Our Companies

BEST Energies is not focused on an individual technology or production solution. We have created our family of companies to provide integrated bioenergy solutions that are scalable and can be implemented anywhere in the world where biomass is available and energy is needed.

• BEST BioDiesel, Inc. develops essential technologies and solutions that significantly increase efficiency and biodiesel production volume.
• BEST BioDiesel Cashton, LLC includes a 10 million gallon per year B-100 biodiesel plant development in Cashton, Wisconsin.
• BEST Pyrolysis, Inc. develops essential technologies and engineers clean energy solutions through pyrolysis and gasification of biomass streams.
• BEST Energies Australia Pty, Ltd engineers specialty green energy solutions focused on using renewable bio-based resources and supporting BEST Energies customers in the Asia Pacific region.
• Partners
  MATRIC Commercial Research, LLC
  • MATRIC is a research and development corporation with a 38 member Board of Directors, including 5 university presidents, and a staff of 51, including 21 S&E PhDs.
  • MATRIC draws upon retired and displaced Kanawha Valley scientists, chemists, and engineers which total 160 PhDs + 900 degreed staff from recent Dow/Union Carbide downsizing.
  • Facilities are part of Dow’s South Charleston Technology Park which encompasses 650 acres, and 800,000+ s.f. of world-class labs and facilities.

Our distributed energy production network solutions are built near biomass sources where they help to solve biowaste problems, and close to consumption centers, significantly reducing transportation costs in energy distribution. BEST Energies creates local solutions to global concerns, anywhere in the world. Our integrated approach produces green energy solutions for all commercial and governmental producers and users of energy and for all producers of biomass and biowaste products.

BEST Energies offers the full range of engineering support

• Site assessment for biomass waste stream
  • Quantity, quality, additional streams to co-blend
• Define customer objectives
• Determine site requirements
• Initial feasibility assessment
• Collect Pilot scale process data
• Develop detailed Process Flow Diagram (PFD) and mass and energy balance
• Detailed feasibility study
• Scale-up process design
• Build and commission plant