Water plays a pivotal role in direct air capture technologies, impacting materials,
regeneration processes and product streams. CO2 removal methods, including absorption …

Direct air carbon capture and storage (DACCS) involves a set of approaches for capturing
CO2 directly from the air and its subsequent long-term storage. DACCS is at an early stage …

Carbon dioxide (CO2) adsorption on solid sorbents represents a promising technology for
separating carbon from different sources and mitigating anthropogenic emissions. The …

The question has shifted from whether solid sorbents can work in direct air capture (DAC)
technologies to which solid sorbents are more economically advantaged. Determining this is …

While a rapid defossilisation of the energy-industry system is at the highest priority for
climate change mitigation, additional post-fossil carbon dioxide removal (CDR) for net …

Direct air capture with CO2 storage (DACCS) is among the carbon dioxide removal (CDR)
options, with the largest gap between current deployment and needed upscaling. Here, we …

Abstract Carbon Dioxide Removal (CDR) is an emerging activity with extremely limited
deployment to date, but which is mathematically required to achieve net (rather than true) …

This study compares the performance of amine-functionalized γ-alumina sorbents in the
form of 3 mm γ-alumina pellets and of a γ-alumina wash-coated monolith for CO2 capture for …

Reducing the emissions from steel production is essential in meeting climate targets while
maintaining economic prosperity. Here we show that applying deep emissions mitigation to …

New and enhanced processes will not be the only drivers toward a sustainable chemical
industry. Implementing climate policies will impact all components of the chemical supply …