Sanford, Florida (PRWEB) August 20, 2013
Mabarex is well known in Canada for their experience in the municipal and industrial water and wastewater industries. Mabarex’s water and wastewater experience, along with sludge treatment processes, is a one stop shop for water and sewage treatment. Mabarex’s experience in, and knowledge of, the water and wastewater market has given them a proven track record in providing solutions to municipalities and private industry. They are well positioned to represent the MaxWest gasification technology in Quebec. “We are excited to be working with Mabarex as we expand our product offering into Quebec,” says MaxWest Chief Marketing Officer, Jeff Snyder.
Louis Barré, President of Mabarex, Inc., says, “I have followed this exciting technology right from the MaxWest start-up in Sanford, Florida, including ongoing site visits as upgrades have been implemented. We know there are many clients in Canada that will benefit from the savings and additional advantages offered by this cost effective process.”
About MaxWest Environmental Systems, Inc.
MaxWest operates the only commercially-proven, dedicated biosolids gasification facility in the United States. The facility has served commercial customers since 2009, processing over 23,000 wet tons of biosolids. The proprietary biosolids gasification system applies a thermo-chemical conversion of the wastewater residuals to generate thermal energy. This renewable energy is then recovered to reduce or eliminate other energy sources, providing energy savings and biosolids destruction for customers.
The MaxWest Biosolids Gasification System offers a safe, cost-effective and environmentally friendly alternative to traditional biosolids management options: incineration, landfill, and land application. The disposal of biosolids is a growing burden on communities due to stricter permitting requirements, increased landfill tip fees, volatile energy prices, and high transportation costs—all of which create cost uncertainty. The MaxWest technology provides a sustainable and cost-effective biosolids management option and reduces the inlet volume by over ninety percent.