RWI Enhanced Evaporation
Wastewater Evaporator Manufacturer
RWI Enhanced Evaporation extends service beyond simply supplying products. We pride ourselves on our quality service & support and strive to continually improve our products with the newest, most efficient and reliable innovations. Our goal is to optimize & maximize your operations. We work to identify savings through improved product life, reduced maintenance costs, and reduced energy consumption — all combined to improve your bottom line.
RWI Enhanced Evaporation currently has evaporation equipment in 30 states and 17 countries in many different industries. We have the ability to evaporate all types of water in a variety of environments including the ability to evaporate wastewater, evaporate production water, evaporate storm runoff water, and much more. We offer floating evaporators as well as trajectory evaporators; our 2.0 evaporation systems are the most efficient evaporator on the market. Leading the industry with the lowest energy consumption available the 2.0 evaporation series has also increased evaporation rates.
With a history of unparalleled service, support, and safety, RWI Enhanced Evaporation continues to provide expert service to get the job done efficiently and effectively!
Why RWI?
Our science-based design was created to allow the water lofting system to minimize droplet collision. This design sends the droplets on a well-formed trajectory path, which allows the droplets to shrink in flight rather than drying out completely. RWI’s unique air foil design creates an air flow that minimizes energy consumption. We have both land and pond-based systems to enhance the sun’s natural evaporation. Depending on your pond size, water quality, and geographical location, we will help you determine the best solution to solve your problem.
RWI is able to mitigate environmental contamination by controlling the dry aerosol drift commonly associated with the higher horsepower evaporators. We designed our evaporators with critical velocity control preventing the formation of daughter particles. By preventing the formation of daughter particles, we minimize the pollutants released into the air. This allows the water droplet to not dry out in flight or loose control of the contaminants. The water droplet shrinks in flight concentrating the particulate matter thus returning the remaining contaminants into the impoundment area.
