Frontline BioEnergy, LLC products

PMFreeGas Gasification utilizes a pressurized reactor containing a fluid bed of sand, known as a pressurized bubbling fluidized bed (PBFB). PMFreeGas® is our most basic gasifier design and can be operated with air or pure oxygen with steam. This patented technology suits thermal applications where the exact composition of the syngas is not critical to its use, such as in a boiler to produce steam or in equipment that uses the hot gas to provide process heat. This technology can replace natural gas or propane fuels with biomass or waste-based solid fuels. Frontline’s gasification systems convert waste into valuable synthesis gas (syngas) and a biochar coproduct. Frontline BioEnergy has patented gasification technologies, the extensive know-how, and trade secret IP as well.

TarFreeGas Advanced Gasification, similarly to PMFreeGas® gasification, TarFreeGas® utilizes a pressurized reactor containing a fluid bed of sand and can operate with either air and steam or pure oxygen and steam. TarFreeGas® causes tar levels up to 99% lower than traditional fluidized bed gasifiers. Frontline’s gasification systems convert waste into valuable synthesis gas (syngas) and a biochar coproduct. Frontline BioEnergy has patented gasification technologies, the extensive know-how, and trade secret IP as well.

ALKOOL technology provides an alkali-free syngas while avoiding deposition and fouling normally encountered when processing feedstocks high in sodium and potassium. Removing these alkali metals protects equipment from damage.

Renewable Natural Gas: RNG is produced by Frontline’s Biomass-into-Natural-Gas™ (BING™) process which integrates Frontline’s gasification and gas conditioning technologies with catalytic methanation and carbon dioxide removal. The syngas is cleaned extensively and later upgraded to renewable natural gas and carbon dioxide. This integrated process produces natural gas from biomass more efficiently than any other cellulosic biofuel process available.

Frontline can also produce renewable hydrogen which has a carbon intensity as low as -150gCO₂e/MJ in new fuel-cell powered vehicles. Using this hydrogen in electric vehicles results in no tailpipe emissions. Automotive companies like Toyota, Nikola, and Nissan already use hydrogen fuel cells for cleaner vehicles.

Our process can also supply power to internal combustion engines, combustion turbines, utility boilers, and high-pressure steam turbines to produce electricity.