Abstracted Reports and Articles of the HUD Modular Integrated Utility Systems (MIUS) Programs: Prepared for Division of Energy, Building Technology and Standards, Office of Policy Development Research, Department of Housing and Urban Development ...U.S. Department of Commerce, National Bureau of Standards, 1977 - 149 pages |
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8/73 DOCUMENT PREPARED ABSTRACT The paper ABSTRACT This report ACCESSION air conditioning areas ASME Author/HUD RESPONSIBLE ORGANIZATION(S Author/ORNL RESPONSIBLE ORGANIZATION(S building CLASS coal common trenching conventional utility system costs DATE OF ISSUANCE discussed district heating economic efficiency energy storage engines equipment ERDA ESOP feasibility fluidized bed fluidized bed combustion fuel gas turbine heat recovery heating and cooling housing HUD Interagency Agreement HUD-MIUS Program HUD's IECEC incineration included Integrated Utility Systems Jersey City ment MIUS applications MIUS concept MIUS installations MIUS Program MIUS systems MIUS Technology Evaluation Modular Integrated Utility NASA NASA-JSC NTIS operating ORNL performance potential presented PROCUREMENT SOURCE Project Pyrolysis REFERENCE SOURCE reports and articles SINDA solid waste subsystems summarizes T.E. system technical thermal energy thermal energy storage tion TITLE Total Energy Systems TOTAL PAGES TOTAL REFERENCES CITED treatment Urban USPO utility services Utility Systems MIUS waste heat wastewater
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Page 78 - These systems employ a primary source of energy, such as oil, natural gas, or solar heat to provide comprehensive energy requirements in the form of light, heating, cooling, air conditioning, drying, process heat, and power for an industrial plant or for a commercial or public building. Included are schemes for electricity generation, waste heat recovery, and direct power drive of mechanical equipment coupled to a prime mover.