Adsorption

Our multi column custom-made units are tailored for adsorbent users and developers.

Adsorption TestingGet in touch with our experts

Capturing CO2 from the air is an important way to be able to tackle climate change. Avantium R&D Solutions has recently created a custom made high throughput testing platform to enable development of better materials for CO2 adsorption. This system fits Avantium R&D Solutions’ experience in a wide range of gas and liquid purification and separation challenges.

In the fight against Climate Change caused by the greenhouse effect of carbon dioxide it is important to reduce the carbon dioxide direct from air or directly at the source. This can be done by applying adsorbents in a PSA unit at the source or by adsorbents in air filters also known as Direct Air Capture(DAC).

DAC is one example of many more application in the field of Adsorption where Avantium R&D Solutions has experience and offers innovative tailor-made units applicable to a wide range of gas and liquid purification and separation challenges.

Our multi column units are tailored for adsorbent users and developers!

Our custom-made units allow our customers to test 8 materials at the same time under the exact same conditions. This ensures that any differences they see in the results come from the differences in the material and allow them to select the best material for adsorbing CO2.

Ready for fast and accurate testing of your adsorption performance 

 

To select the best adsorbent for such process regarding selectivity, capacity, operational cost and energy efficiency.

Avantium’s high throughput breakthrough tailor-made unit offers a number of advantages.

  • Fast adsorbent screening reducing the time to market due to simultaneously testing multiple samples.
  • Works with small samples leading to lower experimental costs by smaller batches.
  • Flexibility in test conditions taking you as close as you can get to your process conditions
  • Reliable results by testing multiple samples simultaneously under identical test conditions