Solar & Power Generation
Power generation is a water intensive process with most of the water used for condenser cooling. The degree of water reuse in the cooling towers is limited by dissolved solids in the water, primarily calcium hardness and silica. Most of the wastewater produced by power plants is cooling tower blowdown. Silica concentrations frequently limit the cycles of concentration in the cooling tower circulating water.
Off line settling and scrubber evaporation ponds are common ways for power plants to process large water volumes without a direct surface water discharge. Mechanical evaporation systems are common ways to lower pond water volume as well.
RRE Mechanical Evaporators provide a solution to the problem of meeting the practicality of zero discharge associated with evaporation and offer a cost effective way to lower water volumes of contaminated water sources.
Mechanical evaporation systems can be used to lower existing pond volumes, thus allowing enhanced evaporation without re-engineering, re-permitting, and enlarging existing ponds. RRE Evaporation Machines can rapidly increase the evaporation process, with up to 16 times more efficiency than space taken by the same area of pond. RRE Evaporation Machines are relatively compact, reliable and efficient and can be transported to different sites as necessary. They can be a low cost addition to enhance evaporation on existing containment ponds or to minimize new pond surface area.
We offer complete process water solutions, from initial site analysis to remote centralized computer control systems.
Learn more about RRE’s processed water evaporation technologies.
Industries We Work With
We offer complete process water solutions, from initial site analysis to remote centralized computer control systems.
Food Products & Manufacturer
Solar and Power Generation
Landfills That Produce Leachate
Oil and Gas Producing Companies
Mining Industries
Red Rock Evaporation Services
We provide reliable, cost effective, custom engineered modular designed evaporation systems with zero amount of overspray.