Success with Biomass CHP in Saint Paul

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Presentation transcript:

Success with Biomass CHP in Saint Paul Jeff Guillemette Ever-Green Energy

St. Paul Cogeneration Combined Heat & Power 25 MW of electricity Dual fueled – NG and renewable, clean, urban wood residue Greenhouse gas CO2 reduced up to 280,000 tons per year District Energy St. Paul

Community Scale Heating and Cooling Underground network of pipes that aggregate building heating and cooling (thermal) loads Aggregated thermal loads allows application of technologies and fuels not feasible for individual buildings Increases fuel flexibility, efficiency, rate stability, reliability & reduces emissions District Energy St. Paul www.districtenergy.com

Thermal Storage 6.5 million gallons of storage capacity Chilled water storage reduces peak-electric demand Firm capacity for weather events

Heating and Cooling a City

Local Biomass Incorporation Local wood collection helps cities and counties convert a waste wood problem to renewable energy Sources Wood residuals from manufacturing Clean wood construction waste Tree trimmings Storm and disease damaged trees Trees removed as part of a timber management plan/restoration

Biomass Advantages: Large quantities in MSP metro area Using for biofuel diverts clean wood waste from landfills Provides communities an economical way to dispose of wood waste Stable fuel cost Biofuel expenditures stay in local community

Processing Wood Waste Into Biofuel

Emerald Ash Borer Status 14 Counties currently under quarantine