Xikan Institute wins bid for the preliminary design of a 100,000-ton CCUS demonstration project at Shaanxi Non-ferrous Yulin New Materials

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The 25th National \"Safety Production Month\" in 2026: Everyone talks about safety, and everyone knows how to handle emergencies; identifying and addressing risks and hazards. -------------------------------------------------- To address industry-related challenges such as the easy degradation of absorbents, high operational energy consumption, and insufficient efficiency in heat and mass transfer, the preliminary design involves formulating a mixed amine absorbent with high oxygen resistance and low energy consumption. It also entails selecting and arranging specialized equipment for flue gas pre-treatment, wastewater treatment, and regeneration processes. Additionally, process simulation and thermal integration optimization are carried out based on the mechanism models of amine-based capture, resulting in a preliminary design plan for carbon dioxide capture technologies tailored to the needs of the non-ferrous metals industry. Upon completion, the project will simultaneously deliver multiple benefits, including carbon emission reduction, harmless treatment of solid waste, and improved efficiency and quality in the industry. This win further strengthens Xikan Institute’s technical advantages in the CCUS field across all stages, from preliminary planning to initial design. Xikan Institute will carry out the preliminary design work with high quality, continuously refining the parameters of absorbents and key equipment, and advancing carbon-reduction design from experience-based, point-specific optimization to model-driven, end-to-end intelligent collaboration, thereby providing a replicable and practical \"Xikan solution\" for the green transformation of the non-ferrous metals industry.