CCUS technologies mitigate climate change by capturing and repurposing CO₂. Advanced analyzers for gas capture, such as DVS Carbon and BTA Frontier, enable precise gas and moisture uptake analysis, measuring CO₂/H₂O sorption isotherms, kinetics, and breakthrough curves. These tools support DAC research, porous material characterization, and optimization of sorbents for efficient real-world carbon capture performance.
Need Material Testing?
Our specialized lab provides contract testing services specifically for CCUS sorbents.
Quantify CO₂ uptake under realistic operating conditions to evaluate sorbent performance. High-resolution isotherms enable comparison of materials and identification of those with optimal capture capacity.
Understand the competitive and synergistic effects of moisture on CO₂ capture. Analysing co-adsorption behaviour is important for predicting real-world performance, particularly for direct air capture and flue gas conditions.
Evaluate dynamic gas separation behaviour through breakthrough analysis. This provides insight into how materials perform under continuous flow conditions, helping to optimise bed design and scale-up processes.
Characterise pore size distribution, surface area, and adsorption sites that govern gas uptake. Understanding structure–performance relationships enable targeted development of more efficient sorbents.
Simulate real-world environmental conditions to understand their influence on sorbent behaviour. Moisture and temperature variations can significantly affect performance, making this analysis essential for reliable deployment.
World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.
