Enter your Biomass Type, Tons/Week, Moisture Content, and cost inputs — Disposal Cost, Energy Usage, and Cost per kWh — and this Biomass Energy Calculator returns your Annual Energy Potential, Cost Savings, and Disposal Savings.
Annual Energy Potential
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Weekly Energy Output
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Annual Cost Savings
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Annual Disposal Cost Savings
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CO2 Reduction per Year
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Wood waste typically produces around 4,000 kWh per ton when moisture content is 10-12%. The exact amount depends on the type of biomass, moisture content, and heating value of the material.
Common biomass sources include wood waste, agricultural residues (corn stalks, wheat straw), energy crops (willow, poplar), and organic waste materials. Each has different energy content and handling requirements.
Higher moisture content reduces energy output because energy is needed to evaporate the water. Dry wood (10-12% moisture) produces significantly more usable energy than wet wood (30%+ moisture).
Biomass is considered carbon neutral because the CO2 released during combustion equals what the plants absorbed during growth. It also reduces landfill waste and provides renewable energy alternative to fossil fuels.
Instead of paying to dispose of biomass waste, you can convert it to energy. Savings depend on your current disposal costs, which typically range from £20-200 per ton depending on location and logistics.
Biomass can be cost-effective even for smaller operations, especially if you're currently paying high disposal costs. The break-even point depends on waste volume, disposal costs, and local energy prices.