Neah Power Systems since Jan 2001
Director of Manufacturing
Research Nets, Inc. Jan 1997 - Jun 2001
Manufacturer
University of Washington Sep 1994 - Nov 1996
Operations Coordinator
Education:
University of Washington 1994 - 2001
BS, Metallurgical Engineering
LIncoln East
Skills:
Design of Experiments Semiconductors R&D Spc Engineering Thin Films Product Development Photolithography Silicon Materials Science Cross Functional Team Leadership Fuel Cells Engineering Management Manufacturing Process Improvement Project Management Microsoft Office Electroplating Characterization Solidworks Process Engineering Mems Program Management Failure Analysis Research and Development Continuous Improvement Autocad Management Manufacturing Operations Management Lean Manufacturing Heat Treatment Patent Applications Team Building Facilities Management Quality Assurance Quality Control Corrective Actions Logistics Supplier Management Hazardous Materials Materials Start Ups Leadership Statistica Big Picture View Grants Document Control Customer Engagement Yield Management
Neah Power Systems Electrical/Electronic Manufacturing · Commercial Nonphysical Research · Energy Research & Development Services · Energy Research and Development Services · Renewable Energy Solutions · Marketing Research and Public Opinion Polling · Semiconductors & Related Devices Mfg
22118 20 Ave SE SUITE 142, Bothell, WA 98021 22122 20 Ave SE, Bothell, WA 98021 4254243324, 4254838454
- Bothell WA, US Derek Reiman - Bothell WA, US Corina Margineanu - Bothell WA, US
International Classification:
H01M 8/18 H01M 8/04 H01M 8/08
Abstract:
Methods and systems for regenerating a fuel cell are disclosed, comprising sparging a catholyte liquid with a gaseous oxygen-containing flow stream. In addition, the gaseous byproducts in the catholyte can be collected and then converted to liquid forms for easy disposal. In some embodiments, the regeneration process comprises intermittently regenerating an oxidant flow stream, for example, based on detected conditions. In some embodiments, the regeneration process comprises switching between different modes of oxidant regeneration, for example, based on detected conditions.
Kelli Jensen, John Chism, Tim Byrne, Sandi Elsasser, Brittani Potadle, Jim Edwards, Amanda Hinkle, Todd Cooper, Carl Mccabe, Jessica Shadley, Semor Jackson