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Direct Air Capture Adsorbent Solutions
Introducing Honeywell UOP DACSIV™, an advanced zeolite adsorbent solution for direct air capture (DAC) of carbon dioxide (CO2). Direct Air Capture (DAC) technology is projected to play a crucial and growing role in limiting the global average temperature increase to 1.5 degrees C, as it provides a negative emission solution.
Why Honeywell UOP DACSIV™ Solutions?
Honeywell UOP DACSIV Capture is a leading zeolite-based adsorbent solution for capturing CO2 through Direct Air Capture (DAC) by providing exceptional selectivity & longer life, affording higher yields, and offering improved cycling & lower lifetime operation cost.
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High CO2 Capacity
Specifically developed for selectively removing CO2 from ambient air with higher CO2 capacity compared to existing market alternatives.
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Stability & Cycle Capacity
This premium zeolite solution is durable and long-lasting, enabling reduced regeneration costs compared to other alternatives.
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Global Manufacturing at Scale today
Responsibly manufactured at sites across North America, the European Union, & China, Honeywell UOP’s DACSIV adsorbents can be sourced regionally to minimize transportation-related CO2 emissions & costs and to maximize regional government incentives.
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ONE Honeywell
Honeywell UOP’s DACSIV adsorbents are integral to Honeywell’s overarching commitment to delivering carbon capture technologies, aligning with the objective of achieving carbon neutrality.
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Unmatched Adsorbent Experience
Honeywell UOP pioneered the adsorbents industry with the invention of the first synthetic zeolites for use as molecular sieves in 1949. Leveraging our extensive experience in adsorbent innovation over several decades, UOP has developed tailored solutions to selectively eliminate moisture, CO2, and contaminants across a diverse array of applications, including direct air capture.
Blue Sky Made Real
Global industry leaders are continuing to seek new technologies and strategies to reduce emissions. Direct Air Capture (DAC) technology is projected to play a crucial and growing role in limiting the global average temperature increase to 1.5 degrees C, as it provides a negative emission solution. Unlike other forms of carbon capture, which abate CO2 directly from industrial sources such as flue gas, DAC extracts CO2 directly from ambient air. DAC technology has gained support from policymakers and industry operators due to its ability to reduce otherwise non-abatable emissions, as well as its flexibility of location, ease of monitoring emissions, and scalability. To meet the targets set in the IEA’s Net Zero Emissions by 2050 Scenario—from roughly 0.01MT CO2/year of DAC today to more than 85 Mt of CO2 in 2030 and around 980 MtCO2 in 2050—DAC technology requires a rapid increase in scale. Honeywell UOP’s DACSIV™ solution is available now to help DAC technology providers scale their operations today.
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