0.01594 35.1 0.00957 5.7 -0.00637 35.2 0.00957 5.8 -0.01275 35.3 0.00957 5.9 -0.01275 35.4
0.

6.
-0.01913 35.5 0.01595 6.1 -0.01594 35.6 0.01276 6.2 -0.01594 35.7 0.00638 6.3 -0.01913 35.8 0.01595 6.4 -0.00637 35.9 0.01595 6.5 -0.02232
36.
0.00957 6.6 -0.00637 36.1 0.01595 6.7 -0.01275 36.2 0.01914 6.8 -0.00319 36.3 0.01276 6.9 -0.00956 36.4 0.01276
7.
-0.01275 36.5 0.00957 7.1 -0.01275 36.6 0.00957 7.2 -0.01275 36.7 0.00957 7.3 -0.01275 36.8 0.00319 7.4 -0.00637 36.9 0.01595 7.5 -0.00956
37.
0.01595 7.6 -0.00956 37.1 0.01595 7.7 -0.00956 37.2 0.00957 7.8
0.
37.3 0.01595 7.9 -0.01594 37.4 0.01276
8.
-0.00319 37.5 0.00957 8.1 -0.00319 37.6 0.01595 8.2 -0.01594 37.7 0.00638 8.3 -0.00319 37.8 0.01276 8.4 -0.00637 37.9 0.00319 8.5 -0.00319
38.
0.00957 8.6 -0.00637 38.1 0.01914 8.7 -0.00637 38.2 0.01914 8.8 -0.01275 38.3 0.00638 8.9 -0.01275 38.4 0.01595
9.
-0.00637 38.5 0.00957 9.1 -0.00319 38.6 0.00957 9.2
0.
38.7 0.01914 9.3 -0.00956 38.8 0.00957 9.4 -0.01275 38.9 0.00957 02/14/13 2 09:10:46
AQTESOL V for Windows Pneumatic Slug Test Time fusee)
9.
Dis~lacement @ --=-cr.00631 Time (sec) ~ -g~ DisPbagement (ft) . 0957 9.6 -0.00319 39.1 0.01595 9.7 -0.01275 39.2 0.01595 9.8
0.
39.3 0.01276 9.9 -0.00319 39.4 0.00957
10.
-0.00319 39.5 0.01276 10.1 -0.00319 39.6 0.00957 10.2
0.
39.7 0.01276 10.3 -0.00637 39.8 0.00957 10.4 -0.00319 39.9 0.00957 10.5 -0.00956
40.
0.00638 10.6 -0.00637 40.1 0.01276 10.7 0.00319 40.2 0.01595 10.8 -0.00956 40.3 0.00638 10.9 -0.00319 40.4 0.00638 11. -0.00319 40.5 0.01276 11.1 -0.00319 40.6 0.00957 11.2 -0.00637 40.7 0.01595 11.3
0.
40.8 0.01276 11.4 -0.01275 40.9 0.01276 11.5 0.00638 41. 0.02232 11.6 0.00638 41.1 0.01595 11.7 0.00638 41.2 0.00957 11.8 -0.00319 41.3 0.01595 11.9
0.
41.4 0.00957
12.
-0.00319 41.5 0.00319 12.1 -0.00956 41.6 0.00638 12.2 -0.00319 41.7 0.01276 12.3 -0.00956 41.8 0.00957 12.4 -0.00319 41.9 0.01595 12.5
0.

42.
0.01276 12.6 -0.00319 42.1 0.00957 12.7 0.00319 42.2 0.01595 12.8 -0.00319 42.3 0.01276 12.9 -0.00319 42.4 0.01276
13.
0.00319 42.5 0.00638 13.1 0.00319 42.6 0.01595 13.2
0.
42.7 0.01276 13.3 -0.00637 42.8 0.00638 13.4 -0.00319 42.9 0.01276 13.5 0.00319
43.
0.00957 13.6 0.00319 43.1 0.01595 13.7 -0.00319 43.2 0.00957 13.8
0.
43.3 0.00638 13.9 -0.00956 43.4 0.01914
14.
0.00319 43.5 0.01595 14.1 -0.00637 43.6 0.01276 14.2 -0.00319 43.7 0.00638 14.3 0.00319 43.8 0.01595 14.4 0.00638 43.9 0.00957 14.5
0.

44.
0.01276 14.6 0.00319 44.1 0.01276 14.7
0.
44.2 0.00957 14.8 0.00319 44.3 0.01595 14.9 0.00319 44.4 0.01276
15.
0.00638 44.5 0.01914 15.1 0.00638 44.6 0.01276 15.2 0.00638 44.7 0.00957 15.3 0.00319 44.8 0.00638 15.4 0.00638 44.9 0.01276 15.5 0.00319
45.
0.00638 15.6
0.
45.1 0.01276 15.7 0.00319 45.2 0.01914 15.8 0.00319 45.3 0.00638 15.9 0.00319 45.4 0.00957
16.
0.00319 45.5 0.01276 02/14/13 3 09:10:46
AQTESOLV for Windows Pneumatic Siu Test ~sec} Dis~cement (ft) 1JU319 Time ~ec) ~ -s: Disp~cement (ft) .01595 16.2 0.00638 45.7 0.00957 16.3
0.
45.8 0.00957 16.4 0.00638 45.9 0.01276 16.5 -0.00319
46.
0.01595 16.6 0.00638 46.1 0.01276 16.7
0.
46.2 0.00638 16.8 0.00319 46.3 0.01276 16.9 0.00319 46.4 0.00957
17.
0.00638 46.5 0.00957 17.1 0.00319 46.6 0.01595 17.2 0.00319 46.7 0.01595 17.3 -0.00637 46.8 0.00638 17.4 0.00638 46.9 0.01276 17.5 0.00319
47.
0.00957 17.6 0.00638 47.1 0.01595 17.7 0.00638 47.2 0.02232 17.8 0.00638 47.3 0.00957 17.9
0.
47.4 0.00957
18.
0.00957 47.5 0.00957 18.1 0.00319 47.6 0.01914 18.2
0.
47.7 0.01276 18.3 0.00957 47.8 0.00957 18.4 -0.00319 47.9 0.01595 18.5 0.00319
48.
0.00957 18.6 0.00638 48.1 0.01595 18.7 0.00638 48.2 0.00957 18.8
0.
48.3 0.01276 18.9 0.00957 48.4
0.

19.

0.
48.5 0.01276 19.1 0.00319 48.6 0.01276 19.2 0.00319 48.7 0.01595 19.3 0.00957 48.8 0.01595 19.4 0.00319 48.9 0.01276 19.5 0.00957
49.
0.01595 19.6 0.00319 49.1 0.01914 19.7
0.
49.2 0.01276 19.8 0.00319 49.3 0.01595 19.9 0.00638 49.4 0.01595
20.
0.00638 49.5 0.02232 20.1 0.00957 49.6 0.01276 20.2
0.
49.7 0.01595 20.3
0.
49.8 0.01914 20.4 0.01276 49.9 0.01276 20.5 0.00638
50.
0.01914 20.6 0.01595 50.1 0.01595 20.7 0.00957 50.2 0.00957 20.8
0.
50.3 0.00638 20.9 0.00319 50.4 0.01595
21.

0.
50.5 0.01276 21.1 0.00319 50.6 0.01595 21.2
0.
50.7 0.00957 21.3 0.01276 50.8 0.00957 21.4 0.00319 50.9 0.00957 21.5 0.00319 51. 0.01276 21.6 0.00957 51.1 0.01276 21.7 0.01276 51.2 0.00957 21.8 0.00319 51.3 0.01595 21.9 0.00319 51.4 0.01595
22.
0.00638 51.5 0.01914 22.1 -0.00956 51.6 0.01595 22.2 0.01595 51.7 0.00638 22.3 0.00638 51.8 0.01595 22.4 0.00319 51.9 0.01276 22.5 0.00638
52.
0.01595 22.6 0.00638 52.1 0.01276 02/14/13 4 09:10:46
AQTESOLV for Windows Pneumatic Slug Test J i~8z~~~ Disl2{rcemeRt (ft) ~0053* I ims9z.~ec) Disp~g~~-7gt (_ 22.8 0.01276 52.3 0.01914 22.9 0.00638 52.4 0.01595
23.
0.00957 52.5 0.01595 23.1 0.00638 52.6 0.01914 23.2 0.00319 52.7 0.02551 23.3 0.00957 52.8 0.01595 23.4 0.01276 52.9 0.01914 23.5 0.00638
53.
0.01595 23.6 0.01276 53.1 0.01276 23.7 0.00957 53.2 0.01595 23.8
0.
53.3 0.01595 23.9 0.00957 53.4 0.00957
24.
0.00957 53.5 0.02232 24.1 0.00638 53.6 0.01595 24.2 0.00319 53.7 0.01595 24.3 0.00957 53.8 0.01595 24.4 0.00638 53.9 0.01914 24.5 0.00638
54.
0.00638 24.6 0.00638 54.1 0.01595 24.7 0.01914 54.2 0.02232 24.8 0.00638 54.3 0.01276 24.9 0.01276 54.4 0.00638
25.

0.
54.5 0.01595 25.1 0.00957 54.6 0.01276 25.2 0.00319 54.7 0.01276 25.3 0.00319 54.8 0.01595 25.4 0.00957 54.9 0.01595 25.5 0.00957
55.
0.01595 25.6 0.00638 55.1 0.01276 25.7 0.01914 55.2 0.01595 25.8 0.00319 55.3 0.02232 25.9 0.01276 55.4 0.01276
26.
0.01595 55.5
0.
26.1 0.00638 55.6 0.01276 26.2 0.00319 55.7 0.01914 26.3 0.01595 55.8 0.02551 26.4 0.01276 55.9 0.01914 26.5 0.01276
56.
0.02551 26.6 0.00638 56.1 0.01914 26.7 0.01276 56.2 0.01276 26.8 0.00957 56.3 0.01276 26.9 0.00957 56.4 0.01914
27.
0.01276 56.5 0.01914 27.1 0.01276 56.6 0.01914 27.2 0.01276 56.7 0.01595 27.3 0.01276 56.8 0.01276 27.4 0.00319 56.9 0.01276 27.5 0.00957
57.
0.01276 27.6 0.00638 57.1 0.02232 27.7 0.01276 57.2 0.02232 27.8
0.
57.3 0.01276 27.9 0.01276 57.4 0.01595
28.
0.01914 57.5 0.01595 28.1 0.01276 57.6 0.01595 28.2 0.00319 57.7 0.02551 28.3 0.00957 57.8 0.01914 28.4 0.00319 57.9 0.01914 28.5 0.00957
58.
0.01914 28.6 0.01276 58.1 0.01914 28.7 0.00957 58.2 0.00957 28.8 0.00319 58.3 0.01914 28.9 0.01595 58.4 0.01276
29.
0.00638 58.5 0.01595 29.1 0.01276 58.6 0.01914 29.2 0.00638 58.7 0.01595 02/14/13 5 09:10:46
AQTESOLV for Windows Time (sec) 29.3 Disp~cement ill) ~00951 29.4 0.00957 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.54 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter Le K = 0.1379 cm/sec Estimate 7 1r. 0.06711 ft/day ft T = K*b = 7792.7 ft2/day (83.79 sq. cm/sec) Le = 0.06711 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure= 46 IN H20 02/14/13 6 Pneumatic Siu Test Oicmlacement 1ft' = n:*crr9-r2f~ 09:10:46
I I ~ m Q) I Q) -~ m E 0 z -1. f-f- -0.6 -0.2 0.2 0.6
1.

0.
I I I r I I I I
12.
Data Set: K:\\... \\T88 Test2S~ringer-Gelhar.agt Date: 02/14/13 Company: BMcD Client: Cimarron Coro. Project: 65944 Location: Crescent, OK Test Well: T88 Test Date: 02/06/2013 Saturated Thickness: 19.99 ft Initial Displacement: 2.51 ft Total Well Penetration Depth: 28.~ ft Casing Radius: 0.02083 ft Aquifer Model: Unconfined K = 316.3 ft/day I I I I I I I I r, I I I I I I I I I I I I I I I __.J__
24.

36.

48.

60.
Time (sec) PNEUMATIC SLUG TEST Time: 09:12:20 PROJECT INFORMATION AQUIFER DATA Anisotropy Ratio (Kz/Kr): Qj_ WELL DATA (T88) Static Water Column Height: 1.§l.99 ft Screen Length: ;!J5..: ft Well Radius: 0.0833 ft SOLUTION Solution Method: SprinQer-Gelhar Le= 0.08165 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUSnSite\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:13:00 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/06/2013 Test Well: T88 AQUIFER DATA Saturated Thickness: 19.99 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T88 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.51 ft Static Water Column Height 19.99 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 25. ft Total Well P-enetration Depth: 28.52 ft No. of Observations: 590 Observation Data Time (sec}
a.
Displacemeli!Jfil 2.5U6 I r~g:~ec) 0.1 2.117 29.6 0.2 1.706 29.7 0.3 1.326 29.8 0.4 1.017 29.9 0.5 0.8259
30.
0.6 0.6409 30.1 0.7 0.5038 30.2 0.8 0.389 30.3 0.9 0.2934 30.4
1.
0.2009 30.5 1.1 0.1499 30.6 1.2 0.09247 30.7 1.3 0.0542 30.8 1.4 0.01913 30.9 1.5 0.00318 31. 1.6 -0.01914 31.1 1.7 -0.02551 31.2 1.8 -0.03189 31.3 1.9 -0.03189 31.4
2.
-0.02551 31.5 2.1 -0.02233 31.6 2.2 -0.01914 31.7 2.3 -0.01914 31.8 2.4 -0.01276 31.9 2.5 -0.00638
32.
2.6 0.00318 32.1 2.7
0.
32.2 2.8 0.00318 32.3 02/14/13 1 Displacement (ft)
0.
-0.00957 -0.00319 -0.00319 -0.00319 -0.00319 -0.00319
0.
-0.00638 -0.00638 -0.00319 -0.00319 -0.00638 -0.00319 -0.00638 -0.00319 -0.00319 -0.00319 -0.00638 -0.00319 -0.00319 -0.00319
0.
-0.00638
0.
-0.00638
0.
-0.00638 -0.00638 09:13:00
AQTESOL V for Windows Pneumatic Slug Test Time ~sec)
2.
DisQlacement {ft)
a.
Time Lseq 3z.4-DisQlacem~~t {ft) -0:003*
3.
0.00956 32.5 0.00318 3.1 0.00637 32.6
0.
3.2 0.00318 32.7 0.00637 3.3 0.00637 32.8 0.00318 3.4 0.00956 32.9 0.00318 3.5 0.01275
33.
-0.01276 3.6 0.00956 33.1 -0.00319 3.7 0.00637 33.2
0.
3.8 0.00637 33.3 -0.00319 3.9 0.01275 33.4 -0.00319
4.
0.00956 33.5 -0.00319 4.1 0.00318 33.6 -0.00319 4.2
0.
33.7
0.
4.3 -0.00638 33.8
0.
4.4
0.
33.9 -0.00319 4.5
0.

34.
-0.00319 4.6 -0.00319 34.1
0.
4.7 -0.00319 34.2 0.00318 4.8
0.
34.3 -0.00319 4.9
0.
34.4
0.

5.
-0.00319 34.5
0.
5.1 -0.00638 34.6 -0.00319 5.2
0.
34.7 -0.00319 5.3 0.00318 34.8
0.
5.4 -0.00319 34.9 -0.00319 5.5
0.

35.

0.
5.6
0.
35.1
0.
5.7 -0.00319 35.2 -0.00638 5.8
0.
35.3 -0.00638 5.9
0.
35.4 -0.00319
6.
-0.00319 35.5 -0.00638 6.1 -0.00319 35.6 0.00318 6.2 -0.00638 35.7 -0.00319 6.3 -0.00957 35.8 -0.00319 6.4 -0.00319 35.9
0.
6.5 -0.00319
36.
-0.00319 6.6 -0.00638 36.1
0.
6.7 -0.00957 36.2 -0.00638 6.8 -0.00638 36.3 -0.00319 6.9 -0.00638 36.4 -0.00319
7.
-0.00638 36.5
0.
7.1 -0.00638 36.6 -0.00319 7.2 -0.00957 36.7 -0.00319 7.3 -0.00638 36.8
0.
7.4 -0.00957 36.9 -0.00319 7.5 -0.00638
37.
-0.00638 7.6 -0.00957 37.1 0.00318 7.7 -0.01276 37.2 -0.00319 7.8 -0.00957 37.3 -0.00319 7.9 -0.00638 37.4 -0.00319
8.
-0.00957 37.5 -0.00319 8.1 -0.00319 37.6
o.
8.2 -0.00957 37.7 -0.00319 8.3 -0.00957 37.8 -0.00638 8.4 -0.00957 37.9
0.
8.5 -0.00638
38.

0.
8.6 -0.00638 38.1 -0.00319 8.7 -0.00957 38.2 0.00318 8.8 -0.00638 38.3 -0.00638 8.9 -0.00638 38.4 -0.00319
9.
-0.00957 38.5 -0.00319 9.1 -0.00957 38.6 0.00318 9.2 -0.01276 38.7
0.
9.3 0.00318 38.8
0.
9.4 -0.01276 38.9
0.
02/14/13 2 09:13:00
AQTESOLV for Windows Iim~-~seg 9.6 02/14/13 9.7 9.8 9.9
10.
10.1 10.2 10.3 10.4 10.5 10.6 10.7 10.8 10.9
11.
11.1 11.2 11.3 11.4 11.5 11.6 11.7 11.8 11.9
12.
12.1 12.2 12.3 12.4 12.5 12.6 12.7 12.8 12.9
13.
13.1 13.2 13.3 13.4 13.5 13.6 13.7 13.8 13.9
14.
14.1 14.2 14.3 14.4 14.5 14.6 14.7 14.8 14.9
15.
15.1 15.2 15.3 15.4 15.5 15.6 15.7 15.8 15.9
16.
DisJ2!acement (ft) -0.00957 -0.00957 -0.00957 -0.00957 -0.00957 -0.00319 -0.00957 -0.01276 -0.00638 -0.00638 -0.00957 -0.00638 -0.00638 -0.00638 -0.00957 -0.00957 -0.01276 -0.00319 -0.00957 -0.00638 -0.00957 -0.00638 -0.00638 -0.00638 -0.00638 -0.00957 -0.00638 -0.00638 -0.01276 -0.01276 -0.00319 -0.00957 -0.00957 -0.00957 -0.00319 -0.00638 -0.00957 -0.01276 -0.00638 -0.00638 -0.00957 -0.00638 -0.00638 -0.00638 -0.00957 -0.00638 -0.00957 -0.00319 -0.00957 -0.00638 -0.00638 -0.00957 -0.00638 -0.00638 -0.00638 -0.00319 -0.00319 -0.00638 -0.00638 -0.00319 -0.00957 -0.00957 -0.00957 -0.00638 -0.00319 -0.00319 3 Tim~~ec) 39.1 39.2 39.3 39.4 39.5 39.6 39.7 39.8 39.9
40.
40.1 40.2 40.3 40.4 40.5 40.6 40.7 40.8 40.9 41. 41.1 41.2 41.3 41.4 41.5 41.6 41.7 41.8 41.9
42.
42.1 42.2 42.3 42.4 42.5 42.6 42.7 42.8 42.9
43.
43.1 43.2 43.3 43.4 43.5 43.6 43.7 43.8 43.9
44.
44.1 44.2 44.3 44.4 44.5 44.6 44.7 44.8 44.9
45.
45.1 45.2 45.3 45.4 45.5 Pneumatic Slug_ Test Dis lacement (ft)
a.
-0.00638 -0.00319
0.

0.
-0.00319 -0.00638 -0.00638
0.

0.

0.
-0.00319 -0.00319 0.00318 -0.00638
0.
0.00318 -0.00319 -0.00319 -0.00319 -0.00319
0.

0.
-0.00319 -0.00319
0.
-0.00319 -0.00319 -0.00319 -0.00319
0.
0.00318
0.

0.

0.
0.00318
0.

0.
0.00318
0.

0.

0.

0.

0.

0.

0.

0.
0.00318
0.

0.
0.00318
0.

0.

0.
-0.00319 0.00318
0.

0.

0.
-0.00319 -0.00319
0.
0.00318
0.
0.00318 0.00318 09:1 3:00
AQTESOLV for Windows Pneumatic Siu Test Time _(_~ec) rn. Displacemen!Jf!) -0.00638 Time~g ~ Displacement {ft)
0.
16.2 -0.00638 45.7
0.
16.3 -0.00957 45.8 -0.00319 16.4 -0.00957 45.9 0.00318 16.5 -0.00319
46.
0.00318 16.6
0.
46.1 -0.00319 16.7 -0.00957 46.2 0.00318 16.8 -0.00638 46.3 -0.00319 16.9 -0.00638 46.4 0.00637
17.
-0.00638 46.5 -0.00319 17.1 -0.00638 46.6 -0.00319 17.2 -0.00319 46.7 0.00318 17.3 -0.00638 46.8 0.00318 17.4 -0.00638 46.9 0.00318 17.5 -0.00957
47.

0.
17.6 -0.00638 47.1 0.00318 17.7 -0.00957 47.2
0.
17.8 -0.00319 47.3
0.
17.9 -0.00638 47.4 -0.00638
18.
-0.00957 47.5 0.00318 18.1 -0.00638 47.6 0.00318 18.2 -0.00957 47.7 0.00318 18.3 -0.00638 47.8 0.00637 18.4 -0.00638 47.9 0.00318 18.5
0.

48.
-0.00319 18.6 -0.00319 48.1
0.
18.7 -0.00957 48.2 0.00637 18.8 -0.00957 48.3
0.
18.9 -0.00638 48.4 0.00637
19.
-0.00638 48.5 0.00318 19.1 -0.00638 48.6 0.00318 19.2 -0.00638 48.7 0.00318 19.3 -0.00319 48.8 0.00318 19.4 -0.00638 48.9
0.
19.5 -0.00957
49.

0.
19.6 -0.00957 49.1 -0.00319 19.7 -0.00638 49.2
0.
19.8 -0.00957 49.3 0.00318 19.9 -0.00319 49.4 -0.00319
20.
-0.00638 49.5 0.00637 20.1 -0.00638 49.6
0.
20.2
0.
49.7
0.
20.3 -0.00319 49.8 -0.00319 20.4 -0.00319 49.9
0.
20.5 -0.00319
50.

0.
20.6 -0.00638 50.1 0.00318 20.7 -0.00957 50.2 0.00318 20.8 -0.00319 50.3 0.00318 20.9 -0.00319 50.4 -0.00319 21. -0.00957 50.5 0.00318 21.1 -0.00319 50.6 0.00318 21.2 -0.00957 50.7
0.
21.3 -0.00319 50.8
0.
21.4 -0.00957 50.9 0.00318 21.5 -0.00319 51. 0.00637 21.6 -0.00638 51.1 0.00318 21.7 -0.00319 51.2 0.00318 21.8 -0.00319 51.3
0.
21.9 -0.00638 51.4
0.

22.
-0.00638 51.5 0.00318 22.1 -0.00319 51.6
0.
22.2 -0.00638 51.7 -0.00319 22.3 -0.00319 51.8 0.00318 22.4 -0.00319 51.9 -0.00638 22.5 -0.00957
52.

0.
22.6 -0.00638 52.1 0.00318 02/14/13 4 09:13:00
AQTESOLV for Windows Pneumatic Siu Test Time~~ --z. Dis~acement_@ -o:n0o31r Time ~ec) 5z: Dis lacement (ft)
0.
22.8 -0.00638 52.3
0.
22.9 -0.00319 52.4
0.

23.
-0.00319 52.5
0.
23.1 -0.00319 52.6
0.
23.2 -0.00638 52.7 0.00318 23.3 -0.00638 52.8 0.00318 23.4 -0.00957 52.9 0.00318 23.5 -0.00638
53.
-0.00319 23.6 -0.00638 53.1 0.00318 23.7
0.
53.2
0.
23.8
0.
53.3 0.00318 23.9 -0.00638 53.4 0.00318
24.
-0.00319 53.5 0.00318 24.1
0.
53.6 0.00318 24.2 -0.00319 53.7
0.
24.3 -0.00319 53.8 0.00318 24.4 -0.00319 53.9 0.00318 24.5 -0.00319
54.

0.
24.6 -0.00638 54.1 -0.00319 24.7 -0.00319 54.2 0.00318 24.8 -0.00638 54.3 0.00318 24.9 -0.00638 54.4
0.

25.
-0.00957 54.5
0.
25.1 -0.00957 54.6
0.
25.2 -0.00319 54.7
0.
25.3 -0.00319 54.8 0.00637 25.4 -0.00638 54.9 -0.00319 25.5 -0.00638
55.
0.00318 25.6 -0.00319 55.1 -0.00319 25.7 -0.00638 55.2 0.00637 25.8 0.00318 55.3
0.
25.9
0.
55.4
0.

26.
-0.00319 55.5 0.00318 26.1 -0.00319 55.6
0.
26.2 -0.00957 55.7 -0.00319 26.3 -0.00319 55.8 0.00318 26.4 -0.00638 55.9
0.
26.5 -0.00319
56.

0.
26.6 -0.00638 56.1
0.
26.7 -0.00319 56.2 0.00318 26.8 -0.00638 56.3 0.00318 26.9 -0.00319 - 56.4 0.00318
27.
-0.00319 56.5 0.00318 27.1
0.
56.6
0.
27.2
0.
56.7
0.
27.3 -0.00638 56.8 0.00318 27.4 -0.00638 56.9
0.
27.5
0.

57.
-0.00319 27.6 -0.00957 57.1 0.00318 27.7 -0.00638 57.2 0.01275 27.8 -0.00319 57.3
0.
27.9 -0.00319 57.4
0.

28.
-0.00319 57.5 0.00318 28.1 -0.00319 57.6 0.00637 28.2 -0.00638 57.7 0.00318 28.3 -0.00638 57.8 0.00318 28.4 -0.00319 57.9
0.
28.5 -0.00319
58.
0.00318 28.6 -0.00319 58.1 0.00637 28.7 -0.00319 58.2 0.00637 28.8
0.
58.3
0.
28.9
0.
58.4
0.

29.
-0.00319 58.5 0.00637 29.1 -0.00319 58.6
0.
29.2 -0.00319 58.7
0.
02/14/13 5 09:13:00
A Q'--T_E_S_O--'L'-V_f_o_r __ Wi_1n-'-d=----=oc..:..w:....::s ________________________ Pn'-e-'-u_m_a_tic Slug Test Time (secl DisplacemenUft_l _!im 5 e (_ss~_g Displacement (ft) 29.3 -CJU03l9 813
0.
29.4 -0.00319 58.9
0.
SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.536 VISUAL ESTIMATION RES UL TS Estimated Parameters Parameter ~ Le K = 0.1116 cm/sec Estimate 316.3 0.08165 ft/day ft T = K*b = 6323.5 ft2/day (67_99 sq. cm/sec) Le= 0.08165 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure= 43 IN H2O 02/14/13 6 09:13:00
0.001 I I I I I I I I I I I I I I 0.01 ~ ~ "O cu (l) I "O (l) <U E 0 z 0.1
1. L_L_j_
I I I I _I I I I I I I I I I I I __ ___i__:__
0.

20.

40.

60.

80.
100. Time (sec) PNEUMATIC SLUG TEST Data Set: K:L\\T89 Test4Hvorslev.ag! Date: 02/14/13 Time: 11 :05:03 PROJECT INFORMATION Company: BMcO Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Well: T89 Test Date: 02/07/2013 AQUIFER DATA Saturated Thickness: 23.86 ft Anisotropy Ratio (Kz/Kr): QJ_ WELL DATA (TJ!~ Initial Displacement: 1.93 ft Static Water Column Height: 23.86 ft Total Well Penetration Depth: ~8-26 ft Screen Length: 25. ft Casing Radius: 0.02083 ft Well Radius: 0_0833 ft SOLUTION Aquifer Model: Unconfined Solution Method: Hvorslev K = 2.428 ft/day yO = 0.903 ft
AQTESOLV for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 11 :02:16 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: T89 AQUIFER DATA Saturated Thickness: 23.86 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T89 X Location: 0. ft Y Location: 0. ft Initial Displacement: 1.93 ft Static Water Column Height: 23.86 ft Casing Radius: 0.02083-ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 25. ft Total Well P-enetration Depth: No. of Observations: 925 28.26 ft Observation Data Time 0 ~sec} Displacement (ft) 1.929 I fme (~ec)
ro.
0.1 0.743 46.4 0.2 -0.271 46.5 0.3 0.1658 46.6 0.4 0.8131 46.7 0.5 0.7175 46.8 0.6 0.5612 46.9 0.7 0.5357
47.
0.8 0.5453 47.1 0.9 0.507 47.2
1.
0.4847 47.3 1.1 0.4528 47.4 1.2 0.4273 47.5 1.3 0.4018 47.6 1.4 0.3667 47.7 1.5 0.338 47.8 1.6 0.3157 47.9 1.7 0.2934
48.
1.8 0.2742 48.1 1.9 0.2455 48.2
2.
0.2264 48.3 2.1 0.2009 48.4 2.2 0.1817 48.5 2.3 0.1594 48.6 2.4 0.1467 48.7 2.5 0.1339 48.8 2.6 0.1244 48.9 2.7 0.1084
49.
2.8 0.09247 49.1 02/14/13 1 Displacement (ft)
0.
-0.00319
0.
-0.00319
0.

0.
0.00319 0.00319
0.
-0.00319 -0.00319 0.00319 0.00319
0.

0.
0.00319 0.00319
0.
0.00638 0.00638 0.00638 -0.00319 -0.00319 0.00638
0.
0.00319 0.00638 0.00638 0.00638 11:02:17
AQTESOLV for Windows Pneumatic Slug_Test Tim~_fuse~l Dis~cement (ft) .07971 Time ~ec) ~9~ Displacemenl.{fil 0.00638
3.
0.07334 49.3 0.00319 3.1 0.06696 49.4 0.00319 3.2 0.06377 49.5 0.00319 3.3 0.05739 49.6 0.00319 3.4 0.05102 49.7 -0.00319 3.5 0.04783 49.8
0.
3.6 0.04464 49.9 0.00638 3.7 0.03826
50.

0.
3.8 0.04145 50.1
0.
3.9 0.03826 50.2 0.00319
4.
0.03826 50.3
0.
4.1 0.03188 50.4
0.
4.2 0.0287 50.5 0.00319 4.3 0.02232 50.6 0.00319 4.4 0.02551 50.7
0.
4.5 0.02551 50.8 0.00319 4.6 0.01913 50.9
0.
4.7 0.02232 51. 0.00956 4.8 0.02232 51.1
0.
4.9 0.01913 51.2 0.00319
5.
0.01594 51.3 0.00319 5.1 0.01594 51.4 0.00319 5.2 0.01594 51.5
0.
5.3 0.01275 51.6 -0.00319 5.4 0.01913 51.7 0.00319 5.5 0.01275 51.8 0.00319 5.6 0.00956 51.9 -0.00319 5.7 0.00638
52.
0.00638 5.8 0.00638 52.1 0.00638 5.9 0.00956 52.2 0.00319
6.
0.00319 52.3
0.
6.1 0.00956 52.4 0.00638 6.2 0.00319 52.5
0.
6.3 0.00638 52.6 0.00319 6.4 0.00638 52.7 0.00638 6.5 0.00638 52.8 0.00319 6.6
0.
52.9 0.00319 6.7 0.00638
53.
0.00319 6.8
0.
53.1 0.00319 6.9
0.
53.2 0.00319
7.
-0.00319 53.3 0.00956 7.1
0.
53.4 0.00319 7.2
0.
53.5 0.00319 7.3
0.
53.6 0.00319 7.4
0.
53.7 0.00638 7.5 0.00319 53.8 -0.00319 7.6 -0.00319 53.9 0.00319 7.7
0.

54.
0.00638 7.8
0.
54.1
0.
7.9 -0.00319 54.2 0.00319
8.
-0.00638 54.3
0.
8.1 0.00319 54.4 0.00319 8.2
0.
54.5 0.00319 8.3 -0.00638 54.6
0.
8.4 -0.00957 54.7 0.00319 8.5 -0.00319 54.8 0.00638 8.6 -0.00319 54.9 -0.00319 8.7 -0.00638
55.

0.
8.8
0.
55.1
0.
8.9 -0.00319 55.2
0.

9.
-0.00957 55.3
0.
9.1 -0.00638 55.4
0.
9.2 -0.00638 55.5 0.00319 9.3 -0.00957 55.6 0.00319 9.4
0.
55.7 0.00319 02/14/13 2 11 :02:17
AQTESOLV for Windows Pneumatic Siu Test Tim~{~~) Displacemen!l_ftl
--=cr:ucr63-a Time (~ec)
--ss: Displacement (ft) CT.00638 9.6 -0.00319 55.9 0.00319 9.7 -0.00957
56.

0.
9.8 -0.00638 56.1 0.00638 9.9 -0.00638 56.2 0.00319
10.
-0.00319 56.3 0.00319 10.1 -0.00638 56.4 0.00319 10.2 -0.00638 56.5 0.00319 10.3 -0.00957 56.6 0.00638 10.4 -0.00319 56.7 0.00638 10.5 -0.00638 56.8 0.00319 10.6 -0.00957 56.9
0.
10.7 -0.00957
57.
0.00638 10.8
0.
57.1 0.00956 10.9 -0.00638 57.2 0.00638 11. -0.00638 57.3 0.00638 11.1 -0.00319 57.4 0.00319 11.2 -0.00319 57.5 0.00638 11.3 -0.00319 57.6 0.00319 11.4 -0.00638 57.7 0.00319 11.5 -0.00638 57.8 0.00319 11.6 -0.00957 57.9 0.00956 11.7 -0.00957
58.
0.00638 11.8 -0.00319 58.1 0.00319 11.9 -0.00957 58.2 0.00319
12.
-0.00957 58.3 0.00319 12.1 -0.00638 58.4 0.00319 12.2 -0.00319 58.5 0.00638 12.3 -0.00638 58.6 0.00319 12.4 -0.00319 58.7 0.00638 12.5 -0.00319 58.8 0.00956 12.6 -0.00957 58.9 0.00638 12.7 -0.00638
59.
0.00319 12.8 -0.00957 59.1 0.00956 12.9 -0.00638 59.2 0.00638
13.
-0.00638 59.3 0.00319 13.1 -0.00638 59.4 0.00956 13.2 -0.00638 59.5 0.00638 13.3 -0.00638 59.6 0.00319 13.4 -0.00957 59.7 0.00956 13.5 -0.00638 59.8 0.00638 13.6 -0.00638 59.9 0.00956 13.7 -0.00319
60.
-0.00319 13.8 -0.00638 60.1
0.
13.9 -0.00319 60.2 0.00638
14.
-0.01276 60.3 0.00956 14.1 -0.00957 60.4 0.00638 14.2 -0.00319 60.5 0.00638 14.3 -0.00957 60.6 0.00638 14.4 -0.00638 60.7 0.00319 14.5 -0.00957 60.8 0.01275 14.6 -0.00638 60.9 0.00638 14.7 -0.00957 61. 0.00319 14.8 -0.01276 61.1 0.00956 14.9 -0.01276 61.2
0.

15.
-0.00638 61.3 0.00319 15.1 -0.00319 61.4 0.00638 15.2 -0.00638 61.5 0.00638 15.3 -0.00319 61.6 0.00638 15.4 -0.00957 61.7
0.
15.5 -0.00638 61.8 0.00638 15.6 -0.00957 61.9 0.00638 15.7 -0.00957
62.
0.00638 15.8 -0.00957 62.1 0.00956 15.9 -0.00957 62.2 0.00319
16.
-0.00957 62.3 0.00319 02/14/13 3 11:02:17
AQTESOL V for Windows Pneumatic Siu Test Tim~sec} DisQlacementJ!!}_ -0.00957 Time ~ec) --5z: DisQlaceme~t (ft} 0.0031 16.2 -0.00638 62.5
0.
16.3 -0.00638 62.6
0.
16.4 -0.00957 62.7 0.00319 16.5 -0.00319 62.8 0.00319 16.6 -0.00957 62.9 0.00638 16.7 -0.00957
63.
0.00638 16.8 -0.00957 63.1 0.00638 16.9 -0.00957 63.2 0.00638
17.
-0.00957 63.3 0.00319 17.1 -0.00319 63.4 0.00319 17.2 -0.00957 63.5
0.
17.3 -0.00957 63.6 0.00319 17.4 -0.00957 63.7 0.00638 17.5 -0.01276 63.8
0.
17.6 -0.00638 63.9 0.00638 17.7 -0.01595
64.
0.00319 17.8 -0.00957 64.1 0.00956 17.9 -0.00638 64.2 0.00319
18.
-0.01276 64.3 0.00956 18.1 -0.00638 64.4
0.
18.2 -0.00638 64.5 0.00638 18.3 -0.00957 64.6 0.00956 18.4 -0.01276 64.7 0.00638 18.5 -0.00957 64.8 0.00319 18.6 -0.00957 64.9 0.00956 18.7 -0.00638
65.
0.00319 18.8 -0.00319 65.1
0.
18.9 -0.00957 65.2 0.00319
19.
-0.00638 65.3
0.
19.1 -0.00319 65.4 0.00638 19.2 -0.00638 65.5 0.00638 19.3 -0.00957 65.6 0.00638 19.4 -0.00638 65.7 0.00319 19.5 -0.00319 65.8 0.01275 19.6 -0.00319 65.9 0.00638 19.7 -0.00957
66.
0.00638 19.8 -0.00957 66.1 0.00319 19.9 -0.00638 66.2
0.

20.
-0.00638 66.3 0.00638 20.1 -0.00957 66.4 0.01275 20.2 -0.00638 66.5 0.00319 20.3 -0.00638 66.6 0.00638 20.4 -0.00638 66.7
0.
20.5
0.
66.8 0.00638 20.6 -0.00638 66.9 0.00319 20.7 -0.00319
67.
0.00638 20.8 -0.01276 67.1
0.
20.9 -0.00638 67.2 0.00638 21. -0.00638 67.3 0.00956 21.1 -0.00319 67.4 0.00319 21.2
0.
67.5 0.00956 21.3 -0.00638 67.6 0.00319 21.4 -0.00319 67.7 0.00638 21.5 -0.00957 67.8 0.00319 21.6 -0.00957 67.9 0.01275 21.7 -0.01276
68.
0.00638 21.8 -0.00638 68.1 0.00638 21.9 -0.00638 68.2 0.00638
22.
-0.01276 68.3 0.00956 22.1 -0.00319 68.4 0.01275 22.2 -0.00319 68.5 0.00638 22.3 -0.00638 68.6 0.00956 22.4 -0.00638 68.7 0.00956 22.5 -0.00319 68.8 0.00956 22.6 -0.00957 68.9 0.00319 02/14/13 4 11 :02:17
AQTESOLV for Windows Pneumatic Slug Test Time (~ec}
22.
Displacemen!Jfn -ITTJ0638 Time~g_

e-g_

Dis__p_lacement (ft) CT.0-0638 22.8
0.
69.1 0.00638 22.9 -0.00957 69.2 0.00319
23.
-0.00957 69.3 0.00956 23.1 -0.00638 69.4 0.00956 23.2 -0.00638 69.5 0.00638 23.3 -0.00957 69.6 0.00638 23.4 -0.00957 69.7 0.01275 23.5 -0.00957 69.8 0.00956 23.6 -0.00638 69.9 0.00956 23.7 -0.00638
70.
0.00319 23.8 -0.00638 70.1 0.00638 23.9 -0.00638 70.2 0.00638
24.
-0.00319 70.3 0.00638 24.1 -0.00638 70.4 0.00956 24.2 -0.00957 70.5 0.00319 24.3 -0.00319 70.6 0.00319 24.4 -0.00957 70.7 0.01275 24.5 -0.01276 70.8 0.00638 24.6 -0.00638 70.9 0.00319 24.7 -0.00638 71. 0.00638 24.8 -0.00319 71.1 0.00956 24.9 -0.00638 71.2 0.00638
25.
-0.00638 71.3
0.
25.1 -0.00319 71.4 0.00638 25.2 -0.00319 71.5 0.00638 25.3 -0.00319 71.6 0.00956 25.4 -0.00638 71.7 0.00319 25.5 -0.00319 71.8 0.00638 25.6 -0.00638 71.9 0.00319 25.7 -0.00638
72.
0.00638 25.8 -0.00638 72.1 0.00638 25.9 -0.00319 72.2 -0.00319
26.
-0.00319 72.3 0.00638 26.1 -0.00638 72.4 0.00956 26.2 -0.00319 72.5 0.00956 26.3 -0.00638 72.6 0.00319 26.4 -0.00319 72.7 0.00638 26.5
0.
72.8 0.00956 26.6 -0.00319 72.9 0.00638 26.7 -0.00319
73.
0.00319 26.8 -0.00319 73.1 0.00638 26.9 -0.00638 73.2 0.00956
27.
-0.00319 73.3 0.00956 27.1 -0.00319 73.4 0.01275 27.2 -0.00319 73.5 0.00638 27.3 -0.00319 73.6 0.00956 27.4 -0.00957 73.7 0.00319 27.5 -0.00638 73.8 0.01594 27.6 -0.00319 73.9 0.00638 27.7 -0.00319
74.
0.00638 27.8 -0.00319 74.1 0.00638 27.9 -0.00319 74.2 0.00956
28.

0.
74.3 0.00638 28.1 -0.00638 74.4 0.01275 28.2 -0.00957 74.5 0.00319 28.3 -0.00319 74.6 0.01275 28.4 -0.00319 74.7 -0.00319 28.5 -0.00638 74.8 0.00638 28.6 -0.00319 74.9 0.00319 28.7 -0.00319
75.
0.00638 28.8 -0.00638 75.1 0.00319 28.9 -0.00319 75.2 0.00956
29.

0.
75.3 0.00956 29.1 -0.00319 75.4 0.00319 29.2
0.
75.5 0.00319 02/14/13 5 11 :02:17
AQTESOLV for Windows Pneumatic Siu Test Tin;~ecl Displacement {ftl
a.
Time ~ec) 7s_ Disp6~8~£t {ft) 29.4 -0.00319 75.7 0.00319 29.5 -0.00957 75.8 0.00638 29.6
0.
75.9 -0.00319 29.7 -0.00319
76.
0.01275 29.8
0.
76.1 0.01275 29.9
0.
76.2 0.00638
30.
-0.00319 76.3
0.
30.1
0.
76.4 0.01594 30.2
0.
76.5
0.
30.3 -0.00319 76.6 0.00319 30.4
0.
76.7 0.00956 30.5 -0.00319 76.8 0.00638 30.6 -0.00638 76.9
0.
30.7 -0.00319
77.
0.00638 30.8 -0.00638 77.1 0.00956 30.9 -0.00319 77.2 0.00956 31.
0.
77.3 0.00956 31.1 -0.00319 77.4 0.00319 31.2 -0.00319 77.5 0.00319 31.3 -0.00319 77.6 0.00638 31.4 -0.00638 77.7 0.00638 31.5 -0.00319 77.8 0.01594 31.6 -0.00319 77.9
0.
31.7 -0.00638
78.
0.00638 31.8
0.
78.1
0.
31.9
0.
78.2 0.00319
32.

0.
78.3 0.00638 32.1 -0.00319 78.4 0.00319 32.2 -0.00638 78.5 0.00956 32.3 -0.00957 78.6 0.00638 32.4
0.
78.7 0.00956 32.5 -0.00638 78.8 0.00956 32.6 -0.00638 78.9
0.
32.7 -0.00319
79.
0.00638 32.8
0.
79.1 0.00319 32.9 -0.00319 79.2 0.00638
33.

0.
79.3 0.00956 33.1
0.
79.4 0.00638 33.2 -0.00638 79.5 0.00956 33.3 -0.00319 79.6 0.00638 33.4 -0.00319 79.7 0.00638 33.5 -0.00638 79.8 0.00956 33.6
0.
79.9 0.00319 33.7
0.

80.
0.00638 33.8 -0.00319 80.1 0.01275 33.9 0.00319 80.2 0.00638
34.

0.
80.3 0.00956 34.1 -0.00319 80.4 0.00319 34.2 0.00319 80.5 0.01275 34.3
0.
80.6 0.00956 34.4 -0.00319 80.7 0.00319 34.5 -0.00638 80.8 0.00638 34.6
0.
80.9 0.01275 34.7
0.
81. 0.00319 34.8
0.
81.1 0.00956 34.9
0.
81.2 0.00319
35.
-0.00638 81.3 0.00956 35.1
0.
81.4 0.00956 35.2
0.
81.5 0.00638 35.3 -0.00638 81.6 0.01594 35.4
0.
81.7
0.
35.5 -0.00638 81.8 0.00956 35.6
0.
81.9 0.01275 35.7
0.

82.
0.00956 35.8
0.
82.1 0.00638 02/14/13 6 11 :02:17
AQTESOLV for Windows Pneumatic Siu Test Time (sec) 35.9 Displacemenl_@ -0:U03f9 ~seg r Displacement Jfil 0.00956-
36.

0.
82.3 0.01275 36.1 -0.00319 82.4 0.00638 36.2
0.
82.5 0.01594 36.3
0.
82.6 0.00319 36.4
0.
82.7 0.01594 36.5
0.
82.8 0.00638 36.6 -0.00319 82.9 0.00956 36.7
0.

83.
0.01275 36.8
0.
83.1 0.01275 36.9 -0.00319 83.2 0.00638
37.
0.00319 83.3 0.01275 37.1
0.
83.4 0.02232 37.2 0.00319 83.5 0.00956 37.3 -0.00638 83.6 0.00638 37.4
0.
83.7 0.01594 37.5
0.
83.8 0.01275 37.6 0.00319 83.9 0.01594 37.7 -0.00319
84.
0.02232 37.8 0.00319 84.1 0.02551 37.9
0.
84.2 0.03507
38.
-0.00319 84.3 0.04145 38.1 -0.00319 84.4 0.05102 38.2 -0.00319 84.5 0.03826 38.3
0.
84.6 0.04464 38.4
0.
84.7 0.04783 38.5 -0.00319 84.8 0.05739 38.6 -0.00319 84.9 0.05102 38.7 -0.00319
85.
0.04464 38.8
0.
85.1 0.04783 38.9 -0.00319 85.2 0.05102
39.

0.
85.3 0.04783 39.1 -0.00319 85.4 0.05102 39.2 0.00319 85.5 0.04783 39.3 -0.00319 85.6 0.05102 39.4
0.
85.7 0.04783 39.5
0.
85.8 0.04783 39.6 0.00319 85.9 0.04783 39.7 -0.00319
86.
0.04464 39.8
0.
86.1 0.04783 39.9
0.
86.2 0.05421
40.
-0.00319 86.3 0.04783 40.1
0.
86.4 0.04464 40.2 0.00638 86.5 0.05102 40.3
0.
86.6 0.04783 40.4 0.00319 86.7 0.04783 40.5 0.00319 86.8 0.04783 40.6
0.
86.9 0.04783 40.7 0.00319
87.
0.04783 40.8 -0.00319 87.1 0.04783 40.9 -0.00319 87.2 0.04783
41.
0.00319 87.3 0.05102 41.1
0.
87.4 0.05102 41.2
0.
87.5 0.05102 41.3
0.
87.6 0.04464 41.4 0.00638 87.7 0.04783 41.5
0.
87.8 0.05102 41.6 0.00319 87.9 0.04464 41.7
0.

88.
0.04783 41.8
0.
88.1 0.04783 41.9
0.
88.2 0.04783
42.

0.
88.3 0.04783 42.1 0.00319 88.4 0.04783 42.2
0.
88.5 0.04783 42.3 0.00319 88.6 0.05102 42.4
0.
88.7 0.05102 02/14/13 7 11 :02:17
AQTESOLV for Windows Time ~ec' ~
2.
_l Displacemen.!l!!)_ -0.003'f9 42.6 42.7 42.8 42.9
43.
43.1 43.2 43.3 43.4 43.5 43.6 43.7 43.8 43.9
44.
44.1 44.2 44.3 44.4 44.5 44.6 44.7 44.8 44.9
45.
45.1 45.2 45.3 45.4 45.5 45.6 45.7 45.8 45.9
46.
46.1 46.2 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Hvorslev Log Factor: 0.1887
0.
-0.00319
0.
-0.00319 0.00319
0.

0.
-0.00319 0.00638 0.00638
0.
-0.00319 -0.00638 -0.00319 -0.00319 -0.00319
0.
-0.00319
0.

0.

0.

0.
0.00638
0.

0.
0.00319
0.
0.00638 0.00319
0.

0.
0.00319 0.00319
0.

0.
0.00319
0.
VISUAL ESTIMATION RES UL TS Estimated Parameters Parameter K yO K = 0.0008567 cm/sec Estimate

Zif ZS-ft/day 0.903 ft T = K*b = 57.94 ft2/day (0.623 sq. cm/sec)

AUTOMATIC ESTIMATION RESULTS Estimated Parameters Parameter -x-- yO Estimate 2.428 0.903 Std. Error ---u.T1,--S-0.02804 Time {sec) --sa-:a 88.9
89.
89.1 89.2 89.3 89.4 89.5 89.6 89.7 89.8 89.9
90.
90.1 90.2 90.3 90.4 90.5 90.6 90.7 90.8 90.9 91. 91.1 91.2 91.3 91.4 91.5 91.6 91.7 91.8 91.9
92.
92.1 92.2 92.3 92.4 Approx. C. I. -+1::-u:-2, 88- +/- 0.05501 C.I. is approximate 95% confidence interval for parameter 02/14/13 8 Pneumatic Slug Test DisplacemenUf!.)_ 0.051UT 0.04783 0.05102 0.04783 0.05739 0.05102 0.04464 0.05102 0.04783 0.04783 0.05102 0.05102 0.04783 0.04464 0.05102 0.05102 0.04783 0.04783 0.04783 0.04783 0.04783 0.05102 0.04783 0.04783 0.04464 0.04783 0.05102 0.05102 0.04464 0.04783 0.04783 0.04464 0.04783 0.05102 0.05421 0.05421 0.05102 t-Ratio -z, :7T 32.2 ft/day ft 11 :02:17
AQTESOL V for Windows t-ratio = estimate/std. error No estimation window K = 0.0008567 cm/sec T = K*b = 57.94 ft2/day (0.623 sq. cm/sec) Parameter Correlations K K 1~00 yO 0.68 Residual Statistics for weighted residuals Sum of Squares...... 2. 762 ft2 2 Variance............ 0.002992 ft Std. Deviation........ 0.0547 ft Mean............... 0.004814 ft No. of Residuals...... 925 No. of Estimates...... 2 NOTES Well Pressure= 51 IN H20 02/14/13 Pneumatic Slug Test 9 11:02:17
~ - "O ro Q) J: "O Q) ro E 0 z -1. I -0.6 f-- ~ ~ ~ -0.2 f-- f-- .... r f-- 0.2 0.6 I
1.

0.
I I I I I I I
20.
Data Set: K:\\... \\T89 Test4Springer-Gelhar.agt Date: 02/14/13 Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK TestWell: T89 Test Date: 02/07/2013 Saturated Thickness: 23.86 ft Initial Displacement: 1.93 ft Total Well Penetration Depth: 28.26 ft Casing Radius: 0.02083 ft Aquifer Model: Unconfined K = 3.1 37 ft/day I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
40.

60.

80.
100. Time (sec) PNEUMATIC SLUG TEST Time: 09:17:18 PROJECT INFORMATION AQUIFER DATA Anisotropy Ratio (Kz/Kr): 0.1_ WELL DATA (T89) Static Water Column Height: 23.86 ft Screen Length: 25: ft Well Radius: 0.0833 ft SOLUTION Solution Method: Springer-Gelhar Le= 0.0631 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09:17:36 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: T89 AQUIFER DATA Saturated Thickness: 23.86 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DATA Test Well: T89 X Location: 0. ft Y Location: 0. ft Initial Displacement: 1.93 ft Static Water Column Height: 23.86 ft Casin_g Radius: 0.02083-ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 25. ft Total Well Penetration Depth: No. of Observations: 925 28.26 ft Observation Data Time (sec)
0.
Dis~lacemenf rffl 1.929 l1meJsec) --~.3 0.1 0.743 46.4 0.2 -0.271 46.5 0.3 0.1658 46.6 0.4 0.8131 46.7 0.5 0.7175 46.8 0.6 0.5612 46.9 0.7 0.5357
47.
0.8 0.5453 47.1 0.9 0.507 47.2
1.
0.4847 47.3 1.1 0.4528 47.4 1.2 0.4273 47.5 1.3 0.4018 47.6 1.4 0.3667 47.7 1.5 0.338 47.8 1.6 0.3157 47.9 1.7 0.2934
48.
1.8 0.2742 48.1 1.9 0.2455 48.2
2.
0.2264 48.3 2.1 0.2009 48.4 2.2 0.1817 48.5 2.3 0.1594 48.6 2.4 0.1467 48.7 2.5 0.1339 48.8 2.6 0.1244 48.9 2.7 0.1084
49.
2.8 0.09247 49.1 02/14/13 1 Dis~lacement ill)
0.
-0.00319
0.
-0.00319
0.

0.
0.00319 0.00319
0.
-0.00319 -0.00319 0.00319 0.00319
0.

0.
0.00319 0.00319
0.
0.00638 0.00638 0.00638 -0.00319 -0.00319 0.00638
0.
0.00319 0.00638 0.00638 0.00638 09:17:36
AQTESOLV for Windows Pneumatic Siu Test Time ~sec) --z ~cement (ft) 079/1 Time ~ec) ~g: Displacemegt (ft) ITTJ063
3.
0.07334 49.3 0.00319 3.1 0.06696 49.4 0.00319 3.2 0.06377 49.5 0.00319 3.3 0.05739 49.6 0.00319 3.4 0.05102 49.7 -0.00319 3.5 0.04783 49.8
0.
3.6 0.04464 49.9 0.00638 3.7 0.03826
50.

0.
3.8 0.04145 50.1
0.
3.9 0.03826 50.2 0.00319
4.
0.03826 50.3
0.
4.1 0.03188 50.4
0.
4.2 0.0287 50.5 0.00319 4.3 0.02232 50.6 0.00319 4.4 0.02551 50.7
0.
4.5 0.02551 50.8 0.00319 4.6 0.01913 50.9
0.
4.7 0.02232 51. 0.00956 4.8 0.02232 51.1
0.
4.9 0.01913 51.2 0.00319
5.
0.01594 51.3 0.00319 5.1 0.01594 51.4 0.00319 5.2 0.01594 51.5
0.
5.3 0.01275 51.6 -0.00319 5.4 0.01913 51.7 0.00319 5.5 0.01275 51.8 0.00319 5.6 0.00956 51.9 -0.00319 5.7 0.00638
52.
0.00638 5.8 0.00638 52.1 0.00638 5.9 0.00956 52.2 0.00319
6.
0.00319 52.3
0.
6.1 0.00956 52.4 0.00638 6.2 0.00319 52.5
0.
6.3 0.00638 52.6 0.00319 6.4 0.00638 52.7 0.00638 6.5 0.00638 52.8 0.00319 6.6
0.
52.9 0.00319 6.7 0.00638
53.
0.00319 6.8
0.
53.1 0.00319 6.9
0.
53.2 0.00319
7.
-0.00319 53.3 0.00956 7.1
0.
53.4 0.00319 7.2
0.
53.5 0.00319 7.3
0.
53.6 0.00319 7.4
0.
53.7 0.00638 7.5 0.00319 53.8 -0.00319 7.6 -0.00319 53.9 0.00319 7.7
0.

54.
0.00638 7.8
0.
54.1
0.
7.9 -0.00319 54.2 0.00319
8.
-0.00638 54.3
0.
8.1 0.00319 54.4 0.00319 8.2
0.
54.5 0.00319 8.3 -0.00638 54.6
0.
8.4 -0.00957 54.7 0.00319 8.5 -0.00319 54.8 0.00638 8.6 -0.00319 54.9 -0.00319 8.7 -0.00638
55.

0.
8.8
0.
55.1
0.
8.9 -0.00319 55.2
0.

9.
-0.00957 55.3
0.
9.1 -0.00638 55.4
0.
9.2 -0.00638 55.5 0.00319 9.3 -0.00957 55.6 0.00319 9.4
0.
55.7 0.00319 02/14/13 2 09:17:36
AQTESOL V for Windows Pneumatic Siu Test Time fusee)
9.
Displacemenl.ill}_ -CT.0063"8 Time (~ec) --S5: Dis%agement (ft) ~ . 0638 9.6 -0.00319 55.9 0.00319 9.7 -0.00957
56.

0.
9.8 -0.00638 56.1 0.00638 9.9 -0.00638 56.2 0.00319
10.
-0.00319 56.3 0.00319 10.1 -0.00638 56.4 0.00319 10.2 -0.00638 56.5 0.00319 10.3 -0.00957 56.6 0.00638 10.4 -0.00319 56.7 0.00638 10.5 -0.00638 56.8 0.00319 10.6 -0.00957 56.9
0.
10.7 -0.00957
57.
0.00638 10.8
0.
57.1 0.00956 10.9 -0.00638 57.2 0.00638
11.
-0.00638 57.3 0.00638 11.1 -0.00319 57.4 0.00319 11.2 -0.00319 57.5 0.00638 11.3 -0.00319 57.6 0.00319 11.4 -0.00638 57.7 0.00319 11.5 -0.00638 57.8 0.00319 11.6 -0.00957 57.9 0.00956 11.7 -0.00957
58.
0.00638 11.8 -0.00319 58.1 0.00319 11.9 -0.00957 58.2 0.00319
12.
-0.00957 58.3 0.00319 12.1 -0.00638 58.4 0.00319 12.2 -0.00319 58.5 0.00638 12.3 -0.00638 58.6 0.00319 12.4 -0.00319 58.7 0.00638 12.5 -0.00319 58.8 0.00956 12.6 -0.00957 58.9 0.00638 12.7 -0.00638
59.
0.00319 12.8 -0.00957 59.1 0.00956 12.9 -0.00638 59.2 0.00638
13.
-0.00638 59.3 0.00319 13.1 -0.00638 59.4 0.00956 13.2 -0.00638 59.5 0.00638 13.3 -0.00638 59.6 0.00319 13.4 -0.00957 59.7 0.00956 13.5 -0.00638 59.8 0.00638 13.6 -0.00638 59.9 0.00956 13.7 -0.00319
60.
-0.00319 13.8 -0.00638 60.1
0.
13.9 -0.00319 60.2 0.00638
14.
-0.01276 60.3 0.00956 14.1 -0.00957 60.4 0.00638 14.2 -0.00319 60.5 0.00638 14.3 -0.00957 60.6 0.00638 14.4 -0.00638 60.7 0.00319 14.5 -0.00957 60.8 0.01275 14.6 -0.00638 60.9 0.00638 14.7 -0.00957 61. 0.00319 14.8 -0.01276 61.1 0.00956 14.9 -0.01276 61.2
0.

15.
-0.00638 61.3 0.00319 15.1 -0.00319 61.4 0.00638 15.2 -0.00638 61.5 0.00638 15.3 -0.00319 61.6 0.00638 15.4 -0.00957 61.7
0.
15.5 -0.00638 61.8 0.00638 15.6 -0.00957 61.9 0.00638 15.7 -0.00957
62.
0.00638 15.8 -0.00957 62.1 0.00956 15.9 -0.00957 62.2 0.00319
16.
-0.00957 62.3 0.00319 02/14/13 3 09:1 7:36
AQTESOLV for Windows Pneumatic Siu Test Tim~sec) ,.1 Displacement (ft) -0.00957 Time ~ec) --5z: DisplacemeBt (ft) 0.0031' 16.2 -0.00638 62.5
0.
16.3 -0.00638 62.6
0.
16.4 -0.00957 62.7 0.00319 16.5 -0.00319 62.8 0.00319 16.6 -0.00957 62.9 0.00638 16.7 -0.00957
63.
0.00638 16.8 -0.00957 63.1 0.00638 16.9 -0.00957 63.2 0.00638
17.
-0.00957 63.3 0.00319 17.1 -0.00319 63.4 0.00319 17.2 -0.00957 63.5
0.
17.3 -0.00957 63.6 0.00319 17.4 -0.00957 63.7 0.00638 17.5 -0.01276 63.8
0.
17.6 -0.00638 63.9 0.00638 17.7 -0.01595
64.
0.00319 17.8 -0.00957 64.1 0.00956 17.9 -0.00638 64.2 0.00319
18.
-0.01276 64.3 0.00956 18.1 -0.00638 64.4
0.
18.2 -0.00638 64.5 0.00638 18.3 -0.00957 64.6 0.00956 18.4 -0.01276 64.7 0.00638 18.5 -0.00957 64.8 0.00319 18.6 -0.00957 64.9 0.00956 18.7 -0.00638
65.
0.00319 18.8 -0.00319 65.1
0.
18.9 -0.00957 65.2 0.00319
19.
-0.00638 65.3
0.
19.1 -0.00319 65.4 0.00638 19.2 -0.00638 65.5 0.00638 19.3 -0.00957 65.6 0.00638 19.4 -0.00638 65.7 0.00319 19.5 -0.00319 65.8 0.01275 19.6 -0.00319 65.9 0.00638 19.7 -0.00957
66.
0.00638 19.8 -0.00957 66.1 0.00319 19.9 -0.00638 66.2
0.

20.
-0.00638 66.3 0.00638 20.1 -0.00957 66.4 0.01275 20.2 -0.00638 66.5 0.00319 20.3 -0.00638 66.6 0.00638 20.4 -0.00638 66.7
0.
20.5
0.
66.8 0.00638 20.6 -0.00638 66.9 0.00319 20.7 -0.00319
67.
0.00638 20.8 -0.01276 67.1
0.
20.9 -0.00638 67.2 0.00638
21.
-0.00638 67.3 0.00956 21.1 -0.00319 67.4 0.00319 21.2
0.
67.5 0.00956 21.3 -0.00638 67.6 0.00319 21.4 -0.00319 67.7 0.00638 21.5 -0.00957 67.8 0.00319 21.6 -0.00957 67.9 0.01275 21.7 -0.01276
68.
0.00638 21.8 -0.00638 68.1 0.00638 21.9 -0.00638 68.2 0.00638
22.
-0.01276 68.3 0.00956 22.1 -0.00319 68.4 0.01275 22.2 -0.00319 68.5 0.00638 22.3 -0.00638 68.6 0.00956 22.4 -0.00638 68.7 0.00956 22.5 -0.00319 68.8 0.00956 22.6 -0.00957 68.9 0.00319 02/14/13 4 09:17:36
AQTESOL V for Windows Pneumatic Siu Test Time~ec} ---n. - Displaceme~t (ft) -:u:u053 Time (sec) - ---sg_ Displacemegt (ftl 0:-0-063 22.8
0.
69.1 0.00638 22.9 -0.00957 69.2 0.00319
23.
-0.00957 69.3 0.00956 23.1 -0.00638 69.4 0.00956 23.2 -0.00638 69.5 0.00638 23.3 -0.00957 69.6 0.00638 23.4 -0.00957 69.7 0.01275 23.5 -0.00957 69.8 0.00956 23.6 -0.00638 69.9 0.00956 23.7 -0.00638
70.
0.00319 23.8 -0.00638 70.1 0.00638 23.9 -0.00638 70.2 0.00638
24.
-0.00319 70.3 0.00638 24.1 -0.00638 70.4 0.00956 24.2 -0.00957 70.5 0.00319 24.3 -0.00319 70.6 0.00319 24.4 -0.00957 70.7 0.01275 24.5 -0.01276 70.8 0.00638 24.6 -0.00638 70.9 0.00319 24.7 -0.00638 71. 0.00638 24.8 -0.00319 71.1 0.00956 24.9 -0.00638 71.2 0.00638
25.
-0.00638 71.3
0.
25.1 -0.00319 71.4 0.00638 25.2 -0.00319 71.5 0.00638 25.3 -0.00319 71.6 0.00956 25.4 -0.00638 71.7 0.00319 25.5 -0.00319 71.8 0.00638 25.6 -0.00638 71.9 0.00319 25.7 -0.00638
72.
0.00638 25.8 -0.00638 72.1 0.00638 25.9 -0.00319 72.2 -0.00319
26.
-0.00319 72.3 0.00638 26.1 -0.00638 72.4 0.00956 26.2 -0.00319 72.5 0.00956 26.3 -0.00638 72.6 0.00319 26.4 -0.00319 72.7 0.00638 26.5
0.
72.8 0.00956 26.6 -0.00319 72.9 0.00638 26.7 -0.00319
73.
0.00319 26.8 -0.00319 73.1 0.00638 26.9 -0.00638 73.2 0.00956
27.
-0.00319 73.3 0.00956 27.1 -0.00319 73.4 0.01275 27.2 -0.00319 73.5 0.00638 27.3 -0.00319 73.6 0.00956 27.4 -0.00957 73.7 0.00319 27.5 -0.00638 73.8 0.01594 27.6 -0.00319 73.9 0.00638 27.7 -0.00319
74.
0.00638 27.8 -0.00319 74.1 0.00638 27.9 -0.00319 74.2 0.00956
28.

0.
74.3 0.00638 28.1 -0.00638 74.4 0.01275 28.2 -0.00957 74.5 0.00319 28.3 -0.00319 74.6 0.01275 28.4 -0.00319 74.7 -0.00319 28.5 -0.00638 74.8 0.00638 28.6 -0.00319 74.9 0.00319 28.7 -0.00319
75.
0.00638 28.8 -0.00638 75.1 0.00319 28.9 -0.00319 75.2 0.00956
29.

0.
75.3 0.00956 29.1 -0.00319 75.4 0.00319 29.2
0.
75.5 0.00319 02/14/13 5 09:17:36
AQTESOL V for Windows Pneumatic Siu Test Time (sec) 29.3 Dis~lacement {ft)
a.
Time ~ec) -, o. ~cemegt {ft)
OT592 29.4
-0.00319 75.7 0.00319 29.5 -0.00957 75.8 0.00638 29.6
0.
75.9 -0.00319 29.7 -0.00319
76.
0.01275 29.8
0.
76.1 0.01275 29.9
0.
76.2 0.00638
30.
-0.00319 76.3
0.
30.1
0.
76.4 0.01594 30.2
0.
76.5
0.
30.3 -0.00319 76.6 0.00319 30.4
0.
76.7 0.00956 30.5 -0.00319 76.8 0.00638 30.6 -0.00638 76.9
0.
30.7 -0.00319
77.
0.00638 30.8 -0.00638 77.1 0.00956 30.9 -0.00319 77.2 0.00956
31.

0.
77.3 0.00956 31.1 -0.00319 77.4 0.00319 31.2 -0.00319 77.5 0.00319 31.3 -0.00319 77.6 0.00638 31.4 -0.00638 77.7 0.00638 31.5 -0.00319 77.8 0.01594 31.6 -0.00319 77.9
0.
31.7 -0.00638
78.
0.00638 31.8
0.
78.1
0.
31.9
0.
78.2 0.00319
32.

0.
78.3 0.00638 32.1 -0.00319 78.4 0.00319 32.2 -0.00638 78.5 0.00956 32.3 -0.00957 78.6 0.00638 32.4
0.
78.7 0.00956 32.5 -0.00638 78.8 0.00956 32.6 -0.00638 78.9
0.
32.7 -0.00319
79.
0.00638 32.8
0.
79.1 0.00319 32.9 -0.00319 79.2 0.00638
33.

0.
79.3 0.00956 33.1
0.
79.4 0.00638 33.2 -0.00638 79.5 0.00956 33.3 -0.00319 79.6 0.00638 33.4 -0.00319 79.7 0.00638 33.5 -0.00638 79.8 0.00956 33.6
0.
79.9 0.00319 33.7
0.

80.
0.00638 33.8 -0.00319 80.1 0.01275 33.9 0.00319 80.2 0.00638
34.

0.
80.3 0.00956 34.1 -0.00319 80.4 0.00319 34.2 0.00319 80.5 0.01275 34.3
0.
80.6 0.00956 34.4 -0.00319 80.7 0.00319 34.5 -0.00638 80.8 0.00638 34.6
0.
80.9 0.01275 34.7
0.
81. 0.00319 34.8
0.
81.1 0.00956 34.9
0.
81.2 0.00319
35.
-0.00638 81.3 0.00956 35.1
0.
81.4 0.00956 35.2
0.
81.5 0.00638 35.3 -0.00638 81.6 0.01594 35.4
0.
81.7
0.
35.5 -0.00638 81.8 0.00956 35.6
0.
81.9 0.01275 35.7
0.

82.
0.00956 35.8
0.
82.1 0.00638 02/14/13 6 09:17:36
AQTESOL V for Windows Pneumatic Slug Test Time (seg 35.9 Dis~acement (ft) -0:00319 ILf!l8~~ec) Displacemen_!Jfil CJ.00-956
36.

o.
82.3 0.01275 36.1 -0.00319 82.4 0.00638 36.2
0.
82.5 0.01594 36.3
0.
82.6 0.00319 36.4
0.
82.7 0.01594 36.5
0.
82.8 0.00638 36.6 -0.00319 82.9 0.00956 36.7
0.

83.
0.01275 36.8
0.

83. 1 0.01275 36.9
-0.00319 83.2 0.00638
37.
0.00319 83.3 0.01275 37.1
o.
83.4 0.02232 37.2 0.00319 83.5 0.00956 37.3 -0.00638 83.6 0.00638 37.4
0.
83.7 0.01594 37.5
0.
83.8 0.01275 37.6 0.00319 83.9 0.01594 37.7 -0.00319
84.
0.02232 37.8 0.00319 84.1 0.02551 37.9
0.
84.2 0.03507
38.
-0.00319 84.3 0.04145 38.1 -0.00319 84.4 0.05102 38.2 -0.00319 84.5 0.03826 38.3
0.
84.6 0.04464 38.4
0.
84.7 0.04783 38.5 -0.00319 84.8 0.05739 38.6 -0.00319 84.9 0.05102 38.7 -0.00319
85.
0.04464 38.8
0.
85.1 0.04783 38.9 -0.00319 85.2 0.05102
39.

0.
85.3 0.04783 39.1 -0.00319 85.4 0.05102 39.2 0.00319 85.5 0.04783 39.3 -0.00319 85.6 0.05102 39.4
0.
85.7 0.04783 39.5
0.
85.8 0.04783 39.6 0.00319 85.9 0.04783 39.7 -0.00319
86.
0.04464 39.8
0.
86.1 0.04783 39.9
0.
86.2 0.05421
40.
-0.00319 86.3 0.04783 40.1
0.
86.4 0.04464 40.2 0.00638 86.5 0.05102 40.3
0.
86.6 0.04783 40.4 0.00319 86.7 0.04783 40.5 0.00319 86.8 0.04783 40.6
0.
86.9 0.04783 40.7 0.00319
87.
0.04783 40.8 -0.00319 87.1 0.04783 40.9 -0.00319 87.2 0.04783 41. 0.00319 87.3 0.05102 41.1
0.
87.4 0.05102 41.2
0.
87.5 0.05102 41.3
0.
87.6 0.04464 41.4 0.00638 87.7 0.04783 41.5
0.
87.8 0.05102 41.6 0.00319 87.9 0.04464 41.7
0.

88.
0.04783 41.8
0.
88.1 0.04783 41.9
0.
88.2 0.04783
42.

0.
88.3 0.04783 42.1 0.00319 88.4 0.04783 42.2
0.
88.5 0.04783 42.3 0.00319 88.6 0.05102 42.4
0.
88.7 0.05102 02/14/13 7 09:17:36
AQTESOL V for Windows Tim4~~§eg 42.6 42.7 42.8 42.9
43.
43.1 43.2 43.3 43.4 43.5 43.6 43.7 43.8 43.9
44.
44.1 44.2 44.3 44.4 44.5 44.6 44.7 44.8 44.9
45.
45.1 45.2 45.3 45.4 45.5 45.6 45.7 45.8 45.9
46.
46.1 46.2 Dis~acement @ -o:mJ3--rg--
o.
-0.00319
0.
-0.00319 0.00319
0.

0.
-0.00319 0.00638 0.00638
0.
-0.00319 -0.00638 -0.00319 -0.00319 -0.00319
0.
-0.00319
0.

0.

0.

0.
0.00638
0.

0.
0.00319
0.
0.00638 0.00319
0.

0.
0.00319 0.00319
0.

0.
0.00319
0.
SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 4.584 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter K Le K = 0.001107 cm/sec Estimate --IT~ ft/day 0.0631 ft T = K*b = 74.84 ft2/day (0.8047 sq. cm/sec) Le= 0.0631 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure = 51 IN H20 02/14/13 8 Time (~ec) mr. 88.9
89.
89.1 89.2 89.3 89.4 89.5 89.6 89.7 89.8 89.9
90.
90.1 90.2 90.3 90.4 90.5 90.6 90.7 90.8 90.9
91.
91.1 91.2 91.3 91.4 91.5 91.6 91.7 91.8 91.9
92.
92.1 92.2 92.3 92.4 Pneumatic Siu Test Displaceme£t (ft) cr:us-ro 0.04783 0.05102 0.04783 0.05739 0.05102 0.04464 0.05102 0.04783 0.04783 0.05102 0.05102 0.04783 0.04464 0.05102 0.05102 0.04783 0.04783 0.04783 0.04783 0.04783 0.05102 0.04783 0.04783 0.04464 0.04783 0.05102 0.05102 0.04464 0.04783 0.04783 0.04464 0.04783 0.05102 0.05421 0.05421 0.05102 09:17:36
-1. L I I I I I I I I I I I I I I I I I I I I -4 I PNEUMATIC SLUG TEST ~ I Data Set: K:\\... \\T91 Test2Springer-Gelhar.agt I I I I Date: 02/12/13 Time: 14:46:17 -0.6 t I I I I ~ "O -0.2 PROJECT INFORMATION ro Q) Company: BMcD
c
~ Client: Cimarron Corp. "O Project: 65944 Q) -~ Location: Crescent, OK ro 0.2 Test Well: T91 E Test Date: 02/07/2013 0 z II I I I I ~ 0.6 i, I I I I ' 1 SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
I I I I I I I I I I I I I I I I I K = 781_~ ft/day
0.

14.

28.

42.

56.

70.
Le = 0.4861 ft Time (sec) AQUIFER DATA Saturated Thickness: 20.39 ft Anisotropy Ratio (Kz/Kr): QJ_ WELL DATA (T91) Initial Displacement: 3.03 ft Total Well Penetration fiepth: 24.28 ft Casing Radius: 0.02083 ft Static Water Column Height: 20.39 ft Screen Length: 20. ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Slug Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUST\\Site\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 09: 19:32 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: T91 AQUIFER DATA Saturated Thickness: 20.39 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: T91 X Location: 0. ft Y Location: 0. ft Initial Displacement: 3.03 ft Static Water Column Height: 20.39 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 20. ft Total Well P-enetration Depth: 24.28 ft No. of Observations: 693 Observation Data Time (sec)
0.
DisplacementJID 3.ozr I ime (sec) 34.7 0.1 2.927 34.8 0.2 2.181 34.9 0.3 1.642
35.
0.4 1.314 35.1 0.5 1.059 35.2 0.6 0.8259 35.3 0.7 0.6569 35.4 0.8 0.5166 35.5 0.9 0.389 35.6
1.
0.287 35.7 1.1 0.2009 35.8 1.2 0.1148 35.9 1.3 0.07015
36.
1.4 0.02232 36.1 1.5 -0.01275 36.2 1.6 -0.04145 36.3 1.7 -0.05421 36.4 1.8 -0.07334 36.5 1.9 -0.07653 36.6
2.
-0.0829 36.7 2.1 -0.07015 36.8 2.2 -0.06058 36.9 2.3 -0.06058
37.
2.4 -0.04783 37.1 2.5 -0.03507 37.2 2.6 -0.03189 37.3 2.7 -0.02232 37.4 2.8 -0.01275 37.5 02/14/13 1 Displacement (ft)
0.
-0.00319 -0.00956 -0.00638 -0.01275 -0.00956 -0.00638 -0.00638 -0.00638 -0.00319 -0.00638 -0.00638 -0.00638 -0.00638 -0.00956 -0.00956 -0.00638 -0.00319 -0.00956 -0.00638 -0.00638 -0.00638 -0.00956 -0.01275 -0.00319 -0.00638 -0.00638 -0.00638
0.
09:19:32
AQTESOLV for Windows Pneumatic Siu Test Time fusee)
2.
Dis~acemen.L@
- -01)1594 Tim#,~~
Displacemen!____illl -O-ml638
3.
-0.00638 37.7 -0.01275 3.1
0.
37.8 -0.00638 3.2 0.00638 37.9 -0.00638 3.3
0.

38.

0.
3.4 -0.00319 38.1 -0.00319 3.5 -0.00319 38.2 -0.00638 3.6 -0.00319 38.3 -0.00638 3.7 -0.00319 38.4 -0.00638 3.8
0.
38.5 -0.00319 3.9 -0.00319 38.6 -0.00638
4.

0.
38.7 -0.00956 4.1 -0.00319 38.8 -0.00319 4.2 -0.00319 38.9 -0.01913 4.3 -0.01275
39.
-0.01275 4.4 -0.00956 39.1 -0.00638 4.5 -0.00956 39.2 -0.00956 4.6 -0.02551 39.3 -0.01275 4.7 -0.02232 39.4 -0.00319 4.8 -0.01913 39.5 0.00319 4.9 -0.02232 39.6 -0.00319
5.
-0.0287 39.7 -0.01275 5.1 -0.0287 39.8 0.00638 5.2 -0.03189 39.9 -0.00956 5.3 -0.02551
40.
-0.00956 5.4 -0.02232 40.1 -0.00638 5.5 -0.0287 40.2 -0.00319 5.6 -0.0287 40.3 0.00638 5.7 -0.02551 40.4 -0.00319 5.8 -0.02232 40.5 -0.01275 5.9 -0.01913 40.6 -0.00319
6.
-0.01913 40.7
0.
6.1 -0.01913 40.8 -0.00638 6.2 -0.01594 40.9 -0.00956 6.3 -0.01913 41. -0.00319 6.4 -0.01594 41.1 0.00319 6.5 -0.01913 41.2 -0.01275 6.6 -0.01275 41.3 -0.00638 6.7 -0.00956 41.4
0.
6.8 -0.01275 41.5 -0.00319 6.9 -0.00638 41.6 -0.00638
7.
-0.01913 41.7 -0.01275 7.1 -0.01913 41.8 -0.00319 7.2 -0.00956 41.9 -0.00638 7.3 -0.01594
42.
-0.00638 7.4 -0.01913 42.1 -0.00638 7.5 -0.01594 42.2 -0.00319 7.6 -0.01913 42.3 -0.00319 7.7 -0.01913 42.4 -0.00319 7.8 -0.0287 42.5 -0.00638 7.9 -0.01594 42.6 -0.00319
8.
-0.02232 42.7 -0.00319 8.1 -0.01594 42.8 -0.00956 8.2 -0.01275 42.9
0.
8.3 -0.01594
43.

0.
8.4 -0.01913 43.1 -0.00319 8.5 -0.01913 43.2 -0.00638 8.6 -0.01594 43.3 -0.00319 8.7 -0.01275 43.4 -0.00956 8.8 -0.00638 43.5
0.
8.9 -0.01275 43.6 -0.01275
9.
-0.01913 43.7 0.00319 9.1 -0.01913 43.8 -0.00319 9.2 -0.01275 43.9
0.
9.3 -0.02232
44.

0.
9.4 -0.02551 44.1 -0.00638 02/14/13 2 09:1 9:32
AQTESOLV for Windows Pneumatic Siu Test Tim§_fusec) Disp!8.~~~7gt (ft) Time ~ec) 44: Displacem~~t (ft) -Cf.OU-3' 9.6 -0.01594 44.3 -0.01594 9.7 -0.01275 44.4 -0.00956 9.8 -0.01594 44.5 -0.00319 9.9 -0.01913 44.6 0.00957
10.
-0.01594 44.7 0.00319 10.1 -0.00319 44.8 -0.00319 10.2 -0.01594 44.9 -0.00319 10.3 -0.01594
45.
-0.01275 10.4 -0.01913 45.1 -0.00638 10.5 -0.01594 45.2 -0.00319 10.6 -0.00956 45.3
0.
10.7 -0.01275 45.4 -0.00956 10.8 -0.01594 45.5 -0.00956 10.9 -0.02232 45.6 -0.00638
11.
-0.01594 45.7
0.
11.1 -0.01275 45.8 -0.00638 11.2 -0.02232 45.9 -0.00956 11.3 -0.01913
46.
-0.00638 11.4 -0.01275 46.1 -0.00638 11.5 -0.01913 46.2 -0.00638 11.6 -0.00956 46.3 -0.00638 11.7 -0.02232 46.4 -0.00638 11.8 -0.01913 46.5 -0.00638 11.9 -0.01594 46.6 -0.00319
12.
-0.02551 46.7 -0.00638 12.1 -0.01275 46.8 -0.01275 12.2 -0.02232 46.9 -0.00319 12.3 -0.01913
47.
-0.00319 12.4 -0.01275 47.1 -0.00638 12.5 -0.01913 47.2 -0.00638 12.6 -0.01594 47.3
0.
12.7 -0.01275 47.4
0.
12.8 -0.02232 47.5 -0.00956 12.9 -0.01913 47.6 -0.00638
13.
-0.01913 47.7
0.
13.1 -0.00956 47.8 -0.00319 13.2 -0.01275 47.9
0.
13.3 -0.00638
48.
-0.00638 13.4 -0.01275 48.1
0.
13.5 -0.02232 48.2 -0.00956 13.6 -0.01913 48.3 0.00638 13.7 -0.01913 48.4 0.00319 13.8 -0.01594 48.5
0.
13.9 -0.00956 48.6 0.00957
14.
-0.01913 48.7 -0.00956 14.1 -0.01275 48.8
0.
14.2 -0.00956 48.9 -0.00319 14.3 -0.02232
49.
-0.00638 14.4 -0.00319 49.1 -0.00319 14.5 -0.00956 49.2 -0.00319 14.6 -0.01594 49.3 -0.00319 14.7 -0.01275 49.4 -0.00956 14.8 -0.00956 49.5 -0.00638 14.9 -0.00956 49.6
0.

15.
-0.00956 49.7 -0.00638 15.1 -0.01275 49.8
0.
15.2 -0.00956 49.9 -0.00319 15.3 -0.01594
50.

0.
15.4 -0.01275 50.1 -0.00956 15.5 -0.01275 50.2 -0.00319 15.6 -0.01275 50.3 -0.00319 15.7 -0.01275 50.4 -0.00638 15.8 -0.01594 50.5 -0.00319 15.9 -0.01913 50.6 -0.00956
16.
-0.00956 50.7 0.00319 02/14/13 3 09:19:32
AQTESOLV for Windows Pneumatic Siu Test Ti~~ ~~ec) Dis~acemegt (ft) -0.0127 I im~0~~ec) Displacem~gt {ft) -01Jf5 16.2 -0.01275 50.9 -0.00319 16.3 -0.01275
51.
-0.00638 16.4 -0.01913 51.1 -0.00638 16.5 -0.01913 51.2 0.00319 16.6 -0.01594 51.3
0.
16.7 -0.00956 51.4 -0.00319 16.8 -0.00638 51.5 -0.00319 16.9 -0.02232 51.6
0.

17.
-0.00956 51.7
0.
17.1 -0.01275 51.8 -0.00319 17.2 -0.01594 51.9 -0.00956 17.3 -0.01913
52.

0.
17.4 -0.02232 52.1 -0.00319 17.5 -0.00956 52.2 -0.00638 17.6 -0.01913 52.3 -0.01275 17.7 -0.00956 52.4 0.00319 17.8 -0.00319 52.5 -0.00319 17.9 -0.00956 52.6 -0.00319
18.
-0.01594 52.7
0.
18.1 -0.01594 52.8 -0.00638 18.2 -0.00956 52.9 -0.00638 18.3 -0.01275
53.
-0.00319 18.4 -0.00956 53.1 -0.00319 18.5 -0.02232 53.2 -0.00638 18.6 -0.02232 53.3 -0.00319 18.7 -0.01913 53.4 -0.00956 18.8 -0.01913 53.5
0.
18.9 -0.01913 53.6 0.00319
19.
-0.00956 53.7 -0.00319 19.1 -0.01594 53.8 0.00638 19.2 -0.01913 53.9 -0.00956 19.3 -0.00638
54.
-0.00319 19.4 -0.01275 54.1
0.
19.5 -0.01275 54.2
0.
19.6 -0.00956 54.3 -0.00319 19.7 -0.00956 54.4 0.00638 19.8 -0.01594 54.5 -0.00638 19.9 -0.01275 54.6
0.

20.
-0.00956 54.7 -0.00638 20.1 -0.00638 54.8 -0.00319 20.2 -0.00956 54.9 -0.00638 20.3 -0.01594
55.
-0.00638 20.4 -0.01913 55.1 -0.00638 20.5 -0.02551 55.2 0.00638 20.6 -0.00956 55.3
0.
20.7 -0.00956 55.4 -0.00956 20.8 -0.02232 55.5
0.
20.9 -0.01275 55.6 -0.00319 21. -0.01275 55.7 -0.00638 21.1 -0.01594 55.8 -0.00956 21.2 -0.00638 55.9 -0.00638 21.3 -0.01913
56.

0.
21.4 -0.02232 56.1 -0.00638 21.5 -0.01594 56.2
0.
21.6 -0.01913 56.3 0.00319 21.7 -0.00956 56.4 -0.00638 21.8 -0.01275 56.5 -0.00638 21.9 -0.01913 56.6 -0.00956
22.
-0.01594 56.7 -0.00319 22.1 -0.01275 56.8 0.00319 22.2 -0.01594 56.9
0.
22.3 -0.01275
57.
-0.00638 22.4 -0.01913 57.1 -0.00319 22.5 -0.01275 57.2 0.00319 22.6 -0.00638 57.3 -0.00956 02/14/13 4 09:19:32
AQTESOL V for Windows Pneumatic Siu Test Ti~~~ DisQ!acem7gt (ft) -- -O:Ul 2 Tim 5 e7 ~ec) Displaceme~t (ft) 0.003l 22.8 -0.01275 57.5
0.
22.9 -0.01594 57.6
0.

23.
-0.01594 57.7 0.00638 23.1 -0.00956 57.8 -0.00319 23.2 -0.00319 57.9 -0.00956 23.3 -0.01275
58.

0.
23.4 -0.01594 58.1
0.
23.5 -0.00638 58.2 -0.00956 23.6 -0.00638 58.3 -0.00319 23.7 -0.01594 58.4 -0.00319 23.8 -0.01594 58.5 0.00319 23.9 -0.00956 58.6
0.

24.
-0.0287 58.7
0.
24.1 -0.01275 58.8 -0.00638 24.2 -0.01275 58.9 -0.00319 24.3 -0.00956
59.
0.00319 24.4 -0.01913 59.1 0.00638 24.5 -0.01275 59.2 0.00319 24.6 -0.00956 59.3 -0.00956 24.7 -0.00319 59.4
0.
24.8 -0.00956 59.5 -0.00319 24.9 -0.01594 59.6 -0.00319
25.
-0.01275 59.7 -0.00638 25.1 -0.00638 59.8 -0.00319 25.2 -0.01275 59.9 -0.00319 25.3 -0.01594
60.

0.
25.4 -0.01275 60.1 0.00319 25.5 -0.00956 60.2 0.00319 25.6 -0.00956 60.3 -0.00319 25.7 -0.01275 60.4 -0.00638 25.8 -0.01275 60.5
0.
25.9 -0.00956 60.6 -0.00638
26.
-0.00956 60.7 -0.00319 26.1 -0.00956 60.8 -0.00638 26.2 -0.00638 60.9
0.
26.3 -0.00956
61.

0.
26.4
0.

61. 1 0.00319 26.5
-0.00956 61.2 -0.00956 26.6 -0.00956 61.3 0.00319 26.7 -0.01594 61.4 0.00319 26.8 -0.01913 61.5
0.
26.9
0.
61.6 0.00319
27.
-0.00638 61.7 -0.00638 27.1 -0.00638 61.8 -0.00638 27.2 -0.00638 61.9 0.00319 27.3 -0.00956
62.
-0.00319 27.4 -0.00638 62.1 -0.00638 27.5 -0.00956 62.2 0.00319 27.6 -0.01275 62.3 -0.00319 27.7 -0.00638 62.4 -0.00319 27.8 -0.00638 62.5 -0.00638 27.9 -0.01913 62.6 -0.00956
28.

0.
62.7 0.00957 28.1 -0.00956 62.8 -0.00319 28.2 -0.00956 62.9 0.00319 28.3 -0.01275
63.

0.
28.4 -0.00956 63.1
0.
28.5
0.
63.2
0.
28.6 -0.00956 63.3 0.00638 28.7 -0.00956 63.4 -0.00319 28.8 -0.00638 63.5 0.00319 28.9 -0.00319 63.6
0.

29.
-0.00956 63.7
0.
29.1 -0.01275 63.8 0.00638 29.2 -0.00638 63.9
0.
02/14/13 5 09:19:32
AO TESOL V for Windows Pneumatic Siu Test Time (seg 29.3 Displacemen!jfil -ITTJ0638 Time (sec) -~ ~cement (fil CUCJ95o 29.4 -0.00956 64.1 -0.00319 29.5 -0.01594 64.2
0.
29.6 -0.01594 64.3
0.
29.7 -0.01275 64.4 -0.00956 29.8 -0.00638 64.5
0.
29.9 -0.00956 64.6 -0.00319
30.
-0.01275 64.7
0.
30.1 -0.00638 64.8
0.
30.2 -0.00956 64.9 -0.00956 30.3 -0.01275
65.

0.
30.4 -0.00638 65.1 -0.00956 30.5 -0.00956 65.2 -0.00319 30.6 -0.00638 65.3 -0.00319 30.7 -0.00956 65.4
0.
30.8 -0.00638 65.5
0.
30.9 -0.00638 65.6
0.
31. -0.01594 65.7
0.
31.1 -0.00638 65.8 -0.00319 31.2 -0.01594 65.9
0.
31.3
0.

66.
0.00638 31.4 -0.00319 66.1
0.
31.5 -0.00638 66.2 0.00319 31.6 -0.00638 66.3 -0.00319 31.7 -0.00956 66.4 0.00319 31.8 -0.01275 66.5 -0.01594 31.9 -0.00319 66.6 0.00319
32.

0.
66.7 -0.00319 32.1
0.
66.8
0.
32.2 -0.00319 66.9
0.
32.3 -0.00956
67.
-0.00319 32.4 -0.00319 67.1 -0.00319 32.5 -0.00319 67.2
0.
32.6 -0.00638 67.3 0.00638 32.7 -0.01275 67.4 0.00638 32.8 -0.01275 67.5 -0.00956 32.9 -0.01275 67.6 -0.00319
33.
-0.00956 67.7
0.
33.1 -0.00319 67.8 0.00638 33.2 -0.01275 67.9 0.00319 33.3 -0.00319
68.

0.
33.4 -0.00319 68.1 -0.00638 33.5 -0.01275 68.2
0.
33.6 -0.01594 68.3 -0.00638 33.7 -0.00956 68.4 0.00319 33.8 -0.01275 68.5 -0.00638 33.9 -0.01275 68.6 -0.00319
34.

0.
68.7 0.00319 34.1 -0.00956 68.8
0.
34.2 -0.00638 68.9 0.00319 34.3 -0.01594
69.

0.
34.4 -0.00956 69.1
0.
34.5 -0.00319 69.2
0.
34.6 -0.00638 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar ln(Re/rw): 5.658 VISUAL ESTIMATION RES UL TS Estimated Parameters 02/14/13 6 09:1 9:32
AQTESOLV for Windows Parameter K Le K = 0.02764 cm/sec ft/day ft T = K*b = 1597.7 ft2/day (17.18 sq. cm/sec) Le= 0.4861 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure = 51 IN H20 02/14/13 Pneumatic Siu Test 7 09:19:32
-1. I I I I I I I I I I I I l PNEUMATIC SLUG TEST Data Set: K:\\... \\1343 Test1 Springer-Gelhar.aqt Date: 02/12/13 Time: 13:55:24 -0.6 ~ "O -0.2 PROJECT INFORMATION (1' (l) Company: BMcD J: Client: Cimarron Corp. "O I Project: 65944 (l) Location: Crescent, OK -~ (1J 0.2 Test Well: 1343 E Test Date: 02/07/2013 0 z 0.6 SOLUTION Aquifer Model: Unconfined Solution Method: Springer-Gelhar
1.
I K = 2550.2 ft/day
0.

12.

24.

36.

48.

60.
Le= 0.01745 ft Time (sec) AQUIFER DATA Saturated Thickness: 11.97 ft Anisotropy Ratio (Kz/Kr): QJ. WELL DATA (1 343) Initial Displacement: ?_-11 ft Static Water Column Height: t 1.97_ ft Total Well Penetration Depth: 18.38 ft Screen Length: 1§..: ft Casing Radius: 0.020~ ft Well Radius: 0.0833 ft
AQTESOLV for Windows Pneumatic Siu Test Data Set: K:\\ENV\\CIMARRON ENVIRONMENTAL RESPONSE TRUSnSite\\65944\\2013 Slug Testing\\ANALYSIS\\i
Title:
Pneumatic Slug Test Date: 02/14/13 Time: 11 :06:41 PROJECT INFORMATION Company: BMcD Client: Cimarron Corp. Project: 65944 Location: Crescent, OK Test Date: 02/07/2013 Test Well: 1343 AQUIFER DATA Saturated Thickness: 11.97 ft Anisotropy Ratio (Kz/Kr): 0.1 SLUG TEST WELL DA TA Test Well: 1343 X Location: 0. ft Y Location: 0. ft Initial Displacement: 2.11 ft Static Water Column Height: 11.97 ft Casing Radius: 0.02083 ft Well Radius: 0.0833 ft Well Skin Radius: 0.3438 ft Screen Length: 15. ft Total Well P-enetration Depth: 18.38 ft No. of Observations: 573 Observation Data Time (sec)
0.
Displacem~ 2.f'n lfme ~ec) 2-s: 0.1 1.878 28.8 0.2 1.438 28.9 0.3 1.157
29.
0.4 0.9438 29.1 0.5 0.7717 29.2 0.6 0.6154 29.3 0.7 0.4974 29.4 0.8 0.3858 29.5 0.9 0.3029 29.6
1.
0.2296 29.7 1.1 0.1754 29.8 1.2 0.1052 29.9 1.3 0.07653
30.
1.4 0.04464 30.1 1.5 0.02232 30.2 1.6
0.
30.3 1.7 -0.01276 30.4 1.8
0.
30.5 1.9 -0.01913 30.6
2.
-0.01913 30.7 2.1 -0.03189 30.8 2.2 -0.01913 30.9 2.3 -0.02232 31. 2.4 -0.02551 31.1 2.5 -0.01913 31.2 2.6 -0.02232 31.3 2.7 -0.01913 31.4 2.8 -0.01594 31.5 02/14/13 1 Q!§_p!acemen_Ufil -u:u-003-8 -0.00319 -0.00957 -0.00957 -0.01913
0.
-0.00957 -0.00957 -0.00957
0.
-0.00638 -0.00319 0.00319 -0.00957 -0.00638 -0.00957 0.01275 -0.00319 -0.00957 -0.01276 -0.00638 -0.01276
0.
-0.01913 -0.00957 0.00638 -0.00957 -0.01276 -0.00638 11 :06:41
AQTESOL V for Windows Pneumatic Siu Test Tim3/4sec) Displaceme~t (ft) -0.0159 Time ~ec) - ~,. Displacement (f!l
0.

3.
-0.00638 31.7 -0.00319 3.1 -0.00638 31.8
0.
3.2 -0.00638 31.9 -0.01913 3.3 -0.00638
32.
-0.00638 3.4 -0.01276 32.1 0.00957 3.5 -0.00319 32.2 -0.01276 3.6
0.
32.3 -0.00319 3.7 -0.00638 32.4
0.
3.8 -0.01276 32.5 -0.00319 3.9 0.00319 32.6 0.00319
4.
-0.01913 32.7 -0.00319 4.1 -0.00957 32.8 -0.00957 4.2 -0.00638 32.9 0.00957 4.3 -0.01276
33.
-0.00957 4.4 -0.00319 33.1 -0.00957 4.5 -0.00957 33.2 -0.00638 4.6 -0.01594 33.3 -0.00957 4.7 -0.00957 33.4 0.01275 4.8 -0.01276 33.5
0.
4.9 -0.01276 33.6 -0.00638
5.
-0.01276 33.7 -0.01276 5.1 -0.00957 33.8 -0.00957 5.2 -0.00638 33.9 -0.01913 5.3 -0.00957
34.
-0.00319 5.4 -0.00957 34.1 0.00638 5.5
0.
34.2 -0.00319 5.6
0.
34.3
0.
5.7 -0.00638 34.4 -0.00638 5.8 -0.01276 34.5
0.
5.9 -0.00319 34.6 -0.00638
6.
-0.00638 34.7
0.
6.1 -0.01594 34.8
0.
6.2 -0.00638 34.9 -0.00638 6.3 -0.00957
35.
-0.00638 6.4 -0.00638 35.1
0.
6.5 -0.00957 35.2
0.
6.6 -0.00319 35.3
0.
6.7 -0.01594 35.4 -0.00638 6.8 -0.00638 35.5 -0.00319 6.9 -0.00957 35.6 -0.00319
7.
-0.00957 35.7 -0.00638 7.1 -0.01913 35.8 0.00319 7.2 -0.01276 35.9
0.
7.3 0.00638
36.

0.
7.4 -0.00638 36.1 0.00319 7.5 -0.00957 36.2 -0.00638 7.6 -0.00957 36.3 -0.00638 7.7 -0.00319 36.4 0.00319 7.8 -0.00638 36.5 0.00319 7.9 0.00319 36.6 -0.00638
8.
-0.00957 36.7 -0.00319 8.1 -0.00638 36.8 -0.01276 8.2 -0.00638 36.9 0.00957 8.3 -0.00638
37.
-0.00319 8.4 -0.00957 37.1
0.
8.5 -0.00638 37.2 -0.00638 8.6 0.00638 37.3 0.01275 8.7 -0.00957 37.4 -0.00638 8.8 -0.00638 37.5
0.
8.9
0.
37.6
0.

9.
-0.01594 37.7 -0.00319 9.1 -0.00638 37.8 -0.00957 9.2 -0.00957 37.9 0.00319 9.3 -0.00638
38.
-0.01594 9.4
0.
38.1 -0.00319 02/14/13 2 11 :06:41
AQTESOLV for Windows Pneumatic Siu Test Tim~_fusec) Displacement @_ -0.00319 Time ~ec) 3~ Displacem~gt (ft) -0] )06 9.6 -0.00638 38.3 -0.00319 9.7 -0.00957 38.4 -0.00319 9.8
0.
38.5 0.00638 9.9 -0.01594 38.6 -0.00319
10.
-0.01276 38.7 -0.00638 10.1 -0.00319 38.8 -0.00319 10.2 -0.00957 38.9 -0.00319 10.3 -0.00638
39.

0.
10.4 -0.01594 39.1 0.00957 10.5 -0.01276 39.2 -0.00957 10.6 -0.00638 39.3
0.
10.7 -0.00319 39.4 0.01275 10.8 -0.00957 39.5 -0.00319 10.9 -0.01276 39.6 -0.00957
11.
-0.00319 39.7
0.
11.1
0.
39.8
0.
11.2 -0.00638 39.9 0.00319 11.3 -0.00319
40.
-0.00319 11.4 -0.00638 40.1 0.00957 11.5 -0.00638 40.2 0.00638 11.6 -0.01276 40.3 -0.00319 11.7
0.
40.4 -0.00319 11.8 -0.00638 40.5 0.00638 11.9
0.
40.6 0.00957
12.
-0.00638 40.7 -0.00319 12.1 -0.00319 40.8 -0.00319 12.2 -0.00957 40.9 -0.00638 12.3 -0.01276
41.

0.
12.4 -0.00638 41.1 0.02551 12.5 -0.01276 41.2 -0.00638 12.6 -0.00638 41.3
0.
12.7 0.00638 41.4 -0.00319 12.8 -0.00638 41.5 -0.00319 12.9 -0.00957 41.6 -0.00319
13.
-0.00638 41.7 -0.00319 13.1 -0.00319 41.8 0.00319 13.2 -0.01276 41.9 0.01275 13.3
0.

42.

0.
13.4
0.
42.1 -0.00319 13.5 -0.00319 42.2 -0.00638 13.6
0.
42.3 0.00319 13.7 -0.00638 42.4 0.00319 13.8 -0.00319 42.5
0.
13.9 -0.00638 42.6 0.00638
14.
-0.00957 42.7 0.00638 14.1 -0.01276 42.8 -0.00638 14.2
0.
42.9 -0.00319 14.3 -0.00957
43.

0.
14.4
0.
43.1 -0.00957 14.5 -0.01594 43.2
0.
14.6 -0.00319 43.3 0.01275 14.7 0.00319 43.4 -0.00319 14.8 -0.00319 43.5 -0.00319 14.9 0.00319 43.6 -0.00319
15.
0.00319 43.7
0.
15.1 -0.00957 43.8
0.
15.2 -0.00957 43.9 0.00319 15.3 -0.00638
44.
0.00319 15.4 0.00319 44.1 -0.00638 15.5 -0.00957 44.2 -0.00638 15.6 -0.00638 44.3 -0.00319 15.7 -0.00319 44.4 -0.00957 15.8 -0.00957 44.5
0.
15.9 -0.00957 44.6 0.00638
16.
-0.00638 44.7 -0.00638 02/14/13 3 11 :06:41
AQTESOLV for Windows Pneumatic Siu Test Tim~sec} D~acement (ft) -0:-0095/ Time ~ec) "44. Displacemf ~t (ft) 01J03' 16.2 -0.01276 44.9 0.00638 16.3 -0.00957
45.
0.00638 16.4
0.
45.1
0.
16.5 -0.00319 45.2 0.00319 16.6 -0.00638 45.3
0.
16.7 -0.00957 45.4 -0.00319 16.8 -0.00957 45.5 0.00638 16.9
0.
45.6 -0.00319
17.

0.
45.7 -0.00319 17.1 -0.00957 45.8 0.00638 17.2
0.
45.9 -0.00319 17.3 -0.00638
46.
-0.00319 17.4 -0.00957 46.1 -0.00957 17.5 -0.00319 46.2 0.00957 17.6 -0.00957 46.3 0.00957 17.7 -0.00957 46.4 -0.00319 17.8 -0.00957 46.5 -0.00638 17.9 -0.00957 46.6 0.00638
18.
-0.00957 46.7 0.00319 18.1 -0.00957 46.8 -0.01276 18.2 -0.00957 46.9 0.00319 18.3 -0.00957
47.
0.01594 18.4 -0.00319 47.1 -0.00638 18.5 -0.00638 47.2
0.
18.6 -0.00638 47.3 0.00319 18.7 -0.00319 47.4 -0.00638 18.8 -0.00638 47.5 0.00319 18.9 -0.00638 47.6
0.

19.
-0.00319 47.7 -0.00319 19.1 0.00638 47.8 -0.00319 19.2
0.
47.9 -0.00319 19.3 -0.00957
48.
0.00319 19.4 0.00319 48.1 -0.00319 19.5 -0.00957 48.2 0.00319 19.6 -0.00957 48.3
0.
19.7 -0.01276 48.4 0.01594 19.8 -0.02551 48.5 0.00638 19.9 -0.00957 48.6 -0.00319
20.
-0.00957 48.7 -0.00638 20.1 -0.01276 48.8 -0.00638 20.2 -0.00638 48.9 -0.00319 20.3 0.00319
49.

0.
20.4 -0.00957 49.1
0.
20.5 -0.00638 49.2 0.00638 20.6 -0.00638 49.3 -0.00957 20.7 -0.00638 49.4 0.00638 20.8 -0.01276 49.5 0.00638 20.9 -0.01594 49.6 0.00638 21. -0.01594 49.7 -0.00319 21.1 -0.00638 49.8 -0.00319 21.2 -0.00957 49.9 -0.00319 21.3 -0.01913
50.

0.
21.4 -0.00319 50.1 -0.00319 21.5 -0.00638 50.2
0.
21.6 -0.01913 50.3
0.
21.7 -0.00957 50.4 -0.00319 21.8 -0.01276 50.5 -0.00319 21.9 -0.00638 50.6
0.

22.
-0.01594 50.7 -0.00638 22.1 -0.00319 50.8 -0.00638 22.2 -0.01594 50.9 0.01275 22.3 -0.01594
51.
-0.00638 22.4 -0.00957 51.1
0.
22.5 -0.00957 51.2
0.
22.6 -0.01594 51.3 0.01275 02/14/13 4 11 :06:41
AQTESOLV for Windows Pneumatic Slug Test Time~~ ~- Displacement (ft} -0.00957 Ti_~ r ~ g Disp~3ti~~~t (ft) 22.8
0.
51.5 -0.00638 22.9 -0.01594 51.6 0.00319
23.
-0.00957 51.7 0.00638 23.1 -0.00319 51.8 -0.00638 23.2 0.00319 51.9 -0.00638 23.3 -0.00638
52.
-0.00319 23.4 -0.01276 52.1 -0.00319 23.5 -0.00319 52.2 -0.00319 23.6 -0.00957 52.3
0.
23.7 -0.00957 52.4 0.00319 23.8
0.
52.5 -0.00638 23.9 -0.00319 52.6 -0.00319
24.
-0.01276 52.7 0.00957 24.1 -0.00319 52.8 -0.00319 24.2 -0.00638 52.9 0.00957 24.3 -0.00319
53.
0.00319 24.4 -0.01276 53.1 0.01594 24.5 -0.00957 53.2 -0.00319 24.6 -0.00638 53.3 -0.00319 24.7 -0.00319 53.4 0.00319 24.8 -0.01276 53.5 0.00957 24.9
0.
53.6 -0.00319
25.
-0.01276 53.7 -0.00319 25.1 -0.00319 53.8
0.
25.2 -0.00319 53.9 -0.00957 25.3 -0.01276
54.

0.
25.4 -0.01276 54.1 0.01275 25.5 0.00957 54.2 0.00638 25.6 -0.00319 54.3 -0.00319 25.7 -0.00638 54.4 -0.00319 25.8
0.
54.5 0.00319 25.9 -0.01594 54.6 0.00319
26.
-0.01594 54.7 0.00638 26.1 -0.00957 54.8 0.00319 26.2 -0.00319 54.9
0.
26.3 -0.00319
55.
0.01913 26.4 -0.00957 55.1
0.
26.5 -0.01276 55.2
0.
26.6
0.
55.3 -0.00319 26.7
0.
55.4 -0.00319 26.8 -0.00319 55.5 -0.00319 26.9
0.
55.6 -0.00957
27.
-0.00638 55.7 0.00638 27.1 -0.00319 55.8 -0.00319 27.2
0.
55.9
0.
27.3 0.01275
56.
0.00319 27.4 -0.02232 56.1 -0.00638 27.5 -0.00319 56.2 -0.00319 27.6 -0.00638 56.3 0.00638 27.7 0.02551 56.4
0.
27.8 -0.00638 56.5
0.
27.9 -0.00957 56.6 0.00957
28.
-0.00957 56.7 0.00319 28.1 -0.00638 56.8 0.00638 28.2 -0.00957 56.9 0.00319 28.3 -0.01276
57.

0.
28.4 -0.00957 57.1 0.00957 28.5 -0.00319 57.2
0.
28.6 -0.01276 SOLUTION Slug Test Aquifer Model: Unconfined Solution Method: Springer-Gelhar 02/14/13 5 11 :06:41
AQTESOLV for Windows ln(Re/rw): 4.12 VISUAL ESTIMATION RESULTS Estimated Parameters Parameter ~ Le K = 0.8997 cm/sec Estimate -2550-:-z-0.01745 ft/day ft T = K*b = 3.053E+4 ft2/day (328.2 sq. cm/sec) Le= 0.01745 ft Solution is critically damped when C(D) = 1. NOTES Well Pressure = 43 IN H2O 02/14/13 Pneumatic Slug Test 6 11 :06:41}}

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