ConocoPhillips, Penn State award 2010 energy prize to Rural Cogeneration

October 18, 2010

Electricity and hot water for remote, off the grid health clinics and schools is the focus of the "Small Scale Solar Organic Rankine Cycle for Rural Cogeneration" project that is the winner of the 2010 ConocoPhillips, Penn State Energy Prize.

The ConocoPhillips Energy Prize recognizes new ideas and original, feasible solutions in three areas that can help improve the way the U.S. develops and uses energy: developing new energy sources, improving energy efficiency and combating climate change.

Matthew Orosz and team STG have developed a solar generator that could bring electric power to remote areas around the world. As in large solar generating plants, mirrors feed the sun's energy to run a small, Rankine engine using a low temperature fluid to generate electricity and waste heat to provide hot water.

There are more than 30,000 health clinics in Africa, South Asia and South America that are off the grid and many more schools. The team plans to manufacture most of the solar collector parts and engine locally and to train local people to maintain the equipment. These cogeneration plants could also be used in remote off the grid locations in the U.S.

STG originated in Cambridge, Mass. at the Massachusetts Institute of Technology and they are currently testing their cogenerator in Lesotho.

More than 200 entries were submitted for evaluation by a panel of energy and environmental experts, which selected five finalists on the basis of creativity, scalability, commercial viability and sustainability.

The first runner up was Gregory Stephanopoulos, professor of chemical engineering, Massachusetts Institute of Technology, for "Bioprocess and Microbe Engineering for Total Carbon Utilization in Biofuel Production," an approach that uses either carbon dioxide alone or with plant carbohydrates to produce biofuels. The process uses a specially designed microbe that can convert carbohydrates to oil and carbon dioxide, and another microbe converts the carbon dioxide to ethanol or other organic substances.

The second runner up was Mark Venettozi for "Epitrochoidal Crankshaft" an innovation that improves the power output and efficiency of an internal combustion engine. The new crankshaft design allows the engine to use the energy produced by the entire piston stroke improving power and energy efficiency.

Also among the five finalists were C. Charles Dismukes, professor and Martha Greenblatt, Board of Governor professor, department chemistry and chemical biology, Rutgers University, for "Renewable Fuels from Sunlight: Bioinspired Catalysts for Solar-Driven Water Splitting," a process that uses a solar powered photovoltaic cell and specially designed organic catalysts to product hydrogen fuel from water. Hydrogen is a renewable clean fuel that does not produce greenhouse gases.

And Pedro Santos and team, OsComp Systems for "Hybrid Rotor Compressor/Expander for Compressed Air Energy Storage," uses a non-geographically tied approach to compressed air for energy storage. The process uses off-the-shelf gas industry piping and a water-cooled hybrid rotor compressor to compress air that can be stored above ground and used as an energy source at a later time.

Each of the five finalists received an award of $25,000 to further the development of their concept. The winner received an additional $100,000; the first and second runners-up received an additional $50,000 and $25,000 respectively.

The awards were presented Oct. 18 at a ceremony held at ConocoPhillips corporate offices in Houston following formal presentations by the five finalists to the panel of judges. The judges were: Charles Bierbauer, dean, Mass Communications and Information Studies, University of South Carolina; Ralph Cicerone, president, national Academy of Sciences; Peter Jackson, Senior Director, Oil Industry Activity, Cambridge Energy Research Associates; James Kimble, Fellow, Biofuels and Long-Range Technology (retired), ConocoPhillips; and Chunshan Song, director, Earth and Mineral Sciences Energy Institute and professor of fuel science and chemical engineering, Department of Energy and Mineral Engineering, Penn State.

In 2009, ConocoPhillips and Penn State awarded the ConocoPhillips Energy Prize to Scott Anderson, Palm Beach, Fla., and Kenai, Alaska and his team for the ECO-Auger, a hydrokinetic machine that converts moving water from river and ocean currents to renewable electric energy.
-end-
More information about the prize and the finalist is available at www.conocophillips.com/energyprize.

Penn State

Related Energy Storage Articles from Brightsurf:

Reviewing multiferroics for future, low-energy data storage
Big data and exponential demands for computations are driving an unsustainable rise in global ICT energy use.

The perfect angle for e-skin energy storage
Researchers at DGIST have found an inexpensive way to fabricate tiny energy storage devices that can effectively power flexible and wearable skin sensors along with other electronic devices, paving the way towards remote medical monitoring & diagnoses and wearable devices.

Upcycling plastic waste toward sustainable energy storage
UC Riverside engineering professors Mihri and Cengiz Ozkan and their students have been working for years on creating improved energy storage materials from sustainable sources, such as glass bottles, beach sand, Silly Putty, and portabella mushrooms.

Chemists advance solar energy storage aimed at global challenges
Multi-university effort develops solar energy storage to enable decentralized electrification systems in remote areas.

Energy-saving servers: Data storage 2.0
A research team of Mainz University has developed a technique that will potentially halve the energy required to write data to servers and make it easier to construct complex server architectures.

Energy storage using oxygen to boost battery performance
Researchers have presented a novel electrode material for advanced energy storage device that is directly charged with oxygen from the air.

New material, modeling methods promise advances in energy storage
The explosion of mobile electronic devices, electric vehicles, drones and other technologies have driven demand for new lightweight materials that can provide the power to operate them.

Finding balance between green energy storage, harvesting
Generating power through wind or solar energy is dependent on the abundance of the right weather conditions, making finding the optimal strategy for storage crucial to the future of sustainable energy usage.

Diamonds shine in energy storage solution
QUT researchers have proposed the design of a new carbon nanostructure made from diamond nanothreads that could one day be used for mechanical energy storage, wearable technologies, and biomedical applications.

Gas storage method could help next-generation clean energy vehicles
A Northwestern University research team has designed and synthesized new materials with ultrahigh porosity and surface area for the storage of hydrogen and methane for fuel cell-powered vehicles.

Read More: Energy Storage News and Energy Storage Current Events
Brightsurf.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.