U.S. Patent Application Allowed for Aqua Dyne Water Purification Technology

June 14, 2005

Water reuse specialists Aqua Dyne, Inc. has been advised that its U.S. patent application has been allowed which offers protection for its "JetWater" water purification technology, which can be used to recover high purity distilled water from a range of "wastewater" sources.

Aqua Dyne's JetWater technology is based on an efficient, evaporation based process, which recycles up to 97% of feed water and meets emerging international and national standards on environmental emissions.

Aqua Dyne's JetWater System is designed to be used in a variety of industries including mining, mineral processing, power generation, food manufacturing and municipal landfill leachate, or it can be used to produce drinking water from ocean water.

Mr. Greg Paxton, Aqua Dyne CEO, said that the allowance of the U.S. patent adds considerable benefit and value to the company.

"Aqua Dyne's JetWater System is based on evaporation, which is nature's way of cleaning water. The system is modular and can purify from half a million liters to more than 10 million liters per day of ultra pure distilled water," Mr. Paxton said.

When it is operated with waste heat energy sources, the co-generation can increase the combined cycle efficiency, generating environmental credits.

Source: Aqua Dyne, Inc.

Continue Reading

Sponsored Recommendations

Blower Package Integration

March 20, 2024
See how an integrated blower package can save you time, money, and energy, in a wastewater treatment system. With package integration, you have a completely integrated blower ...

Strut Comparison Chart

March 12, 2024
Conduit support systems are an integral part of construction infrastructure. Compare steel, aluminum and fiberglass strut support systems.

Energy Efficient System Design for WWTPs

Feb. 7, 2024
System splitting with adaptive control reduces electrical, maintenance, and initial investment costs.

Blower Isentropic Efficiency Explained

Feb. 7, 2024
Learn more about isentropic efficiency and specific performance as they relate to blowers.

Most Read

Sponsored