BioShare is engaged as Owner’s Engineer in a major gasification project in Central Europe. Leveraging deep expertise in process technology, gasification, materials, and control systems, BioShare supports the project developer across key areas including risk assessment, process design, and control system configuration—ensuring a robust and bankable project foundation.
Category Archives: Projects
BioShare is currently advancing the development of a new energy project in Central Sweden, centered around the acquisition and transformation of an existing industrial site into a next-generation biorefinery hub. The project aims to repurpose existing infrastructure into a flexible production platform for renewable fuels and carbon products, including biomethane, electro-methane, and high-quality biochar for
Project Summary – Methane or Methanol? Sustainable methane and methanol both have the potential to play a crucial role in the decarbonization of industry and society, serving as transportation fuels, hydrogen carriers, or feedstocks for producing a wide range of other chemicals and fuels. This project focused on evaluating and comparing the conditions for methane-
BioShare has initiated a comprehensive feasibility study to explore the establishment of a large-scale production facility for biomethane, biochar, and e-methane using residual biomass and renewable electricity. An application for co-funding has been submitted to the Swedish Energy Agency’s Industriklivet program, which supports industrial projects with significant decarbonization potential.
On-site production of LBG at a major pulp and paper mill in Sweden was studied in a enhance feasibility project.
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This project aims to verify the concept of transferring heat between the two chambers of BioShare’s bubbling bed setup.
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Currently, only about 10% of the plastic consumed in Sweden is recycled into new plastic products. This project aims to study how to increase this number.
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In a joint research project with Chalmers, BioShare is looking into how to produce Biochar and Hydrogen using iron ore in a steam-iron process.
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Summary The steel industry is a significant contributor to global greenhouse gas emissions, primarily due to its reliance on fossil coal. Transitioning to a circular and bio-based economy necessitates innovative approaches to reduce these emissions.​ This project endeavours to study a fluidisation reactor concept capable of large-scale, cost-effective biocarbon production. The envisioned technology aims to
Our report describing the benefits of integrating bio jet production with combined heat and power plants is available for reading now.
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