CCUS stands for Carbon Capture, Utilization, and Storage. It is one of the core technologies for addressing global climate change and an important path to achieving the "dual carbon" goal. CCUS can capture carbon dioxide from industrial emissions sources or the air, reduce emissions through resource utilization, and safely store the remaining portion, achieving "negative emissions" or a closed-loop resource utilization of carbon dioxide.

DAC stands for Direct Air Capture, which is one of the core technologies in the CCUS (Carbon Capture, Utilization, and Storage) system for carbon capture. It is also a key direction in the field of green carbon. Unlike traditional methods of capturing carbon from industrial flue gas, DAC can directly separate and collect carbon dioxide from the atmosphere to achieve global carbon reduction, and is the core technical means to achieve negative carbon emission targets.

AI+carbon capture is an innovative business model of GeCarbon Zhihe. Through machine learning, generative AI, digital twin and other AI comprehensive solution technologies, it runs through the entire carbon capture chain (customer demand analysis, technology and product research and development, equipment production, carbon capture project implementation, solvent management, data collection management, operation services, carbon utilization, carbon asset management, full process AI development and optimization), to achieve intelligent solutions that improve efficiency, reduce costs and scale implementation. It is compatible with CCUS and DAC technology routes and is the core technology integration direction for carbon reduction under the dual carbon goal.