Feasibility of cogeneration energy supply for Oakland Airport terminal facilities: Consultant report. Final report
The feasibility of using a cogeneration system at the Oakland Airport main terminal to provide electric power, heating, and cooling needs is evaluated. Both a reciprocating engine (Otto Cycle) or a combustion turbine (Brayton Cycle) were considered. Waste heat is used for space and water heating along with cooling from absorption chillers. Natural gas engine equipment is the most efficient and cost effective technology for this particular project and would provide 700 kW of electricity, and all of the heating and cooling energy needs. The plant will cost approximately $852,000 to construct, produce annual net operating revenues of approximately $194,000, have an internal rate of return of 19% and an estimated payback period of 4.4 years. This plant will conserve the energy equivalent of 161,000 gal oil per year. Atmospheric emissions can be sufficiently controlled with catalytic converters or water injection. Noise suppression would impose no practical restrictions. Several financing oportunities were considered, either revenue bonds or internal financing by the Port Authority would appear possible.
- Research Organization:
- California Energy Commission, Sacramento (USA)
- OSTI ID:
- 5262945
- Report Number(s):
- P-500-80-029
- Country of Publication:
- United States
- Language:
- English
Similar Records
Feasibility of cogeneration energy supply for Oakland Airport terminal facilities
Airport to use cogenerated steam, electricity to run chillers
Related Subjects
290800 -- Energy Planning & Policy-- Heat Utilization-- (1980-)
32 ENERGY CONSERVATION, CONSUMPTION, AND UTILIZATION
320201* -- Energy Conservation
Consumption
& Utilization-- Transportation-- Air & Aerospace
AIRCRAFT
AIRPORTS
BRAYTON CYCLE
CALIFORNIA
CATALYTIC CONVERTERS
CO-GENERATION
DEUS
EFFICIENCY
ENERGY CONSERVATION
ENVIRONMENTAL EFFECTS
EQUIPMENT
EVALUATION
FEASIBILITY STUDIES
NOISE POLLUTION
NORTH AMERICA
OTTO CYCLE
POLLUTION
POLLUTION CONTROL EQUIPMENT
POWER GENERATION
STEAM GENERATION
THERMODYNAMIC CYCLES
USA
WASTE HEAT UTILIZATION
WASTE PRODUCT UTILIZATION
WESTERN REGION