Proprietary Waste Conversion Pyrolysis technology
Welcome to the Bright Green Future!
Green Light Energy Solutions Corporation takes great pride in introducing our innovative Waste-to-Energy (WtE) technology, Waste Conversion Pyrolysis (WCP), and equipment to the international market.
In response to the global waste crisis, we offer an environmentally and economically sound solution that generates electrical energy, harvests process heat, reclaims industrial-grade water, and minimizes or even eliminates the need for a landfill while processing municipal solid waste (MSW). Our WCP technology and equipment are field-tested and scalable to meet any capacity requirements.
By creating successful partnerships with various stakeholders in the environmental industry, corporate sector, government agencies, and financial community, we support our own fundamental principles of shaping our green future: by facilitating business opportunities as a means of solving environmental problems, we create win-win outcomes, promote economic growth.
Thank you for your interest in Green Light Energy Solutions Corporation!
President & Chairman of the Board
We are moving, consolidating, and expanding our research, design, manufacturing, and testing operations to the USA. Our focus will be on commercialization of Waste Conversion Pyrolysis (WCP) technology and equipment in the USA and expansion to the world markets. Sites for developing, testing and operating commercial WCP-based Waste-to-Energy conversion facilities in Vermont, Massachusetts, Illinois, North Carolina, Georgia and California have been identified.
In addition, talks have been held with our strategic commercial partners and suppliers: Siemens Energy Inc., BHS Sorters, Forsite Development Inc, Ewaenergy Investment Group, WEIMA America Inc., and others.This strategic move opens new commercial opportunities for waste management companies, developers, general contractors, engineering and manufacturing companies, private investors:
The Waste Conversion Market Is Projected To Reach $29 Billion
A $29 billion annual waste conversion market has been projected, driven by a growing scarcity of land for waste disposal, shifts away from greenhouse gas emissions and nuclear power, and increasing demand for renewable energy and fuels. In the U.S. alone, anaerobic digesters could power 2.5 million homes a year if 50% of food waste was used as a feedstock. And anaerobic digestion projects recently received a boost from an EPA ruling allowing biogasderived compressed natural gas (CNG) and liquefied natural gas (LNG) projects to qualify as an advanced cellulosic biofuel under the Renewable Fuel Standard (RFS). The prospect of combining California’s Low Carbon Fuel Standard (LCFS), RFS, and other environmental incentives makes California in particular an attractive place for new biogas and clean fuels projects. Despite these prospects, substantial challenges and hurdles remain. First, which bioenergy conversion technology is the best fit? How will you deliver an operational project that is both cost effective and scalable? Lastly, will your project be financeable and can you get it permitted? Projects of all sizes continue to move forward but only those equipped with a complete forecast of the current market climate and regulatory landscape, and an understanding of waste conversion technologies will succeed. Infocast’s Waste to Biogas & Clean Fuels F&I Summit will bring together key government decision makers, municipalities, utilities, off-takers, commercial generators and fleet owners with feedstock providers, waste service companies, conversion technology companies, project /infrastructure developers, EPCs, and financiers to develop and finance the next generation of waste to biogas and clean fuels projects. The summit will also bring waste conversion stakeholders together with fleet owners, aviation and naval biofuel leaders, CNG/LNG infrastructure developers, and alternative clean vehicle companies to outline the opportunities available for waste to BioCNG/LNG/Fuels projects and to fuel industry growth.