Putting renewable energy, excess gas-line pressure or unused industrial waste heat to work for you, our EG-Series expander generators drive clean, efficient electrical power generation. You can expand revenue streams while benefiting from the efficiency and reliability that has made the EG-Series a benchmark in clean energy generation
Our expander generators inside an Organic Rankine Cycle power plant
Whether your plant is an isolated geothermal power station or a busy industrial plant, the EG-Series’ robust construction is designed to withstand tough conditions over a long lifetime of reliable operation in the harshest work environments
Our expander generators enable you to recover power from sustainable resources. Organic Rankine Cycle (ORC) technology, one of our key competences, unlocks a wide range of power sources including geothermal reservoirs, industrial waste heat and condensing streams
The EG-Series’ speed reduction gearbox features a parallel shaft and integral gearbox for efficient electricity generation. Power generation extends up to 25 MW per expander stage, with up to two stages per expander.
Our variable inlet guide vanes (IGV) provide accurate process control over a wide operating range, avoiding the energy loss associated with inlet throttling control
Gas grid systems, especially natural gas, require pressure to be reduced from pipelines so that it can be delivered for domestic use. EG-Series expander enable you to recoup the energy stored in the gas pressure and turn it into extra profits
Available in configurations to perfectly match your specific application requirements, our EG-Series expander generators drive electrical power production from industrial processes and sustainable resources. Employing integral gear technology, the industry’s most efficient and compact drive design, the EG-Series achieves the lowest cost per kilowatt power-train solution. Proven Atlas Copco technologies boost efficiency, including variable inlet guide vanes (IGVs) for continuous power production under changing environmental conditions.