This project explored the feasibility of implementing hydroelectric turbine systems in wastewater treatment facilities in Massachusetts. An inventory of treatment plant information was obtained, and the Upper Blackstone Water Pollution Abatement District in Millbury, MA was selected for a case study analysis. Based on flow and head data, 19.9 kW of power could be produced, generating 1.1% of the facility\u27s electricity needs; however, the available head was slightly below the turbine specifications. Payback periods were calculated to determine hydropower feasibility for other Massachusetts plants, and 30.9% were potentially feasible based on flow but depending on head
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Hydraulic turbines for energy recovery in wastewater treatment plants, with relatively large dischar...
[EN] Hydropower is a well-known technology, applied worldwide for electricity generation from renewa...
Hydropower is a well-known technology, applied worldwide for electricity generation from renewable s...
This project provides recommendations for water reuse systems that would be beneficial to the Greate...
Wastewater treatment is an energy intensive process often requiring the use of advanced treatment te...
[EN] In upcoming years, water demand is expected to boost worldwide, and with that, wastewater gener...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
The Massachusetts Department of Energy Resources is evaluating waste water energy recovery as a pote...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
In recent decades, academia has elaborated a wide range of technological solutions to recover water,...
In recent decades, academia has elaborated a wide range of technological solutions to recover water,...
Until very recently power management has not been much of a concern to\ud those people managing wast...
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Hydraulic turbines for energy recovery in wastewater treatment plants, with relatively large dischar...
[EN] Hydropower is a well-known technology, applied worldwide for electricity generation from renewa...
Hydropower is a well-known technology, applied worldwide for electricity generation from renewable s...
This project provides recommendations for water reuse systems that would be beneficial to the Greate...
Wastewater treatment is an energy intensive process often requiring the use of advanced treatment te...
[EN] In upcoming years, water demand is expected to boost worldwide, and with that, wastewater gener...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
The Massachusetts Department of Energy Resources is evaluating waste water energy recovery as a pote...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
A major industrial water user in New Mexico discharges approximately 3.8 million gal of wastewater p...
In recent decades, academia has elaborated a wide range of technological solutions to recover water,...
In recent decades, academia has elaborated a wide range of technological solutions to recover water,...
Until very recently power management has not been much of a concern to\ud those people managing wast...
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Use of reclaimed watermunicipal wastewater treatment plant effluentin nonpotable applications can ...
Hydraulic turbines for energy recovery in wastewater treatment plants, with relatively large dischar...