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Bioethanol is made by fermenting renewable plant sugars or starches, typically from sugar cane, grain, or corn, with yeast. The fermentation produces ethanol and carbon dioxide; the raw ethanol is then distilled to 99.5% purity and dehydrated to below 0.5% water content, ensuring the consistency required for safe indoor combustion. Production by-products are repurposed: CO2 is captured for industrial use; agricultural residues become animal feed or additional energy.

The sustainability logic rests on a closed-loop carbon cycle. CO2 released during combustion is offset by CO2 absorbed during plant growth, resulting in net-zero emissions over time. Because feedstocks regenerate annually, bioethanol achieves a substantially lower carbon footprint than fossil fuels. First-generation bioethanol (from food crops) reduces greenhouse gas emissions by 50-80% versus petrol; second-generation (from agricultural residue) achieves 80%+ reduction.

For EcoSmart Fire, this matters beyond the environmental case. Clean combustion produces only heat, water vapour, and CO2: no smoke, soot, or ash, eliminating the need for a chimney or ventilation ductwork. This gives architects and homeowners complete design freedom: fireplaces can sit island-style, within walls, or beneath ceilings without structural constraint. EcoSmart Fire burners are engineered around bioethanol's precise combustion properties, ensuring safe and consistent performance across every installation.