SMART SOLUTIONS THAT DRIVE ZERO WASTE
Changing the way we think about managing waste
We help solve waste problems by empowering organizations to take matters into their own hands.
Converting waste to a renewable fuel is a vital part to help improve the environmental impact from trash. There’s a need for a more considerable section of the manufacturing, chemical production, and metal processing industries to embrace the use of alternative fuels to serve as fossil fuel replacements and reduce their carbon footprint.
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Our new state-of-the-art facility, located in Martinsburg, WV, is the first resource recovery facility in the United States that will utilize Entsorga Italia’s proprietary BioHiTtech HEBioT mechanical biological treatment (“MBT”) system.
By utilizing the BioHiTtech HEBioT MBT system, Entsorga WV will recover bio-mass, plastics and other carbon based materials from the mixed municipal solid waste (MSW) and convert them into a safe alternative fuel source. When collecting these sources of MSW, Entsorga WV will remove other valuable recyclable commodities such as metals from the BioHiTtech HEBioT receiving stream and put them into the local municipality recycling stream. This is in conjunction with the Berkeley County Recycling program that is already in place. Together this will increase recycling rates for the municipality.
A substantial amount of the MSW received to a clean burning alternative fuel (Solid Recovered Fuel or SRF) which will be used by large energy users as an alternative or supplement to fossil fuels.
A FUTURE WITH LESS WASTE IS A FUTURE LESS WASTED
BioHiTech HEBioT™
Providing a proven, cost-effective, clean alternative to landfills for the disposal of solid waste throughout the United States. The High Efficiency Biological Treatment (HEBioT™) process, developed and patented by our European partners Entsorga Fin SpA, utilizes a combination of automated sorting equipment, enhanced biological composting, and mechanical refinement to convert waste into an EPA recognized, clean alternative fuel while achieving as much as 80% landfill diversion.
The BioHiTtech HEBioT technology is ideal for municipalities, regional waste haulers, large generators of food waste and corporations with Zero Waste initiatives.
Our WV facility using HEBioT technology
Our first facility in the USA
Our West Virginia facility is the nation’s first resource recovery facility in the United States to utilize Entsorga Italia’s patented HEBioT ™ process. The facility recovers biomass, plastics and other carbon-based materials from the mixed municipal solid waste (MSW) stream and converts them into an EPA recognized renewable fuel. During the process recyclable commodities such as metals are extracted and recovered in conjunction with Berkeley County’s current recycling program.
The renewable fuel, known as Solid Recovered Fuel, will be used by large energy users and co-processing facilities like cement manufacturers and steel mills as a cost-effective alternative or supplement to fossil fuels.
Our Team
Meet the people behind the renewable tech
Director of Science, Research, and Development
Emily has more than 25 years in the environmental science and permitting field. Emily comes to BioHiTech Global from the environmental consulting world where she was the CEO of Dyson Environmental Management and Compliance. Ms. Dyson has worked throughout North America with clients and regulators on issues related to solid waste disposal, wastewater, air emissions, and overall industrial environmental program development.
Emily’s role as the Director of Science, Research and Development is to bring advanced techniques and understanding of the science of bio-technologies. Emily works with BioHiTech Global’s Operations personnel to identify new approaches and technologies for solid waste disposal and assist BioHiTech Global in bringing them to the market in the bio-technology/waste management arena. In addition, Emily works with BioHiTech’s sales force and clients to ensure that they have an understanding of the science they deploy, the impacts to the surrounding environment, and the regulatory compliance requirements that must be met.
Emily lives in Maryland with her husband and two college-age children.