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Conclusion The Echogen ScCO2 cycle holds great promise in providing a flexible, efficient, low cost system for waste heat recovery from a wide variety of applications. Initial testing of the 250kW scale unit has demonstrated that the component and system performance is in line with expectations. The results of this program have been used to guide the initial design of a multi-megawatt scale system for use in large industrial and power generation applications. Acknowledgements The authors wish to thank Mark Terzola of Echogen for his support, review and constructive inputs during the preparation of this technical paper. About the Authors Michael Persichilli is VP Business Development and Strategic Relationships for Echogen Power Systems. Mr. Persichilli is a 30-year veteran in the power generation industry. He was formerly with various operating units of Babcock & Wilcox and Babcock Power Inc. as a senior and executive manager in a number of positions. Timothy Held, Ph.D. is VP Engineering for Echogen Power Systems, where he is responsible for all phases of technology and product development. Prior to joining Echogen in 2008, Dr. Held was at GE Aviation for 13 years as a manager and technical leader for technology and product development of gas turbine combustors for aeronautical and stationary power generation applications. Stephen Hostler, Ph.D. is a Lead Engineer for Echogen Power Systems. He has been involved with all aspects in the development of the Echogen power generation technology since 2007. Dr. Hostler is the Program Manager leading field testing of the 250 kW thermal engine at AEP. Edward Zdankiewicz is a Lead Engineer for Echogen Power Systems. He has been involved with all aspects in the development of the Echogen power generation technology since 2007. Mr. Zdankiewicz has over 30 years experience in product and business development for process systems equipment and controls for international markets involved in regenerative power generation, water reclamation, environmental monitoring and control. David Klapp is a Research Engineer at the American Electric Power’s Dolan Technology Center since 2004. He is also Test Site Manager for the AEP Walnut Test Facility. Mr. Klapp’s research work includes testing and failure analysis of utility system components and development of power electronics systems for distributed grid applications. Prior to AEP, Mr. Klapp conducted research on composite insulators and the detection of dielectric breakdown in power electronics systems at the Clarkson High Voltage Lab, Clarkson University. References (1) Annual Energy Outlook 2010, U.S. Energy Information Administration Office of Integrated Analysis and Forecasting, U.S. Department of Energy; April 2010. (2) Petter Nekså et.al, SINTEF Energy Research Refrigeration and Air Conditioning, Trondheim, Norway, “CO2 Refrigeration, Air Conditioning and Heat Pump Technology”. 8PDF Image | Transforming Waste Heat to Power through Development of a CO2
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