
doi: 10.2172/5272993
Experimental data is being obtained from operating a high temperature heat pump system. The use of methanol as a working fluid will necessitate careful monitoring of refrigerant temperatures and pressures with chemical analysis performed on the working fluid during scheduled down time. Materials sent to vendors by Auburn University and quotes received by Auburn concerning equipment (compressor, evaporator, condensor, air heater, dryer, two accumulator tanks, and three expansion valves) are discussed. The simulated dryer and two accumulator tanks were designed by Auburn. The detailed design and pricing estimates are included. Additional information is presented on layout and construction; start-up; testing; shut down; scheduled maintenance and inspection; safety precautions; control system; and trouble shooting.
Consumption, Testing, Heat Exchangers, Specifications, Hydroxy Compounds, Recovery, Information, 32 Energy Conservation, Operation, Data, Fluids, Decomposition, & Utilization-- Buildings, High Temperature, Organic Compounds, Heat Pumps, Methanol, Chemical Reactions, Energy Recovery, Demonstration Programs, Document Types, Physical Properties, Numerical Data, Chemical Properties, Waste Heat Utilization, Alcohols, Working Fluids, And Utilization, Manuals, Heat Recovery, Safety, Waste Product Utilization 320100* -- Energy Conservation
Consumption, Testing, Heat Exchangers, Specifications, Hydroxy Compounds, Recovery, Information, 32 Energy Conservation, Operation, Data, Fluids, Decomposition, & Utilization-- Buildings, High Temperature, Organic Compounds, Heat Pumps, Methanol, Chemical Reactions, Energy Recovery, Demonstration Programs, Document Types, Physical Properties, Numerical Data, Chemical Properties, Waste Heat Utilization, Alcohols, Working Fluids, And Utilization, Manuals, Heat Recovery, Safety, Waste Product Utilization 320100* -- Energy Conservation
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