CapsoS™

2-in-1

NOx & SOx Capture

95%

Capture Efficiency

0%

CO2 Reactivity

CapsoS Overview

What is CapsoS™?

CapsoS™ is a highly effective chemical solvent designed for the simultaneous removal of SOx and NOx at the ppm level from industrial flue gas. This critical step is essential in the process of carbon capture to ensure CO2 can be efficiently captured without interference from other compounds.

capsos dual capture

Dual Capture

CapsoS™ enables the integration of desulfurization and denitrification into a single streamlined process, allowing for the simultaneous removal of SOx and NOx. This dual capture capability reduces the need for separate treatment systems, resulting in the significant savings on equipment, installation, and operational costs. It can also lower energy consumption and reduce the complexity of plant operations, leading to even more cost savings.

Efficient & Selective

CapsoS™ achieves over 95% capture efficiency for SOx and NOx, effectively removing these unwanted compounds at the ppm level and preparing the flue gas for subsequent treatments.

Another key advantage of our solvent is its high selectivity for SOx and NOx, ensuring that it targets only these compounds without reacting with CO2. This selectivity is crucial because reactions with CO2 can reduce its availability for capture, as well as introduce the production of excessive solid waste. By preventing these unwanted reactions, CapsoS™ enhances the overall efficiency and cost-effectiveness of the desulfurization and denitrification process.

efficient & selective
sustainably stable

Sustainably Stable

CapsoS™ adheres to international sustainability standards and embodies our commitment to fostering a circular green economy. It is fully recyclable and environmentally friendly, ensuring no harmful pollutants are released into the environment.

Our solvent is remarkably stable, with low volatility and minimal degradation, meaning it maintains its efficacy over time without needing frequent replacement or supplementation. This translates to minimal solvent consumption and reduced operational costs.

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