Boundless Energy Recycling to distribute RCI Dryclone nonthermal drying systems

Company’s territory includes western Canada, California, Washington and Oregon.

Waterloo, Ontario-based Recycling Equipment Co. of Canada Inc., master distributor of Dryclone non-thermal drying systems, has announced that Boundless Energy Recycling Inc. of Calgary, Alberta, is the exclusive distributor of Dryclone for western Canada, California, Washington and Oregon, with additional exclusive territories to be announced soon.

The Dryclone nonthermal drying system from Resource Converting LLC (RCI), Las Vegas, is a nonthermal air drying system for wet semisolid materials. Dryclone uses a high-velocity air stream and physical impaction to separate water mechanically from feedstock. Dryclone can reduce feedstock moisture content from more than 75 percent to less than 15 percent. Dryclone is a cleaner, lower cost and more efficient alternative to drum dryers, fluidized bed dryers and other conventional thermal drying processes.

“We’re very excited to become exclusive distributors for Dryclone,” says Christian Ruhrmann, managing partner of Boundless Energy Recycling. “Dryclone creates significant profit opportunities for our customers in sectors like waste to energy, waste water, food and agriculture. Because Dryclone also pulverizes and blends materials, it eliminates a lot of the equipment you’d normally need up and downstream of a conventional dryer. And because Dryclon doesn’t use heat, it retains the nutrient and energy content, so our customers can turn their waste materials into saleable products, creating a revenue opportunity in addition to the cost savings,” Ruhrmann adds.

“We’re excited to have Boundless Energy Recycling on board as an exclusive distributor,” says Pete Mulvany, CEO of Recycling Equipment Co. of Canada Inc. “Boundless is well-positioned to leverage their existing relationships and experience in many sectors to introduce Dryclone to western Canada, the western US and many other territories as we grow together.”