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Biglan, Barbara – 1979
Included in this model are five activities dealing with air quality and sources of air pollution in the urban environment. Activities included are: (1) the nature of the atmosphere; (2) discussion of major pollutants; (3) measuring air quality; (4) inversions; and (5) pollution control. Also included are an overview, teacher background…
Descriptors: Air Pollution, Class Activities, Decision Making, Energy
Treagust, David F. – 1979
This module is intended to increase the students' comprehension of costs, in terms of money and in energy, involved in various modes of transportation. Four main inquiries are covered in the module: (1) money saved by car pooling to school; (2) reductions in fuel consumption possible without car pooling; (3) comparisons of inter-city and urban…
Descriptors: Class Activities, Conservation Education, Curriculum Development, Decision Making
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Jedlicka, Ella, Ed. – 1979
This collection of home economics activities is intended to meet the special needs of home economics teachers who wish to include energy education activities in their curricula. The 45 activities can be used as presented, or can be modified to individual needs or local conditions. Each activity includes: (1) title, (2) objective, (3) activity…
Descriptors: Class Activities, Consumer Education, Curriculum, Energy
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Manyele, S. V. – Educational Research and Reviews, 2007
Due to a stronger dependency on biomass for energy, there is a need for improved technologies in biomass-to-energy conversion in Tanzania. This paper presents a life cycle assessment (LCA) of pyrolysis technology used for conversion of wood and wood waste to liquid biofuel. In particular, a survey of environmental impacts of the process is…
Descriptors: Foreign Countries, Biotechnology, Forestry, Power Technology
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von Hippel, Frank – Bulletin of the Atomic Scientists, 1975
None of society's current sources of electricity are risk free. Fission, oil, and coal power all have the potential for triggering major social or environmental instabilities. The risks associated with nuclear-electric energy must be weighed against those of the alternatives. Suggestions for improving reactor safety are discussed. (BT)
Descriptors: Accidents, Electricity, Energy, Environment
Moore, Elizabeth C. – Appalachia, 1974
The Wilkes-Barre Area Vocational Technical School which is a Total Energy installation is used in this article to illustrate the advantages and disadvantages of Total Energy systems. (JC)
Descriptors: Case Studies, Conservation Education, Costs, Efficiency
Conservation and Renewable Energy Inquiry and Referral Service (DOE), Silver Spring, MD. – 1989
An energy audit is an effective method to determine how much energy a home uses each year, whether the energy is being used efficiently, and where a home wastes energy. This fact sheet describes tools and techniques used for home energy audits, as well as how to perform a do-it-yourself audit. It discusses professionals who conduct home energy…
Descriptors: Energy, Energy Audits, Energy Conservation, Energy Education
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Beery, Williamina T. – Journal of the Air Pollution Control Association, 1974
Condensed versions of prepared statements submitted by participants in a seminar on air pollution control are presented. Topics are organized under the areas of transportation, heat and power, role of the courts, and future federal legislative needs. (DT)
Descriptors: Air Pollution, Energy, Environmental Education, Fuel Consumption
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Chemical and Engineering News, 1975
Describes a model developed to forecast energy demands and determine trends in demand for primary fuels. The energy model essentially considers primary energy sources as competing commodities in a market. (MLH)
Descriptors: Energy, Energy Conservation, Fuel Consumption, Mathematical Models
Robbins, J. A.; Turner, W. C. – Nation's Schools and Colleges, 1975
A technique for routing school buses does not require a computer and saves miles, gas, and dollars. (Author/MLF)
Descriptors: Bus Transportation, Cost Effectiveness, Energy Conservation, Fuel Consumption
Canipe, Stephen – 1982
Rules are provided for this bingo game focusing on terms related to solar, coal, nuclear, hydro, and wind energy. Playing cards and calling cards (to be cut out by the teacher) are also provided. (JN)
Descriptors: Educational Games, Elementary Secondary Education, Energy, Environmental Education
Rump, Erwin E.; Hunter, James L. – 1980
The first step of an energy conservation program is to monitor energy consumption. A system is explained that, in order to determine which buildings are energy efficient (considering all types of energy that a building might use), monitors total energy consumption. All such consumptions can be reduced to a common denominator: Barrels of Energy…
Descriptors: Computation, Elementary Secondary Education, Energy Conservation, Fuel Consumption
Dawson, Joe – 1976
Presented are guidelines for buying solar systems for the individual consumer. This is intended to help the consumer reduce many of the risks associated with the purchase of solar systems, particularly the risks of fraud and deception. Engineering terms associated with solar technology are presented and described to enable the consumer to discuss…
Descriptors: Consumer Education, Energy, Fuel Consumption, Heating
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Blum, S. L. – Science, 1976
Municipal solid waste disposal is becoming complex as costs, wastes, and environmental restrictions increase. Recovery and recycling of materials presents problems of financing, ownership, and operation, technology, and marketing. Energy and materials recovery offers long-term economic and environmental incentives in terms of growing shortages and…
Descriptors: Fuels, Industry, Metallurgy, Municipalities
Eckholm, Erik P. – CERES, 1975
For one-third of the world's people, the energy crisis means the daily scramble to find the wood they need to cook. The accelerating destruction of forests throughout Africa, Asia and Latin America and the utilization of manure as a firewood substitute may produce the most profound ecological crisis of this century. (BT)
Descriptors: Developing Nations, Ecology, Energy, Environment
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