ML15342A234
| ML15342A234 | |
| Person / Time | |
|---|---|
| Site: | SHINE Medical Technologies |
| Issue date: | 12/08/2015 |
| From: | SHINE Medical Technologies |
| To: | NRC/OCM |
| SECY RAS | |
| References | |
| Mandatory Hearing 2, RAS 28627, 50-608-CP | |
| Download: ML15342A234 (1) | |
Text
Exhibit SHN-009 Resumé ALAN HULL Golder Associates Inc.
Principal--Global Seismic Hazard Practice Leader Dr Hull is a geologist with extensive experience in the evaluation of the sources of earthquake hazard and risk, both for sites and over broad regions. He has led a wide variety of investigations where earthquake hazard has been a critical constraint to project development and design. The studies have involved investigations of the location and activity of faults, and probabilistic and deterministic seismic hazard analyses for sites worldwide. Dr Hull has been appointed as an independent reviewer of seismic hazard assessments in the USA, Chile and Peru, Panama (Panama Canal Authority), China and Vietnam (Intel), New Zealand and Australia. He has authored more than 50 peer-reviewed Education journal publications and more than 150 client-focused reports.
PhD Geological Sciences, Employment University of California, California, Santa Barbara, Golder Associates Inc. - Redmond, Washington 1990 Principal, Seismic Hazard Assessment Services (2001 to Present)
MSc (with Distinction) Global leader of site-specific seismic hazard assessment for hydro and tailings Geology, Victoria University dam sites, high-pressure gas and oil pipelines, mine and oil and gas of Wellington, Wellington, infrastructure; and other mission-critical structures.
N.Z., 1985 Prior to joining Golder, Dr. Hull spent 20 years with GNS Science (New Zealand)
BSc (Hons) Geology, undertaking fundamental and applied research on earthquake hazards and their Victoria University of impacts.
Wellington, Wellington, N.Z., 1977 SHINE Project Role Dr Hull led Golders review, analysis and reporting of interpretations of the Professional sources of past and potential earthquakes within about 200 miles of the SHINE Certifications site. Using the results of these analyses and recent seismic hazardard modelling California Professional by the US Geological Survey, he developed the seismic criteria used for Geologist #7461, liquefaction analysis and seismic design at the SHINE site.
2002 California Certified Related Experience Engineering Geologist Earthquake Ground Motions Development for Shaft Design for OPG, Bruce
- 2315, A Nuclear Power Generation Site, Ontario, Canada. Peer-review of 2004 probabilistic seismic hazard analysis (PSHA) (AMEC-Geomatrix) for the NWMO Deep Geologic Repository site. Selected the design earthquake(s) and associated ground motions to assess the potential impact of earthquake ground motions on the Deep Geologic Repository; and analysis of the response of underground facilities to earthquake shaking. Developed horizontal and vertical peak ground velocities to analyse the seismic performance of the Deep Geologic Repository shaft.
Peer-review of geologic investigations of Yangsang and Ulsan faults for Wolsang Nuclear Power Plant Expansion, South Korea. Independently confirmed and verified field data collected by Korean scientists from structural geological, historical seismicity and tectonic geomorphology analyses.
Undertook aerial photograph and field checks at key localities. Recommended appropriate methods and field sites for further investigations where Quaternary (last 2.6 million years) deformation appeared probable and significant for fault rupture and earthquake ground motions analyses.
1
Exhibit SHN-009 Resumé ALAN HULL Golder Associates Inc.
Principal--Global Seismic Hazard Practice Leader Dr Hull is a geologist with extensive experience in the evaluation of the sources of earthquake hazard and risk, both for sites and over broad regions. He has led a wide variety of investigations where earthquake hazard has been a critical constraint to project development and design. The studies have involved investigations of the location and activity of faults, and probabilistic and deterministic seismic hazard analyses for sites worldwide. Dr Hull has been appointed as an independent reviewer of seismic hazard assessments in the USA, Chile and Peru, Panama (Panama Canal Authority), China and Vietnam (Intel), New Zealand and Australia. He has authored more than 50 peer-reviewed Education journal publications and more than 150 client-focused reports.
PhD Geological Sciences, Employment University of California, California, Santa Barbara, Golder Associates Inc. - Redmond, Washington 1990 Principal, Seismic Hazard Assessment Services (2001 to Present)
MSc (with Distinction) Global leader of site-specific seismic hazard assessment for hydro and tailings Geology, Victoria University dam sites, high-pressure gas and oil pipelines, mine and oil and gas of Wellington, Wellington, infrastructure; and other mission-critical structures.
N.Z., 1985 Prior to joining Golder, Dr. Hull spent 20 years with GNS Science (New Zealand)
BSc (Hons) Geology, undertaking fundamental and applied research on earthquake hazards and their Victoria University of impacts.
Wellington, Wellington, N.Z., 1977 SHINE Project Role Dr Hull led Golders review, analysis and reporting of interpretations of the Professional sources of past and potential earthquakes within about 200 miles of the SHINE Certifications site. Using the results of these analyses and recent seismic hazardard modelling California Professional by the US Geological Survey, he developed the seismic criteria used for Geologist #7461, liquefaction analysis and seismic design at the SHINE site.
2002 California Certified Related Experience Engineering Geologist Earthquake Ground Motions Development for Shaft Design for OPG, Bruce
- 2315, A Nuclear Power Generation Site, Ontario, Canada. Peer-review of 2004 probabilistic seismic hazard analysis (PSHA) (AMEC-Geomatrix) for the NWMO Deep Geologic Repository site. Selected the design earthquake(s) and associated ground motions to assess the potential impact of earthquake ground motions on the Deep Geologic Repository; and analysis of the response of underground facilities to earthquake shaking. Developed horizontal and vertical peak ground velocities to analyse the seismic performance of the Deep Geologic Repository shaft.
Peer-review of geologic investigations of Yangsang and Ulsan faults for Wolsang Nuclear Power Plant Expansion, South Korea. Independently confirmed and verified field data collected by Korean scientists from structural geological, historical seismicity and tectonic geomorphology analyses.
Undertook aerial photograph and field checks at key localities. Recommended appropriate methods and field sites for further investigations where Quaternary (last 2.6 million years) deformation appeared probable and significant for fault rupture and earthquake ground motions analyses.
1