Jul 3 2010
CleanTech Biofuels, Inc. (Other OTC: CLTH), an early stage provider of cellulosic biomass feedstock derived from municipal solid waste (MSW) for energy and bio-based chemical production, announced an agreement with Fiberight LLC. (Fiberight), to install its demonstration vessel at Fiberight’s cellulosic ethanol pilot plant in Lawrenceville, Va.
This combination of CleanTech’s patented Biomass Recovery Process and Fiberight’s Targeted Fuel Extraction process will create a fully-integrated MSW to cellulosic ethanol demonstration plant.
CleanTech’s vessel is expected to be installed and operational by the end of August, 2010. Once upgraded and installed, the vessel will produce cellulosic biomass feedstock for Fiberight’s Targeted Fuel Extraction process. This project will further validate CleanTech’s Biomass Recovery Process, specifically its easy application to existing infrastructure, enabling on-site cellulosic biomass feedstock production for alternative energy producers.
“The installation of our vessel at the Lawrenceville plant will demonstrate that valuable renewable energy products can be produced from municipal solid waste,” said Ed Hennessey, CEO of CleanTech Biofuels, Inc. “This project will hasten commercialization of our technology and move us closer to realizing our goal of bringing combined waste-to-energy systems to municipalities, solid waste haulers, and operators of solid waste landfills and transfer stations.”
This agreement advances the Companies’ July 2009 Joint Research Agreement, which established anticipated yields and operating costs of using CleanTech’s cellulosic biomass feedstock in Fiberight’s Targeted Fuel Extraction process. Under the terms of the agreement, Fiberight will finance the transfer of the vessel, equipment upgrade, and all operating costs associated with running the vessel at the Lawrenceville plant.
Additionally, CleanTech will have access to biomass produced at the Lawrenceville plant for delivery to companies interested in testing it as feedstock in their conversion technologies.