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Ackerman, Allan D.; And Others – 1975
This book is designed to answer energy conservation questions about the home. It explains what energy conservation procedures are most efficient and under what conditions. Means for estimating the financial cost of these energy-saving home improvements are included. The book is divided into four parts: (1) A quick look at your home; (2) A closer…
Descriptors: Climate Control, Conservation Education, Consumer Science, Energy Conservation
Making the Most of Your Energy Dollars in Home Heating & Cooling. NBS Consumer Information Series 8.
Jacobs, Madeleine; Petersen, Stephen R. – 1975
This pamphlet is a homeowner's guide to home weatherization. It provides a step-by-step energy audit that anyone can use to help determine the insulation needs of their home. This is not a "how-to-do-it" booklet, but is a guide by which homeowners can determine the best combination of improvements for their house, climate, and fuel…
Descriptors: Climate, Climate Control, Consumer Education, Economic Factors
Rudoy, William – School Business Affairs, 1976
Descriptors: Architectural Research, Climate Control, Elementary Secondary Education, Energy Conservation
Fiester, Kenneth – Worklife, 1977
Describes various energy-related projects and legislation, with new job estimates, to improve or design buildings and methods to reduce the annual growth in energy consumption by reducing gasoline consumption, cutting oil imports, increasing coal production, insulating buildings, and installing solar energy devices. (MF)
Descriptors: Climate Control, Employment Opportunities, Employment Projections, Energy Conservation
Windheim, Lee Stephen – Building Research, 1973
A classification system for analyzing the dynamics of energy consumption in building components. (Author/MF)
Descriptors: Building Systems, Classification, Climate Control, Cost Effectiveness
Wiley, James R. – 1988
Analyzed is the energy management program implemented in 1984 at the Akron Public Schools of Ohio. The program was implemented to address the problems of rising utilities costs and uncontrollable energy use. Background information ranging from simple attendance statistics to the utilities budget are provided as well as the procedure for choosing…
Descriptors: Automation, Budgeting, Building Operation, Climate Control
Johnston, Archie B. – 1981
Drawing from Tallahassee Community College's (TCC's) experiences with energy conservation, this paper offers suggestions for reducing energy costs through computer-controlled systems and other means. After stating the energy problems caused by TCC's multi-zone heating and cooling system, the paper discusses the five-step process by which TCC…
Descriptors: Climate Control, Community Colleges, Computer Oriented Programs, Costs
Kansas State Board of Regents, Topeka. – 1977
A checklist of energy consumption reduction measures for universities is provided with the intent of achieving rapid and significant energy savings at minimal cost. Measures described should be within the scope of accomplishment by regular university operating and maintenance personnel. The measures involve non-technical actions such as adjusting…
Descriptors: Campus Planning, Climate Control, College Buildings, Educational Facilities

Brooks, 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
Canadian School Trustees Association, Ottawa (Ontario). – 1987
This booklet provides the basic information for starting an energy conservation program. Guidelines for involving all school personnel and promoting energy conservation throughout the entire Canadian education system are provided. Outlined in the booklet are methods for climate proofing the building envelope and making the system air tight,…
Descriptors: Administration, Building Operation, Climate Control, Conservation Education
American School and University, 1977
Describes schools that have installed solar energy heating and cooling systems. (Author/MLF)
Descriptors: Building Innovation, Building Systems, Climate Control, Elementary Secondary Education
Gale, Joseph – New Jersey School Leader, 1974
The Piscataway (New Jersey) high school uses recessed windows and an integrated heat recovery system, made possible by its modular design, to conserve energy. Available from: New Jersey School Boards Association, P.O. Box 909, Trenton, New Jersey 08605. (Author/MLF)
Descriptors: Classrooms, Climate Control, Cost Effectiveness, Energy Conservation
State Univ. of New York, Ithaca. Coll. of Human Ecology at Cornell Univ. – 1977
This cooperative extension publication from Cornell University is a guide for energy conservation in homes, apartments, and transportation. Written in non-technical language, this guide provides the layperson with information about weatherization, home appliance use, recreation and transportation practices to conserve energy and, thus, save money.…
Descriptors: Climate Control, Conservation Education, Economic Factors, Energy
Eccli, Eugene; And Others – 1977
This publication is a collection of inexpensive energy saving tips and home improvements for home owners, particularly in low-income areas or in older homes. Section titles are: (1) Keeping Warm; (2) Getting Heat Where You Need It; (3) Using the Sun; (4) Furnaces, Stoves, and Fireplaces; (5) Insulation and Other Energy Needs; (6) Do-It-Yourself…
Descriptors: Climate, Climate Control, Community Action, Economic Factors
Marsee, Jeff – 1979
After reviewing the physical plant environment and temperature control equipment at Eastfield College (Texas), this paper explains how redirected efforts toward energy conservation can result in important cost/usage savings. Electricity billing rates are explained to provide a stronger usage strategy for cost effectiveness. Two methods of reducing…
Descriptors: Air Conditioning, Building Operation, Climate Control, Community Colleges