Delta CleanTech Inc. continued its pursuit of innovating the CO2 Capture process, consistently exploring new materials, solvents, and technologies aimed at enhancing performance. Delta's engineering team has been engaged in collaborative endeavors, working with the National Research Council of Canada, to delve deeper into the intricacies of DeltaSolv®, Delta's carbon capture solvent division. These endeavors encompass a spectrum of experiments, ranging from studying solvent capture capacity, the kinetics of solvents in CO2 capture, assessing solvent corrosion under varying temperatures, CO2 loadings, as well as exploring concentration control through semi- permeable membranes.

The insights garnered from these characterizations will empower clients with a wider array of options for their CCUS (Carbon Capture, Utilization, and Storage) initiatives. Understanding the unique composition and flow of each CO2 capture source is paramount. Thus, comprehending the corrosive nature of amine solutions on building materials and the specific characteristics of these solutions, offers invaluable insight into how Delta's LCDesign® can tailor plant specifications, to match the requirements of the exhaust feed gas.

This enables the precise alignment of point sources of CO2 emissions, with optimally formulated solvents and plant designs, ensuring clients achieve maximized CO2 capture unit economics.