Waste to Energy

Evergreen Engineering^® is on the cutting edge of emerging waste-to-energy technologies. We have designed systems utilizing pyrolysis, gasification, and anaerobic digestion. Because these techniques have the potential to produce more power from the same fuel than is possible with direct combustion, modern renewable initiatives are calling for more such facilities around the country. Put our expertise to work for you and rest assured you are dealing with a leader in this growing industry.

Agilyx

Engineering for a 16-unit plastic-to-oil recycling system in Portland, Oregon included design package for a skidded shopfabricated version of the Agilyx plastic-to-oil multi-vessel system.
Layout design and general arrangement drawings
Design options for heat transfer fluids, cooling systems, OSS, and product storage vessels
Specification sheets for new equipment
Thermodynamic analysis for Heat Transfer Unit
Analysis of safety systems for cartridge handling system, gas transfer line, condensing system, and vacuum system
Detailed fabrication drawings for equipment skids, product recovery vessels, electrical conduit, all piping and ductwork, and supports
Engineered structural design for skids and support frames

Confidential Client

Front-end engineering for a 250 TPD municipal solid waste-to-energy plant
Sized major equipment, including heat recovery steam generators, steam turbine generators, cooling towers, and electrical switchgear
Wrote purchasing specifications for the major balance of plant equipment
Developed construction bidding documents in enough detail to allow contractors to provide Gross Maximum Price submittals
Calculated budget estimate for detail engineering services for a 250 TPD MSW-to-energy plant
Developed scalable plant design for future site-specific locations

Waste to Energy

Project Examples