
Conservation Update — November 1996
U.S. Department of Energy The EnergyPubs Disk is produced by NREL and the DOE Office of Energy Efficiency and Renewable Energy's Technical Information Program. It is a compilation of general interest publications produced during fiscal year 1995 on renewable energy and energy efficiency technologies. Files are in an ASCII format that is compatible with any word processing software. Users are encouraged to pull information from these files for use in their own publications. The catalogue and disk are free in limited quantities and can be obtained through the document distribution service at (303) 275-4363 (phone), (303) 275-4053 (fax), or evanss@tcplink.nrel.gov (email). Contact: Anne Jones, (303) 275-3678.
Arizona Contact: Gloria Castro, (602) 280-1410
Hawaii The simplest solar ovens can be made from shoeboxes, aluminum foil, overhead transparencies, and other readily available materials. Even elementary school students can successfully build their own ovens, which can reach 200¡F on a sunny day-warm enough to make 'smores, nachos, or other snacks. Experimenting with solar ovens gives youngsters an opportunity to learn observation skills, data collection, and scientific method. The project also offers extensions in math (e.g., graphing) and social sciences (e.g., deforestation and the plight of African refugees). Solar ovens are a good low-temperature heat source. They can be used to pasteurize pond water in a biology unit (use a microscope to observe the organisms in heated water and in a control sample), and have uses in many other classroom activities. A "Shoebox Solar Cooker" curriculum module was developed by the Hawaii Energy Extension Service with help from district public school teachers. The curriculum was derived from an activity of the Florida Middle School Energy Education Project. The Hawaii Energy Extension Service is a program of the State of Hawaii Department of Business, Economic Development, and Tourism. Contact: Andrea Beck, (808) 933-4558
Iowa Contact: Matt McGarvey, (515) 281-8094
Kansas The primary goal of a University of Kansas (KU) researcher is to demonstrate technology that can convert grass, stalks, trash, farm byproducts, surplus grains, and corn stover-corn stalks without ears-into sugar for use as the primary component in fuel for diesel engines. Galen Suppes, assistant professor of chemical and petroleum engineering, reported that KU researchers have already made these fuels run in conventional diesel engines. Tests have been so successful that a provisional patent application has been filed with the U.S. Patent Office on fuel mixtures, with a final patent application expected to be filed soon. Research shows that a diesel fuel composed of nearly 15 percent water, 20 percent to 30 percent methanol or ethanol, and 50 percent to 75 percent syrup-water and sugar-is an attractive recipe for the fuel. Funding for cetane-improver research into conventional diesel fuel comes from the Kansas Soybean Commission, the KU Energy Research Center, and the Kansas Value Added Center. Contact: Dann Hayes, (913) 864-8854
Kentucky
UPS to Convert 50 Delivery Trucks to CNG Contact: Geoffrey Young, (502) 564-7192
Louisiana To date, this program is saving the participating farmers 3.07 gallons of fuel per acre, $13.51 per acre, and .23 hours of work time per acre. Currently, there are seven parishes with demonstration sites with a combined area of 272 acres. With this average, we can expect savings of $3,682.83, 836.9 gallons of fuel, and 63 hours of work time. This program has been so successful in the local farming community that many farmers plan to adopt such practices in the next season. This project is administered by the Louisiana Department of Natural Resources' Energy Section, in conjunction with Louisiana State University Agricultural Center, and is funded with Petroleum Violation Escrow funds with some matching funds from LSU.
Resource and Information Center LEERIC offers a one-stop energy and environmental hotline service; teaching resources (lesson plans, videotapes, computer software, curriculum guides); workshops and conferences; business materials; specification guides to energy-efficient buildings; nationwide research links; energy and environmental databases; and many other resources that are all free to the public. This program has allowed Louisiana citizens to access thousands of volumes of information on energy and the environment at one central location. Located on the LSU campus, this library has been a valuable tool for students, teachers, researchers, and other interested people. LEERIC is funded by the Louisiana Department of Natural Resources' Energy Section with some matching funds from LSU. Contact: A. Dane Cross, (504) 342-1399
Massachusetts The first facility of its kind in the country, the Renewable Energy Visitors Center will feature a wind-powered turbine, a solar photovoltaic array, and a solar hot water system. The electricity generated by these renewable sources will be used to power the facility's lighting, heating, cooling, and hot water. Surplus electricity will be sold to Massachusetts Electric Company, which is providing technical assistance on the project and maintenance for the completed systems. Bergey Windpower of Norman, Oklahoma, is the manufacturer of the wind turbine. Designed to be visually attractive, the 10-kilowatt wind turbine will sit atop a 100-foot tower which provides no danger or perching opportunities for area wildlife. The center will have interpretive signs, displays, and systems monitoring exhibits which will serve as learning aids for visitors. Future plans include sharing this information electronically through a specially designed Internet site. Contact: Vicki Pitluk, (617) 727-4732
Mississippi Contact: Jesse Graham, (601) 359-6600
Mississippi Lignite Mine Project The mine/power plant is the center of development for an eco-industrial park. An eco-industrial park, in theory, combines energy production, manufacturing, and service industries in one location to promote efficient use of available energy resources-i.e., waste from one industry could be utilized as an energy resource for another, creating an environmentally responsible and economical approach to industrial growth. This eco-industrial park will be the first of its type in the United States. Contact: Bob Smira, (601) 359-6600
North Carolina The storm eventually left 1.8 million residents without power. To restore power, the Energy Division emergency team worked 24 hours a day for the next five days. Team members coordinated recovery efforts among the three major utility companies, 28 cooperatives, and 62 ElectriCities in the state to restore power to affected areas. Within eight days, power was restored to 98.9 percent of the people. Team members also worked with the propane, petroleum, and natural gas industries to coordinate their hurricane response efforts. Together with the National Guard, Highway Patrol, Division of Motor Vehicles, and other state agencies, the Energy Division helped clear the way for 8,500 utility field employees from out of state to join North Carolina work crews to bring full power back to residents. The information obtained by the Energy Division helped the Governor's Office and state officials set up shelters and marshall the equipment needed to clear the roadways for utility company crews. The Energy Division emergency team also met with Federal Emergency Management Agency (FEMA) officials to help them assess the damage inflicted by Hurricane Fran. Energy Division reports were used by the Red Cross and state food banks to determine where the power outages were and where the areas of greatest need existed. Relief efforts by the Red Cross and the food banks in large part were determined by the power outage reports compiled by the Energy Division. Contact:Deborah Lamm, (919) 733-1919
Oregon The Office of Energy has teamed with the Oregon Oil Heat Commission, Northwest Natural Gas, Portland General Electric, Pacific Power, the City of Portland Energy Office, and U.S. Bancorp to promote energy awareness during October. This year's theme is "Home Energy: What's Hot! What's Cool!"
Among the group's accomplishments are:
As of year-end 1995, the Office's programs had saved enough electricity to eliminate the need to build a new power plant and enough natural gas, oil, and other fuels to heat 300,000 homes for one year. In addition, those energy savings cut the energy costs for Oregon businesses, households, and public agencies by more than $200 million a year. Contact:Steve Sautter, (503) 378-8278
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