MAX1 for CCUS

The best way to capture CO₂ from flue gas

Capturing CO₂ from flue gases is an attractive proposition for high-emission industries, reducing carbon taxes and enhancing your contribution to environmental protection. The main challenge is separating the CO₂ from the high-volume flows of post-combustion flue gases. The Everllence MAX1 axial compressor is the best solution on the market as it can handle gas volumes of up to 1.5 million m3/hour. This is especially relevant where the flue gas is compressed before separation, as in hot potassium carbonate (HPC) and cryogenic CO₂ capture processes.

Massive capacity

1.5m

m3/h

maximum flow rate

Extreme power

160

maximum power output

The MAX1 handles volume flows up to 1.5 million m³/hour and pressures up to 25 bar

MAX1 axial blading allows for greatly increased resistance to mechanical blade loads

Proven axial compressor technology ensures high efficiency with reduced number of parts for easy maintenance

Make the most of your carbon capture

The benefits of experience

The Everllence MAX1 compressor sets a new benchmark for high-volume flue gas capture, with its high-volume capacity, outstanding efficiency, robustness, and reduced power consumption. By delivering high-efficiency flue gas pre-compression up to 25 bar, MAX1 acts as the critical enabler for cryogenic CCUS making large-scale cryogenic separation economically viable. It embodies the expertise acquired over decades of successful operation across many industries in the development and production of axial compression and carbon capture solutions.

• High-volume flue gas compression
• Proven axial compressor technology
• Outstanding efficiency
• Everllence CCUS experience

Reference project Stockholm

Compression technology for bio-energy based CCS project

Everllence's MAX1 axial compression train is at the heart of one of the world's largest BECCS facilities: Stockholm Exergi's plant at Värtaverket biomass power station. The AG110 axial compressor and EN080 axial expander support the capture of biogenic CO₂ from flue gas for permanent storage beneath the North Sea via Northern Lights.

Once operational, the plant will remove up to 800,000 tons of CO₂ per year — more than Stockholm's entire road traffic emits.

“ Our technology ensures stable operation under demanding conditions, while maximizing energy recovery. ”

Uwe Emmerich,  Head of Sales Petrochemicals and Energy Storage at Everllence

Enabling sustainability

CCUS for hard-to-abate industries

Energy-intensive industries like cement, pulp & paper, refinery, and waste incinerators can’t always cut their pre-combustion CO₂ emissions. That makes the capture of CO₂ from flue gas so important – it’s an effective way to avoid carbon taxes and make your business sustainable.

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