|
|||||||||||||||||||||||||||||||||||||
| Investor Relations | Royalty Payments | Contact Us | Home | |||||||||||||||||||||||||||||||||||||
|
|||||||||
|
|||||||||
1. U.S. Electricity Prices increased 10.9% April '04 to '05 **************************************************
3. NYTimes Editorial on Ethanol, May1
That, in turn, has focused attention on the fuel that seems to have the best chance of replacing gasoline - ethanol. President Bush mentioned ethanol in his State of the Union address. Entrepreneurs like Bill Gates have begun investing in it. And every blue-ribbon commission studying energy has embraced ethanol as a fuel of the future. One leading environmental group, the Natural Resources Defense Council, predicts that ethanol, combined with other strategies, could replace all of the gasoline Americans would otherwise use by mid-century. [Please see http://www.nytimes.com/ and search the online archives for the complete article. A fee may be attached for access. - Webmaster]
************************************************** May 1. The California Clean Tech Open, a competition that features the nation's largest cash and service prizes devoted to environmentally-conscious technology development, has begun accepting applications. Clean Edge is a media sponsor of the competition. This inaugural competition offers cash prizes of $50,000 and a package of professional services, including legal and accounting services, public relations consulting and one year of office space. There will be five category prizes -- one each in energy efficiency, smart power, transportation, water management, and renewable energy -- and an overall winner, which will receive an additional $50,000, for a total of $100,000. Approximately 50 finalists, 10 from each category, will be selected by a panel of judges and asked to develop complete business plans to be presented at an event in September in San Francisco. The top 50 contestants will have the opportunity to exhibit at the finals event in front of potential investors and other invited guests. To be considered, applications must include an executive summary of a business concept that falls into one of five clean-tech categories. The competition will accept applications until May 19. Complete rules and eligibility criteria are available at www.cacleantech.com/contestants.
********************************* Open Forum openparcforum@parc.com PARC FORUM Thursday, May 4th 4:00 - 5:00 p.m. Speaker: Ilan Gur, National Science Foundation Fellow, Department of Materials Science & Engineering, UC Berkeley Abstract: Nanotechnology-based photovoltaics are touted as the next generation of solar cells, cheap and efficient enough to have a large-scale impact on global electricity production. But how does one separate the hype from the real promise? This talk will provide a framework by which to assess the true benefits, limitations, and potential impacts of nanoscale technologies. Applying this framework, we will evaluate several applications that demonstrate the potential of nanotechnology to shape the future of one of our century's most important industries: photovoltaic solar power. -- DRIVING DIRECTIONS: http://www.parc.com/about/directions.html --------------------------------------------------------- Palo Alto Research Center Inc. Phone: (650) 812-4000 3333 Coyote Hill Rd Palo Alto, CA 94304 http://www.parc.com
To apply for this position submit a cover letter, resume, and writing sample to Susan Kulakowski at susank@bonair.stanford.edu by May 26, 2006.
*************************************************************** Bruce Logan, Kappe Professor of Environmental Engineering, and Director of the Penn State Hydrogen Energy (H2E) Center, Penn State University Microbial fuel cells (MFCs) represent a new approach to renewable bioenergy production and simultaneous wastewater treatment. We have shown that it is possible to directly generate electricity from virtually any biodegradable organic matter using bacteria as the biocatalyst. To produce current, bacteria transfer electrons obtained from the oxidation of organic matter to an electrode under anaerobic conditions. The electrons flow to the counter electrode (cathode) where they combine with oxygen and protons (from the anaerobic chamber) to form water. With an easily degraded substrate like glucose, we can produce up to 1500 mW/m2 (based on anode surface area). Using domestic wastewater, it is possible to generate up to 500 mW/m2 while at the same time achieving wastewater treatment (>80% - 99% BOD removal). These power densities and treatment levels are sufficient to make energy recovery from wastewater feasible in the near future due to the high surface areas currently used in some wastewater treatment plants. By modifying the MFC by removing oxygen, and adding a small voltage to the circuit, it is also possible to produce hydrogen gas instead of electricity. Using acetate, we can produce 2.9 moles of hydrogen per mole of acetate (versus a maximum theoretical yield of 4 mol/mol). These findings show that it is possible to recover bioenergy in the form of electricity or hydrogen from domestic and industrial wastewaters, and other waste biomass materials. Further development of these technologies could lead to wastewater treatment processes that are net energy producers rather than consumers, and one day to a completely new method of renewable energy generation. *************************************************************
********************************** 9. Job: Competitive Energy Services - Energy Analyst, Portland, Maine
In addition to energy procurement and supply services CES is involved in a number of interesting and innovative projects: - Advising the owner of a 40 MW hydroelectric facility on its recent sale for $144 million - Developing a proposed 4.5 MW wind turbine development in mid coast Maine - Advising several manufacturing clients on electric demand response programs - Conducting on-site cogeneration feasibility studies for a hospital, a wood products company, a university campus and a major national laboratory - Acting as consultant to the largest electricity aggregation in Texas - Advising colleges on the procurement of Renewable Energy Credits and biodiesel fuels Responsibilities: CES is a small and dynamic energy company. The successful applicant will be asked to participate in all aspects of the business. Initial responsibilities will include the following: - Assistance in evaluation of energy markets and preparation of weekly client newsletter - Creation and management of spreadsheets with market pricing and customer usage data - Modeling of gas and electric utility rate tariffs - Forecasting customer budgets and preparing energy use projections - Assisting in fuel switching analysis - Assisting in the design and implementation of fuel arbitrage strategies - Preparation of reports, presentations and other client deliverables - Acting as a point of contact for clients and competitive energy suppliers Requirements: - College graduate with a BA/BS degree in engineering, math, science or economics. - Energy industry experience is a plus but not required. - Excellent spreadsheet skills. Database skills a plus but not required. - Strong writing skills. - Creative and analytical thinker. Please send resume and cover letter to Andrew Price at aprice@energymaine.com. CES offers a competitive salary and benefits package. CES's Portland office is located in the heart of Portland's scenic Old Port. Position is open until filled. Andrew Price - Senior Energy Analyst & Project Manager
|
|||||||||
|
|||||||||||||||||||||||||||