In many industrial sectors, natural gas and LPG remain critical energy carriers—valued for their clean combustion and ability to deliver high-temperature heat for demanding processes. However, these fossil gases are also a major source of greenhouse gas emissions. The good news? Replacing them with renewable synthetic biogas is one of the most impactful and technically accessible steps industries can take toward decarbonization.
By using residual biomass from forestry and agriculture—resources that are often already available on site—synthetic biogas can be produced directly at the point of use. Through an integrated gasification process, woody or agricultural by-products are converted into a clean, energy-rich gas with excellent combustion characteristics. The process removes tars and avoids nitrogen dilution, resulting in a gas with high heating value and low emissions.
For industries that already operate solid fuel boilers, BioShare’s integrated gasification concept offers a fast-track pathway to fossil fuel independence. Rather than overhauling existing systems, synthetic biogas production can be seamlessly embedded within the plant’s current infrastructure—minimizing capital expenditure and project risk.
The resulting gas can be compressed and distributed locally, replacing fossil gas in burners, kilns, dryers, or other thermal applications—while dramatically reducing the plant’s carbon footprint. This makes synthetic biogas an ideal solution for sectors such as food processing, pulp and paper, chemicals, and ceramics—industries where clean, high-temperature heat is essential and electrification is not always practical.
Beyond its immediate climate benefits, synthetic biogas production supports energy security and resilience. By localizing fuel supply and reducing dependency on volatile gas markets, industries gain greater control over their energy costs and emissions strategy.
At BioShare, we enable industries to turn waste into value—transforming residual biomass into clean, renewable energy that powers production, cuts emissions, and drives long-term sustainability.