Water remediation pumping systems require large electrical capacity. In most cases, if water is in great demand and short supply, electrical output (grid) is also too expensive due to supply / demand ratios.
The most obvious solution is to design each water facility with an integrated power plant that is compact, efficient, environmentally friendly, scaled to the mission, and flexible in fuel needs.
These units have performed in excess of 50 million hours of satisfactory operation in various climates and conditions.
A range of units from 1.2 mw, 2.5 mw and 10 mw output can be operated independent of or connected to the grid as needed.
Heat Recovery
In addition to the obvious advantages of on-site power generation provided by these turbines is the use of millions of BTUs of waste heat. Harnessing this significant byproduct advantage provides:
- Flash Evaporation – reducing the Reject Brine volume
- Recovery of Additional Water Vapor for condensation and consumption
- “Heat Boost” for Cement Lock (Calcify Solids to Ecomelt)
- Enhanced EDR Performance
- Enhanced Efficiency -Temperature Stability of Feed Water and Turbine Intake