Core Insights - The research team at the Puguang gas field is focused on developing a customized carbon capture technology that addresses the challenges posed by high humidity in the gas field environment [1][2] - The team has achieved a significant reduction in regeneration energy consumption, reaching 2.7 GJ/ton of CO2, which is 30% lower than traditional carbon capture methods [2] - The newly formulated composite amine solvent has a stable carbon capture efficiency of 92%, contributing to China's carbon reduction goals [3] Group 1 - The research team is conducting experiments on sulfur recovery tail gas carbon capture technology, emphasizing the need for customized solutions due to the high humidity conditions [1] - The team identified that the humidity correction factor was underestimated, leading to the development of a new mathematical model for better data accuracy [2] - The adjustments made to the solvent circulation and temperature control resulted in a successful reduction of energy consumption for CO2 regeneration [2] Group 2 - The average age of the research team is 32, indicating a young and dynamic workforce dedicated to achieving breakthroughs in carbon capture technology [3] - The successful experiments mark a significant step towards meeting China's dual carbon goals, showcasing the importance of innovation in the energy sector [3]