Waste Input Estimator
Select waste inputs, define your own custom input mix, test processing quantities, and generate estimated output figures in PDF document format.
System Output Calculator
Build your waste mix — each type uses the EN 14918 moisture correction formula for real energy yield.
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Calculate processing time
Enter the total amount of waste to process
t
Moisture correction — EN 14918
M = moisture %. 2.443 MJ/kg = latent heat of vaporisation at 25°C. Two loss mechanisms: (1) mass dilution by inert water, (2) evaporation energy during combustion. Non-linear — wet waste loses disproportionately more.
η = 21.18% — WP1000 ref: 1 t/h biomass @ HHV 17 MJ/kg → 1 MWh electrical
Configure your waste mix to see annual impact projections
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MWh / Year
Electrical output
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MWh / Month
Average monthly
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MWh / Day
Average daily
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Households
EU avg 3.6 MWh/yr
0 t
CO₂ Avoided
Landfill methane offset
0
Trees Equiv.
CO₂ sequestration
0
Cars Off Road
Annual equiv. EEA 2023
97.3%
System Uptime
8520 h/yr
24/7
Grid Response
Continuous load support
Estimates based on the Cluj – CMID project
All figures are approximate estimates based on the Cluj – CMID reference installation: 25,550 t/year, 24/7 operation with maintenance on ~10 major holidays (97.3% uptime, 8520 h/yr).
⚠ Output depends on HHV, moisture, ash content, and particle size. Adjust per-type moisture in each row.
Moisture formula: EN 14918 / ISO 1928
Households: EU avg 3.6 MWh/yr · Eurostat 2023
CO₂ avoided: 0.30 t/tonne MSW · IPCC Tier II
Cars removed: 107 g/km × 12,000 km/yr · EEA 2023
Trees equiv.: 45 trees/t CO2/yr · US EPA 2024
Not a binding commercial proposal · Waste Powertech SRL · wpowertech.ro