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1MW Biomass CHP Industrial On-Site Plant(s)
Wiley|Wilson designed small-scale industrial biomass on-site power systems producing power and process steam at several furniture manufacturing facilities using lumber scraps as fuel. |
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6MW-100,000PPH CT/HRSG Combined Cycle Campus On-Site Power Plant
Wiley|Wilson is in the preliminary design phase for the 6MW-100,000PPH CT/HRSG Combined Cycle Power Plant at a major university. The project includes the water treatment system, power distribution and a structure consistent with the university architectural character. |
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6MW-100,00PPH Coal-Fired CHP Campus On-Site Plant
Wiley|Wilson designed the 6MW turbine generator installation and then later a new coal-fired 100,000PPH boiler for a major university. These project included the turbine/generator floor, coal material handling system, ash handling system, water treatment and controls system. |
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<1MW Small-Scale Steam Turbine
- Campus Distributed Power
Wiley|Wilson designed a distributed pressure energy recovery system for a university campus. Using the pressure drop between the high pressure campus steam distribution system and the low pressure building heating system to operate a small steam turbine/generator.
- Industrial Distributive Power
Wiley|Wilson designed a
distributed pressure energy recovery system for a large industrial
facility steam distribution system. The design uses small steam
turbines to replace the function of pressure reducing valves for
process and building heat steam connections.
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Pilot Scale Solar Array(s) Industrial On-Site Power
Wiley|Wilson is completing the preliminary engineering for solar arrays at a large industrial facility. The project concept is to generate electrical power for specific process applications thru out the facility rather than connecting to the power distribution system. This is a pilot scale application at this time.
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