A ubiquitous and abundant chemical element that is essential to many different industries is
hydrogen (H 2). Due to its numerous applications in petrochemical industries and promise …

This work provides a comparative technical assessment of three technologies for CO 2
removal from air: two aqueous-scrubbing processes and one solid sorbent process. We …

This study presents an integrated techno-environmental assessment of hydrogen production
from natural gas and biomethane, combined with CO2 capture and storage (CCS). We have …

xAbstract In this paper, the ability of CALF-20, a hydrophobic metal–organic framework
(MOF), to capture CO 2 from dry flue gas (15/85 mol% of CO 2/N 2) using two different …

The design of temperature swing adsorption (TSA) cycles aimed at recovering the heavy
product at high purity is investigated by model-based design and applied to the capture of …

The increasing worldwide demand for energy bound to a strong dependence of fossil fuels
has considerably intensified the concentration of greenhouse gases in the atmosphere …

In this work, we use surrogate models to accelerate the optimization of an adsorption
process for H 2 purification and CO 2 capture within the context of fossil-based low-carbon H …

We present an analysis of a novel temperature swing adsorption (TSA) process with
condensers capable of treating wet flue gas reaching 90% CO2 recovery and 95% purity (on …

Today, hydrogen is produced in refineries and petrochemicals using the methane reforming
process, followed by a water gas shift reaction stage. The hydrogen produced has a purity of …

The production of carbon-neutral H2 is pivotal for reaching net-zero CO2 in 2050.
Undoubtedly, the time and scale of this transition call for the decarbonization of H2 …