Expert Details
Centrifugal Contactors, Nuclear Separations, Nuclear Process Design
ID: 731814
South Carolina, USA
Have a strong working knowledge of nuclear design codes and safety basis/accident analysis which allows design of nuclear processes that meet applicable standards.
Education
Year | Degree | Subject | Institution |
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Year: 1982 | Degree: Bachelor of Science | Subject: Chemical Engineering | Institution: Drexel University |
Work History
Years | Employer | Title | Department |
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Years: 2012 to 2014 | Employer: General Atomics | Title: Engineer IV | Department: Fission Group |
Responsibilities:He is responsible for developing and testing the Caustic-Side Solvent Extraction process (to remove cesium) for the Salt Waste Processing Facility at the Savannah River Site. This includes development of processes for both the original solvent and the improved solvent. Also responsible for developing a cesium removal flowsheet for the DOE Hanford site. |
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Years | Employer | Title | Department |
Years: 2009 to 2012 | Employer: Savannah River Remediation, LLC | Title: Senior Engineer A | Department: H-Tank Farm Engineering |
Responsibilities:He was the responsible Design Authority for the Modular Caustic-Side Solvent Extraction Unit (MCU) at the Savannah River Site. He developed the skills and technical theory to be recognized as a Subject Matter Expert on the design and operation of centrifugal contactors. He developed flowsheets for the process and tested the design using centrifugal contactors as small as 1" diameter to full-scale 5" and 10" diameter. |
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Years | Employer | Title | Department |
Years: 1998 to 2009 | Employer: Westinghouse Savannah River Company | Title: Senior Engineer | Department: H-Tank Farm Engineering |
Responsibilities:He was an integral member of an interdisciplinary team to select a cesium removal technology to be developed to a full-scale process for use in the SRS H-Tank Farm Area. After down-selecting to four technologies, he designed a test program and performed testing of an ion-exchange process. Ultimately, a counter-current solvent extraction process (CSSX) was selected. He performed small scale testing with both simulant and radioactive salt waste. As the Design Authority, he designed a full-scale process and supervised construction and performed testing at the manufacturer and after installation at the site. The process has run successfully for over six years (design life of 3 years!). |
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Years | Employer | Title | Department |
Years: 1997 to 1998 | Employer: Westinghouse Safety Management Solutions | Title: Senior Engineer | Department: Safety Analysis/Technical Safety Basis |
Responsibilities:He performed safety analysis calculations for processes at the Savannah River Site to support Safety Basis documentation required by the Department of Energy. He also developed Technical Specifications for the facilities adhere to assure compliance with the Safety Basis documentation. |
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Years | Employer | Title | Department |
Years: 1989 to 1997 | Employer: Westinghouse Savannah River Company | Title: Engineer A | Department: Safety Analysis & Quality Assurance |
Responsibilities:He performed safety analysis calculations for potential accident scenarios at Savannah River Site nuclear reactors. He |
Government Experience
Years | Agency | Role | Description |
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Years: 1987 to 2014 | Agency: Department of Energy | Role: Contractor | Description: He functioned in a variety of roles including, Design Design Authority, process design engineer, chemical separations,safety analysis, and quality assurance. Also served as Subject Matter Expert for NNSA. |
Career Accomplishments
Licenses / Certifications |
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Engineer-in-Training |
Awards / Recognition |
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2013 Department of Energy Secretary's Honor Award Finalist - 2012 Chemical Engineering Magazine Personal Achievement Award |
Publications and Patents Summary |
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He has 18 publications in the areas of centrifugal contactors, solvent extraction, and safety analysis. He is regularly called upon to review manuscripts for several technical journals. |