There is a growing need to sequester CO2 and to transition enhanced hydrocarbon energy recovery to anthropogenic sources of CO2. Modular sources of emissions free power with CO2 sequestration meet these emerging needs without requiring pipeline infrastructure.
Semi-Closed Cycle Piston Engine
The Semi-Closed Cycle can be adapted to spark ignition rich burn, lean burn, or diesel / dual fuel engines.
Generally, a rich burn spark ignition engine or engines at 1200 to 1800 rpm would be used up to about 2 MW Gross Power, capturing up to 0.5 Million Standard Cubic Feet per Day of CO2 (about 30 tons per day).
Medium speed, typically 720 or 900 rpm, lean burn or dual fuel engines can be deployed to 10 MW or more per engine, or more commonly, multiple engines are used. A 5 MW Gross system would typically capture 1.2 MMSCF CO2 / day or about 70 tons per day.
The ratio of CO2 capture or production to power production can be varied to meet individual requirements.
Semi-Closed Cycle Turbine Engine
The Semi-Closed Cycle Turbine extends the EEG range to about 25 MW per unit. CO2 capture rates to 20 MMSCF / day or more are possible, with net power in excess of 50 MW.
Conventional Power and Heat Recovery Systems
EEG has established relationships with US and International Piston and Turbine Engine companies and can assist is power system selection and design for conventional as well as semi-closed cycle power applications.
EEG is also a representative for Cain Industries Waste Heat Recovery Systems.