A wildfire retardant made from agricultural and aquaculture waste is being turned into a market-ready product. BlazeBalm™ replaces toxic chemical retardants—which contaminate water and harm ecosystems—with two bio-based formulations: a long-lasting retardant and a fast-acting suppressant. Current industry products, dominated by multinationals, raise widespread safety and environmental concerns. This project optimises BlazeBalm’s durability, adhesion, and fire resistance, then validates performance through UKAS-accredited testing at Impact Solutions. If successful, the product could give fire services and land managers a non-toxic alternative that works without poisoning waterways or soil. It also supports Scotland’s bioeconomy by using sustainably sourced feedstocks and creating skilled jobs in a remote region. With billions spent annually on wildfire management globally, and rising demand for safer solutions in the UK, US, Europe, and Australia, BlazeBalm has clear commercial potential. An IPO-backed patent audit has confirmed its novelty and patentability. This is applied biotechnology with a direct practical outcome: a climate-safe fire product ready for real-world use.
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As wildfires grow in frequency and severity worldwide, they are devastating ecosystems, endangering lives, and causing mounting economic losses. The global wildfire retardant industry, dominated by multinational corporations, continues to rely on harmful chemical formulations—despite widespread concerns about their toxicity, water contamination, and long-term environmental impact. BlazeBalm™ offers a radically different approach. Developed by Deer Manor in Dumfries and Galloway, BlazeBalm™ comprises two innovative, bio-based wildfire solutions: a long-lasting retardant and a fast-acting suppressant. Using agricultural and aquaculture waste combined with low-tech biotechnology, BlazeBalm™ delivers powerful wildfire protection that is both effective and environmentally responsible. This project will evolve BlazeBalm™ from a successful prototype into a market-ready product. Its formulations will be optimised for durability, adhesion, and fire resistance, while ensuring safety for aquatic and terrestrial ecosystems. Testing with IBioIC member Impact Solutions—through their UKAS-accredited biodegradability and weathering facilities—will validate performance under industry-standard conditions. Internal trials at Deer Manor will support iterative refinements and cost-effective development. In tandem, the project will expand production using Deer Manor’s rural infrastructure and sustainably sourced feedstocks, supported by the Zero Waste Scotland and IBioIC networks. This will contribute to Scotland’s bioeconomy goals and create skilled opportunities in a remote, underserved region. With billions spent annually on wildfire management globally, and rising demand for safer, sustainable solutions across the UK, US, Europe, and Australia, BlazeBalm™ has substantial commercial potential. An IPO-backed patent audit has confirmed its novelty and patentability, supporting phased protection for domestic and international markets. This project offers exceptional value for public funding—catalysing a new class of climate-safe fire products rooted in biotechnology and circular economy principles. BlazeBalm™ positions Scotland as a global leader in wildfire innovation and supports the urgent transition toward sustainable fire resilience.
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