The Cavortex Reactor was released in January 2016 after extensive testing supervised by the EPA. With results proving unprecedented efficacy for removing TDS and heavy metals, the Cavortex Reactor is capable of treating all types of municipal, agricultural, and industrial water at a fraction of the cost of other treatments. Each Cavortex Reactor can treat over 400k gallons of water per day, and its 16’ x 8’ mobile unit can treat up to 4M gallons daily. The Cavortex Reactor is virtually maintenance free and energy efficient - operating at a mere 100 psi max.
Water is pumped into theCavortex Reactor through high pressure pumps. Depending on required flow rate, water can be distributed from one to an infinite number of Reactors
Once the water has entered the Reactor, the waterundergoes hydrodynamic cavitation,which changes the molecular structureof specific elements rendering them inert
Water has been processedby the Reactor enters into a series oftanks to allow the newly rendered elements to settle leaving a higher grade of water
Unsurpassed in the industry with proven results for treatment of heavy metals and most TDS.
Reactors are automated and virtually maintenance free.
Delivered at a fraction of the cost of alternative water treatments.
Multiple Reactors can be stacked for fixed treatment sites of unlimited size.
16' x 8' mobile unit can treat up to 4M gallons of water per day.
Chemical free; requires minimal power; energy efficient operating on a mere 100psi per reactor.
|# of Chambers||GPH1 Output||BPH2 Output||LPH3 Output||GPD4 Output||BPD5 Output||LPD6 Output||GPY7 Output||BPY8 Output||LPY9 Output|
|1 Gallons Per Hour||2 Barrels Per Hour||3 Liters Per Hour|
|4 Gallons Per Day||5 Barrels Per Day||6 Liters Per Day|
|7 Gallons Per Year||8 Barrels Per Year||9 Liters Per Year|
Wastewater from sewage, mining, oil and gas exploration, agriculture, and contaminated aquifers - all can be treated by the Cavortex Reactor removing the following cost effectively and unsurpassed in scale.