A New Concept for the Reduction of Waste Treatment Sludge

Get Started

The Most Effective Way to Reduce Moisture in Solid Waste Sludge

A crisis exists in the waste treatment process used by municipalities to reduce the moisture in solid waste sludge. All over the world, truckloads of sludge are being dumped into landfills with a liquid content of 80% or more. The PressRelax Dryer™ is a patented technology that reduces moisture levels to just 8-10% and sanitizes the sludge at the same time. Less moisture means less weight and lower trucking costs. For many municipalities, that could result in savings of $500,000 every year. Best of all, the Press -  Relax Dryer™ fits seamlessly into your plant's operations as the final process after the standard belt press stage.

Press and Relax Dryer
Press and Relax Dryer™
Plant Sewage
Theory of Operation
Ohio Skyline
About Us

Order the Press - Relax Dryer™ for your processing plant.

Contact Us


Dust Icon
Little to No Dust
Approve Icon
Easy Access for Maintenance
Adjust Arrow Icon
Adjustable Paddles
Hydraulics Icon
Powered by Hydraulics
American Flag Icon
Made in the USA
Price Tag Icon
Competitively Priced

About Drying Solutions, L.L.C.

Drying Solutions is a company that sells and installs innovative waste treatment equipment. Based in Cincinnati, Ohio, we serve municipalities of all sizes across the United States and around the world. The company was founded in 2015 by R. Murray Hough after years of investigation and research into current practices and problems in the sewage treatment industry.  Hough discovered that current equipment for removing moisture—such as aeration equipment, lagoons, and centrifuges—had only minimal effects on the moisture content of waste treatment sludge. Their patented product, the Press - Relax Dryer™, delivers significantly better results while saving municipalities money.

Learn More


Contact

Thank you for your interest. We look forward to hearing from you soon.

Phone
(256) 857-1092

Address
4165 Greenfield Court
Cincinnati, OH 45245

Service Area
Worldwide

Share