July 15th, 2013

The idea of removing CO2 from the atmosphere was considered as a method of mitigating the potential impact of global warming as early as the mid-1960s. Since that time several potential techniques have emerged as practical proposals. These include designs for 'air capture' machines that use chemical processes to directly remove carbon from air. The use of such machines offers opportunities to collect and store atmospheric CO2 without geographical constraint, effectively decoupling the location of capture from that of the emissions source.

Job Title: 
Head of Energy and Environment
Organization: 
Institution of Mechanical Engineers

Dr Tim Fox CEng FIMechE CEnv FRSA

Tim Fox has a wide range of research and engineering practice experience gained across many industrial sectors including nuclear power, oil & gas, chemical processing and renewable energy. He has worked in commercial enterprises, government agencies and educational institutions in the UK, Australia, Canada and The Netherlands. Tim is currently Head of Energy and Environment at the Institution of Mechanical Engineers (IMechE) in London. His role involves developing and communicating the Institution’s policies on energy, environment and sustainability issues, authoring thought-leadership reports and providing input to government policy making. He regularly talks on these topics and frequently appears in the national and international press and broadcast media.

Dr Fox was the lead-author on Institution’s climate change series of reports and papers including ‘Negative Emissions and Carbon Recycling: Air Capture’ and 'BECCS for Electricity: Land Use Tensions'. He is a Chartered Engineer, Chartered Environmentalist and Fellow of both the Institution of Mechanical Engineers and Royal Society of Arts.

Profile Type: 
Speaker
June 20th, 2013

Energy Technology and Governance Program

             

June 14th, 2013

Energy Technology and Governance Program

             

June 20th, 2013

Steve Mitnick, a former chief energy adviser to the governor of New York and a former power transmission company executive, led an unprecedented two-year study of hundreds of millions of monthly electric bills and hundreds of thousands of power outage reports. The study produced surprising new findings with major public policy implications.

June 7th, 2013

Energy Technology and Governance Program

             

June 1st, 2013
USEA Now
Job Title: 
President & CEO
Organization: 
GE Power & Water

Steve Bolze was named President and CEO, Power & Water in 2008. The business is one of the leading providers of efficient and reliable power generation technologies and services, as well as water and process technologies. Bolze also chairs the GE-wide Services Council, which develops and spreads best practices across the company’s services divisions. Steve is also a member of the GE Corporate Executive Council and serves as an executive sponsor for the GE Hispanic Forum.

Power & Water’s products and services cover gas, steam, wind, nuclear, aeroderivative turbines, solar, gas-fueled reciprocating engine generators, turnkey power plant services, gasification technologies, Integrated Gasification Combined Cycle (IGCC) systems, desalination, water purification on treatment equipment and chemicals, and industrial water applications. Through its broad range of services offerings, Power & Water empowers customers to achieve cleaner, smarter, and more efficient operations by helping them to control costs, expand revenue and maintain compliance.

Headquartered in Schenectady, N.Y., the business serves customers in over 160 countries with a network of global sales, technology, service, repair and manufacturing centers and employs more than 40,000 people.

Bolze began his GE career in 1993 as the Manager of Mergers and Acquisitions for GE Corporate Business Development. In 1995, he joined GE Energy as the Manager of Competitive Strategies and later became the Product Line Leader for large steam turbines. He subsequently held leadership roles in Energy’s Services business including President and General Manager of Energy Management Services. In 2002, Bolze moved to GE Healthcare as the General Manager for Functional and Molecular Imaging. In 2003, he was appointed a Company Officer and became Vice President, Amersham Integration based in London. He served as the President and CEO of GE Healthcare International based in Paris, France. In 2005, Steve was named as Vice President for Power Generation for GE Energy.

Bolze holds a bachelor’s of science degree in electrical engineering from Duke University and an MBA from the University of Michigan.

June 25th, 2013

Edward S. Rubin, Professor of Environmental Engineering and Science at Carnegie Mellon, will provide an overview of the recently released paper entitled "Toward a Common Method of Cost Estimation for CO2 Capture and Storage at Fossil Fuel Plants".  The paper, co-authored with experts from U.S. Department of Energy, International Energy Agency, IEAGHG, Electric Power Research Institute, Global CCS Institute and ZEP, calls attention to the different assumptions and methods used to estimate CCS costs.

January 1st, 2013
Annual Reports