Power Plant Upgrades

	7MW Gas-Fired Industrial Combined Heat and Power: Power Uprate Project Wiley\|Wilson designed several project to increase the power boiler capacity and resolve steam line cracking issues: Economizer system analysis and modifications to increase energy recovery by 30% New feedwater pump for desuperheater and PRV station New small feedwtaer pump for low steam use periods with a turbine system for power generation and 15psi steam supply to the deaerator system. Pipe stress analysis using ALGOR cyclic fatigue analysis.
	60,000PPH Central Plant Boiler: Mud Drum Heater System Wiley\|Wilson designed a mud drum heater system for a university central plant steam boiler to allow improved cold start and decrease corrosion.
	Central Plant Coal-Fired Combined Heat and Power: Multiple Projects Wiley\|Wilson has designed steam plants and chiller plants for Virginia Tech since 1918. Our legacy projects include three 60,000PPH gas/oil-fired steam boilers and a 100,00PPH coal fired power boiler. In recent years, we have completed designed for several modifications under a term contract with the university. New fly/bottom ash storage silo, conveyors and truck loading station. New fly ash/lime waste silo to separate for beneficial use New lime storage, slurry systems and spray dryer absorber for flue gas desulfurization. Replaced forced draft and induced draft fans for boiler uprates.
	10MW Hydroelectric Power Plant: Penstock Replacement Wiley\|Wilson designed the steel pipe replacement of a 70 inch wood stave penstock that supplies water to the 10MW turbine generator located at the Danville Power & Light Pinnacles Hydro Complex.
	6MW Hydroelectric Power Plant: Power Uprate Wiley\|Wilson designed the uprate of this existing hydroelectric facility, including new turbines and housing, new head gate structure, and new intake structure.
	20MW Peaking Plant: Preliminary Design Wiley\|Wilson completed preliminary design for the site slope stability, foundation and a cooling water supply study for a FPL peaking plant adjacent to the James River. The study included a seven mile pipe routing plan, pumping system and construction cost estimates.

	7MW Gas-Fired Industrial Combined Heat and Power: Power Uprate Project Wiley\|Wilson designed several project to increase the power boiler capacity and resolve steam line cracking issues: Economizer system analysis and modifications to increase energy recovery by 30% New feedwater pump for desuperheater and PRV station New small feedwtaer pump for low steam use periods with a turbine system for power generation and 15psi steam supply to the deaerator system. Pipe stress analysis using ALGOR cyclic fatigue analysis.
	60,000PPH Central Plant Boiler: Mud Drum Heater System Wiley\|Wilson designed a mud drum heater system for a university central plant steam boiler to allow improved cold start and decrease corrosion.
	Central Plant Coal-Fired Combined Heat and Power: Multiple Projects Wiley\|Wilson has designed steam plants and chiller plants for Virginia Tech since 1918. Our legacy projects include three 60,000PPH gas/oil-fired steam boilers and a 100,00PPH coal fired power boiler. In recent years, we have completed designed for several modifications under a term contract with the university. New fly/bottom ash storage silo, conveyors and truck loading station. New fly ash/lime waste silo to separate for beneficial use New lime storage, slurry systems and spray dryer absorber for flue gas desulfurization. Replaced forced draft and induced draft fans for boiler uprates.
	10MW Hydroelectric Power Plant: Penstock Replacement Wiley\|Wilson designed the steel pipe replacement of a 70 inch wood stave penstock that supplies water to the 10MW turbine generator located at the Danville Power & Light Pinnacles Hydro Complex.
	6MW Hydroelectric Power Plant: Power Uprate Wiley\|Wilson designed the uprate of this existing hydroelectric facility, including new turbines and housing, new head gate structure, and new intake structure.
	20MW Peaking Plant: Preliminary Design Wiley\|Wilson completed preliminary design for the site slope stability, foundation and a cooling water supply study for a FPL peaking plant adjacent to the James River. The study included a seven mile pipe routing plan, pumping system and construction cost estimates.

WileyWilson

Power Plant Upgrades