Key Takeaways:
- Advanced Substrate Technologies (AST) presents an innovative solution in the biogas sector that combines waste from biogas plants with the production of fungal substrates.
- The method significantly increases the efficiency and energy potential of biogas plants, contributing to enhanced bioenergy production.
- AST’s technology combines a number of existing technologies in a new way, maximizing energy recycling and promising an efficient future for the bioenergy industry.
Based in Foulum, Midtjylland, Denmark, Advanced Substrate Technologies (AST) is a promising startup in the biomass energy and biotechnology industries. The company has developed a unique method that combines waste from biogas plants and the need for fungal substrates. Taking into account that energy potential in biogas plants can be significantly increased from the current levels, AST’s solution integrates facilities for optimized utilization of partially degassed biomass for the production of growth media for fungal production, phosphorus fertilizers, and increased bioenergy.
The concept used by AST involves partially degassed biomass for producing fungal substrates, employing the fungi’s ability to degrade cellulose in biomass. This ensures increased and efficient utilization of the total energy potential of the biomass. AST’s mushroom substrate in pill form is predicted to provide a significantly improved working environment during production, due to its easy handling and the potential to be cheaper to manufacture.
What sets AST apart is its innovative approach to biomass energy and biotechnology, combining several known technologies in a fresh and inventive way, ensuring the highest possible energy recycling. The cultivation of fungi ensures the comprehensive and efficient use of the total energy potential of biomass. Their solution presents a potential boon for the industry, taking a significant step towards producing a more sustainable source of energy, and contributing to efforts to reduce the impact of energy production on the environment.
Moreover, the use of AST’s mushroom substrate comes with the considerable advantage of being sturdy, easy to handle and providing an improved workflow during production. The spent substrate can be recycled as biomass for producing biogas, making the entire process circular and reducing waste generation. This characteristic not only indicates sustainable production but it also augments the value proposition for bioenergy producers.
AST’s innovative approach is projected to have significant implications for the future of the biogas and bioenergy industry. By integrating their solution with existing biogas and fungi production plants, companies can substantially increase energy efficiency and recycling. An approach to energy production that takes circularity and sustainability into account is particularly pertinent in the era of climate crisis. Advanced Substrate Technologies, with their innovative, sustainable, and cost-economical solutions, has the potential to lead this change in the bioenergy industry. Learn more about AST on their website.
The success of AST and solutions like these suggest a promising future for the bioenergy industry— one where technology and innovation lead the way towards sustainability. With startups like AST making strides in the sector, it seems entirely possible that the future of bioenergy might indeed lie in the transformation of biogas waste into fungal substrates.
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