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Vacuum Pumps and Compressors for applications in
Carbon Capture
Maximise efficiency and reduce costs in solvent-based absorption, sorbent-based adsorption, and membrane CO2 capture processes.
Let’s optimise your carbon removal operations.
What is Carbon Capture?
Carbon capture refers to a range of technologies designed to remove carbon dioxide (CO2) from emission sources or directly from the atmosphere, in order to reduce its concentration and mitigate climate change.
CO2 can be captured at various point sources, including:
- Pre-combustion (e.g. gasification processes)
- Post-combustion (e.g. flue gas treatment)
- Oxy-fuel combustion (burning fuel in pure oxygen)
In addition, CO2 can also be extracted directly from ambient air, a process known as:
- Direct Air Capture (DAC).
Why is Carbon Capture needed?
Carbon capture is critical because it reduces CO2 - a major greenhouse gas - in our atmosphere, helping to slow the effects of climate change. It helps emitting industries like cement and steel, as well as others, decarbonise their operations.
Capturing CO2 is key to reaching global net-zero climate goals, such as those set in the Paris Agreement. Carbon removal complements other conventional mitigation approaches such as renewable energy adoption, enhanced energy efficiency, and sustainable transportation.
Vacuum Pumps & Air Compressor Systems to support Carbon Capture technologies:
Looking for a reliable vacuum or low-pressure system to support your carbon capture process? We are here to guide you.
No matter the point of CO2 capture – whether pre-combustion, post-combustion, oxy-fuel, or direct air – we focus on understanding the process behind it. By analysing your vacuum and (pre-) compression requirements, we help you select the right working principle to achieve the desired results.
With 140 years of industrial manufacturing experience, BECKER brings in-depth technical expertise, a broad product portfolio, and local and global support you can count on. As your long-term partner, we provide the optimised pressure or vacuum conditions and safety you can rely on in carbon dioxide removal systems.
With Becker, benefit from:
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Expertise in Vacuum Engineering Over a century of experience in industrial vacuum technology ensures deep process knowledge and proven performance across sectors. |
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Customised OEM Solutions Tailor-made consulting and solutions designed specifically for your carbon capture application. |
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Energy Efficiency & Sustainability Technologies engineered for low energy consumption and therefore low operating costs (OpEx), reduced emissions, and long-term sustainability. |
Carbon Capture Point Source – Industrial uses of Carbon Capture
CO2 is removed before the fuel is burned. In this method, fossil fuels are converted into a gas mixture, allowing carbon dioxide to be separated prior to combustion.
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Ideal for low-emission power generation and hydrogen production. |
CO2 is extracted after the fuel has been burned, typically from flue gas emissions.
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A retrofit-friendly solution for decarbonising existing plants. |
Fuel is burned in pure oxygen instead of air, producing a flue gas with a higher CO2 concentration, which simplifies separation and storage.
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Efficient for electricity generation with lower pollutant emissions. |
Ambient air is drawn in using large fans; Carbon dioxide is then separated using different processes.
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An innovative approach for removing atmospheric CO2 – independent of point sources. |
Becker in Carbon Capture - processes we support
How do vacuum pumps and compressors support CO₂ capture systems?
Absorption
Solvent-based absorption systems
In solvent-based carbon dioxide capture systems, such as amine gas treating (amine scrubbing), vacuum pumps are essential during the regeneration phase. By lowering the pressure in the stripper column, vacuum technology enables the solvent to release (desorb) CO2 more efficiently. This pressure reduction leads to:
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Improved energy efficiency |
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Lower thermal energy demand during regeneration leads to cost savings |
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Reduced solvent degradation, extending system life |
Vacuum-supported regeneration enhances performance and sustainability in solvent-based capture processes.
Adsorption
Sorbent-based adsorption processes:
In a sorbent-based carbon dioxide capture system, independent if it is a moving or fixed bed process, vacuum pumps are essential for the evacuation and desorption.
There are different types of Swing Adsorptions, and all of them could be supported by Becker products:
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Temperature-Vacuum-Swing Adsorption (TVSA) |
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Temperature-Pressure Swing Adsorption (TPSA) |
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Vacuum Swing Adsorption (VSA) |
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Pressure-Vacuum Swing Adsorption (PVSA) |
Becker vacuum pumps and compressors are typically used for:
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Evacuation |
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Desorption |
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Ensure stable pressure differentials between Absorption and Regeneration |
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Pressure application for the Adsorption |
Membrane capture
CO2 Capture Membrane Technology
In membrane-based CO2 capture systems, vacuum pumps and compressors are typically used to:
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Apply vacuum on the permeate side |
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Apply pressure on the retentate side |
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Create a differential pressure that helps the CO2 selectively through the membrane and therefore increases the process efficiency. |
In order to achieve higher purities, often multiple stages of membranes are used.
Can you imagine vacuum pumps and compressors in another process? Please do not hesitate to contact us.
FAQ
As a trusted manufacturer, you can rely on Becker for support across a wide range of carbon capture processes. From regeneration and desorption to CO2 transport and blower-assisted drying, our team is here to advise on the best-matched product for your process.
Becker pumps and blowers are engineered for reliability, energy efficiency, and long-term durability, making them ideal for the demands of carbon capture environments, including carbon capture startups. With decades of expertise in gas handling and process optimisation, we deliver custom solutions for both pilot projects and production-scale operations.
Drawing on over a century of industrial vacuum-engineering manufacturing and expertise, we provide bespoke consulting and solutions optimised for your applications. Our energy-efficient technologies minimise operating costs and emissions, and our global network ensures prompt, reliable support wherever you operate.
Turning carbon dioxide into opportunity starts with the right vacuum. Carbon Capture, Utilisation and Storage (CCUS) is a key technology in reducing industrial carbon emissions.
It begins by capturing carbon dioxide at the source, followed by either reusing it - for example, to make beverages fizzy or to boost plant growth in greenhouses - or storing it safely in geological formations.
At Becker, we support the early and essential stages of the CCUS value chain with advanced vacuum and pressure technologies:
- Efficient and reliable carbon dioxide capture at point sources
- Optimised gas transfer and handling prior to liquefaction or utilisation
- Potential support in pre-compression before CO₂ is liquefied
Yes, Becker pumps can be used for existing systems as well as new installations due to minimised space requirements.
Yes, we provide full technical consultation, custom engineering and various optional solutions, depending on your project scope.
Our unique services also include pumps for test and evaluation purposes, premium service plans for repair and maintenance of systems, and fast availability of global spare parts supply.
Becker pumps are designed for high efficiency, low power consumption, and minimal maintenance. Many models are oil-free and made from recyclable materials, reducing environmental impact and operating costs.
Reach out to our technical team for a consultation. We'll assess your application, recommend the right solution, and support your carbon capture goals from start to finish. By completing the form below, we will be able to quickly respond to your unique requirement.
Ready to accelerate your carbon-capture project with expert support?
Get in touch today and receive trusted guidance every step of the way.
Independent of your technology readiness level, we’re delighted to offer our consultative approach. The earlier you contact us, the more responsive we can be in understanding your carbon capture process and adressing your unique needs.
Our advanced vacuum, compressor and blower components for carbon-capture systems have demonstrated proven reliability across a range of applications, including those of early-stage start-ups. Our team of trusted market experts is eager to work with you in a consultative manner, guiding your carbon-capture project from the pilot phase right through to full production.
PLEASE COMPLETE THE FORM BELOW.
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BECKER SOLUTION
Besides an understanding of the application there is a set of process parameters that we ask for in order to offer the best pump solution:
- Volumetric flow / mass flow
- Inlet + outlet pressure
- Inlet + ambient temperatures
- Gas analysis
- Relative humidity
- Other special requirements
We can also arrange an NDA in advance.
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