Minimal energy consumption with compressed air
See how ZF Wind Power in Belgium uses GA 160 VSD FF compressors and an ES control system to optimize compressed air usage of their wind power plant
Please validate you are human"
Clean and sustainable, renewable resources are vital in covering the world’s future energy supply. For future-proof energy recovery and energy storage technologies, we have your back as you tap into the vast potential of renewables resources.
Whether it’s specific pressure levels or broad temperate ranges - our custom-engineered turboexpanders are precisely tailored to meet your application need
The industry’s most efficient drive design and our superior component technology, make our turboexpander solutions the steadfast anchor in your energy recovery operation.
All of our turboexpanders and compressors for renewables are equipped with integral gear technology. Work with the industry’s most efficient drive design
Make the efficiency of our renewables technology work for you. We deliver compressor expander solutions for these applications:
Anchored firmly at the heart of your binary cycle Organic Rankine (ORC) based power plant, Atlas Copco turboexpanders help you to reliably harness low-to-mind temperature geothermal resources. Resources that represent the largest share of the world’s geothermal energy potential.
Many industrial processes produce heat as a by-product. Otherwise released into the atmosphere, this waste heat can be recovered and turned into useful electrical power. Find out how Atlas Copco turboexpanders help you to convert lost energy from flue, stack or combustion gas into an power-saving asset.
With natural gas well on its way to becoming the world’s No. 1 energy source, pressure letdown stations are emerging as a growing field for emission-free electricity generation. Atlas Copco’s patented letdown solutions help you to reduce your pressure in an economical way, harvesting true green energy.
See how ZF Wind Power in Belgium uses GA 160 VSD FF compressors and an ES control system to optimize compressed air usage of their wind power plant