DVS Carbon

Gravimetric Carbon Dioxide Sorption Analyzer The DVS Carbon is the world’s first high-performance, gravimetric sorption analyzer designed for advanced carbon dioxide capture experiments. Engineered specifically for carbon capture, utilization, and gas storage studies, it enables accurate single and multicomponent CO₂ analysis using a high-resolution gravimetric balance. Whether you’re working in material development, adsorption science, or environmental research, the DVS Carbon provides the control, sensitivity, and flexibility required for CO₂ sorption studies. Co-adsorption mimics real-world CCUS conditions Dual-vapor generation for multi-component studies Real-time sorption kinetics analysis Carbon capture with solid sorbents (e.g. polymers, MOFs, zeolites) Direct air capture and post-combustion capture Gas sorption cycling and regeneration studies Webinar: The DVS Carbon: The missing link for advanced material characterization in CO₂ capture Case Study 621: Realistically evaluating the capabilities of Zeolite 13X as a sorbent for Direct Air Capture in different scales Case Study 624: A realistic study of the applicability of Zeolite 13X as a sorbent for Point Source Capture Case Study 623: Co-adsorption of Carbon Dioxide and Water in a MOF for Post Combustion Capture DVS Application and gas storage studies. Measure CO₂ adsorption capacity, kinetics, and equilibrium behavior in porous materials such as MOFs, zeolites, and activated carbons with high gravimetric sensitivity. With a carefully calibrated mixing system, the DVS Carbon independently controls the CO2 and water concentration, enabling complex sorption programs to be created with controlled changes in concentration and temperature. Direct Air Capture (DAC) and Post-Combustion Capture Perform experiments which mimic different types of carbon capture conditions: co-sorption experiments with 400 ppm CO2 with 0-98% relative humidity at 25°C to evaluate DAC materials, or experiments with 15% CO2 vol% at a variety of humidities at high Study adsorption/desorption cycles and regeneration behavior to understand material stability, working capacity, and long-term performance. Gravemetric Carbon Dioxide Sorption Analyzer World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.