Wastewater Treatment Plant (WWTP)

FACILITY: Water and Wastewater Treatment Plants located throughout North America

PROBLEMS:

Industrial and municipal wastewater treatment facilities require dependable, cost-effective space heating and make-up air heating systems.
WWTP facility operators need safe, reliable heating/ventilating equipment that is energy efficient; has low maintenance costs and will last a long time in this harsh environment.
Year-round ventilation with fresh outside air is required for areas that are exposed to raw sewage, poisonous hydrogen sulfide, volatile methane gas and fumes from caustic chemicals.
Indirect gas-fired systems with heat exchangers require a flue, are not energy efficient and are subject to problems unless expensive corrosion-resistant tubes/fins are specified.

SOLUTIONS:

Genuine Cambridge® direct gas-fired space heaters and make-up air units are the most cost-effective and energy efficient way to provide heating/ventilating for water and wastewater treatment plant applications.
Direct gas-fired Cambridge heaters do not require a heat exchanger or flue. This improves energy efficiency and lowers operating costs.
The Cambridge stainless steel gas burner and stainless steel flame rod reduce maintenance costs and extend service life.
Cambridge “special solutions” include cost-effective construction features to resist corrosion.
All heaters use 100% fresh, non-recirculated outside air to provide required ventilation and improve indoor air quality.
Space heaters with Blow-Thru® technology and make-up air heaters with variable frequency drive (VFD) controls increase energy efficiency and lower operating costs.
Typical WWTP buildings/areas that use Cambridge heaters include: headworks building, sewage pump station, lift station, primary clarifier, sludge dewatering building, process sludge, activated sludge, plant water building, blower area, chlorine room and other applications.

RESULTS:

Engineers, contractors and facility operators have specified and used dependable, energy efficient Cambridge direct fired heating equipment in wastewater treatment plant applications since the early 1980’s.
Case Studies document over 20 year service life in this harsh environment.
Service contractors in the WWTP market now recommend Cambridge heaters as a cost effective replacement for inefficient indirect fired heating systems and inferior quality direct-fired heating systems that are unreliable and have high maintenance costs.

Here is a partial list of water and wastewater treatment facilities that use Cambridge heating equipment in their buildings:

Batavia WWTP – Illinois
Big Springs WWTP – Texas
Bluefield WWTP – Virginia
Blue River WWTP – Missouri
Butler City WWTP – Kentucky
Carmel Waste District – Indiana
Clarksville WWTP – Tennessee
Dayton WWTP – Ohio
Detroit WWTP – Michigan
Duferco Water Treatment – Pennsylvania
Fon Du Lac Waste Management – Wisconsin
Elm Fork WWTP – Texas
Garland WWTP – Michigan
Gloversville-Johnston WWTP – New York
Grandville Sewage Treatment – Michigan
Kewanee Water Plant – Illinois
Leavenworth WWTP – Kansas
Louisville MSD – Kentucky
Maverick Tube WWTP – Kentucky
New Haven WWTP – Connecticut
Newport WWTP – Rhode Island
Northern Ohio Waste – Ohio
North Haven Waste Management – Connecticut
Patchogue Waste Management – New York
Persigo WWTP – Colorado
SCWWA WWTP – Virginia
South River Water Reclamation – Georgia
St. Louis MSD Waste Management – Missouri
Suffolk County Water Authority– New York
Tiptonville WWTP – Tennessee
Umatilla WWTP – Idaho
Valeo Waste Management – Indiana