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Federal Energy Administration, Washington, DC. – 1976
This publication on energy conservation is designed as a resource material for the classroom. It is divided into three chapters concerning a definition of energy, the conservation of energy, and the uses of energy. For each subtopic within the chapters, there is background information and suggested project topics designed for secondary school…
Descriptors: Conservation Education, Elementary Secondary Education, Energy, Energy Conservation
Hogerton, John F. – 1964
This publication is part of the "Understanding the Atom" series. Complete sets of the series are available free to teachers, schools, and public librarians who can make them available for reference or use by groups. Among the topics discussed are: What Atomic Fuel Is; The Odyssey of Uranium; Production of Uranium; Fabrication of Reactor…
Descriptors: Economics, Energy, Fuels, Natural Resources
Pennsylvania State Dept. of Education, Harrisburg. – 1975
This text was written to accompany a course concerning the need, environmental costs, and benefits of electrical power generation. It was compiled and written by a committee drawn from educators, health physicists, members of industry and conservation groups, and environmental scientists. Topics include: the increasing need for electrical power,…
Descriptors: Adult Education, College Science, Curriculum, Electrical Systems
Schreiber, Melvin; Paige, Haskell E., Sr. – 1976
A school district energy management program reduced oil consumption 34 percent and electrical consumption 20 percent. Low cost modifications to the heating and ventilating equipment in the schools resulted in energy savings that "paid back" the labor plus material costs in less than a year. Each building was placed into an energy…
Descriptors: Cost Effectiveness, Educational Facilities Improvement, Elementary Secondary Education, Energy Conservation
Peer reviewedWheelock, T. D. – Chemical Engineering Education, 1978
This course introduces graduate students and advanced undergraduates to coal science and technology. Topics include: (1) the nature and occurrence of coal, (2) its chemical and physical characteristics, (3) methods of cleaning and preparing coal, and (4) processes for converting coal into clean solid, liquid, and gaseous fuels, as well as coke.…
Descriptors: Chemistry, Course Content, Curriculum, Earth Science
Peer reviewedCowking A.; And Others – Physics Education, 1978
Describes a multi-project pack on central heating systems, developed into an educational game, used for teaching a variety of subjects in high school. The students examine the basic decision to install a central heating system, for a particular house, and the economics involved. (GA)
Descriptors: Cost Effectiveness, Curriculum, Energy, Energy Conservation
Peer reviewedHayes, Denis – Environment, 1978
A discussion of a global timetable for conversion to solar energy uses which includes examinations of intermediate energy sources like ethanol, wind, and methane is given. (MDR)
Descriptors: Conservation (Environment), Energy, Energy Conservation, Environmental Education
Peer reviewedBrooks, Kenneth; Huston, Bruce – CEFP Journal, 1977
An analysis of comparative costs and fuel requirements for summer and winter school operation. (MLF)
Descriptors: Air Conditioning, Climate Control, Costs, Elementary Secondary Education
Peer reviewedVaughan, George B. – Community College Review, 1978
Explores the impending crisis of the energy shortage faced by community colleges which depend heavily on transportation. Suggests mass-transit systems and campus decentralization as possible solutions. (TP)
Descriptors: Community Colleges, Commuter Colleges, Commuting Students, Decentralization
Piper, James E. – American School and University, 1978
The energy audit provides school administrators with the information necessary to determine what the energy conservation options are and how to implement them. (Author/MLF)
Descriptors: Administrator Guides, Elementary Secondary Education, Energy Conservation, Evaluation Methods
Peer reviewedEklund, Sigvard – Bulletin of the Atomic Scientists, 1977
This article reports the status of nuclear power production internationally. Topics discussed include the fuel cycle, environmental aspects, developing countries, and safeguards systems. It is recommended that the development of nuclear energy should be swift to avoid a worldwide energy crisis by the end of the century. (MA)
Descriptors: Depleted Resources, Energy, Energy Conservation, Environmental Education
Spitze, Hazel Taylor – Illinois Teacher of Home Economics, 1978
Presents rationale for teaching resource conservation in home economics education with emphasis on voluntary simplicity as the life-style of the future and suggests fifteen teaching techniques to increase learner awareness of such problems as the energy shortage, rising cost of energy, and the manner in which energy is distributed among income…
Descriptors: Conservation Education, Consumer Economics, Consumer Education, Depleted Resources
Boyd, Jillian – Illinois Teacher of Home Economics, 1978
A home economics classroom designed to conserve energy and encourage students to practice a simpler life-style is described, and a check list of forty-five suggestions for developing the home economics laboratory as an environmental model is presented. (BM)
Descriptors: Conservation Education, Consumer Education, Energy Conservation, Environmental Education
Peer reviewedWittcoff, Harold – Journal of Chemical Education, 1987
Explores some of the ways that lead is being replaced in the production of gasolines. Discusses the effects these changes are having on the chemical industry. Contrasts the use of ethyl alcohol from renewable sources with alcohols depending on the availability of isobutene. (TW)
Descriptors: Chemical Industry, Chemistry, College Science, Energy
Hirsch, Thomas E., III; Shapiro, Robert F. – AGB Reports, 1986
Large institutional energy users can reduce energy costs by constructing and operating steam and electricity cogeneration facilities and purchasing their own gas at lower prices rather than relying on local distributors. (MSE)
Descriptors: Capital Outlay (for Fixed Assets), College Administration, College Buildings, Efficiency


