The feasibility study report for Carbon Energy Technology’s 40,000 tons per year sustainable jet fuel project in Inner Mongolia has passed the review

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The feasibility study report for Carbon Energy Technology’s 40,000 tons per year sustainable aviation fuel project was approved. Immersive reading in a novel reader: Recently, an expert review meeting for the feasibility study report of Carbon Energy Technology’s 40,000 tons per year sustainable aviation fuel project was successfully held in Shanghai. The report received unanimous approval from the expert group, marking significant progress in the preliminary stages of this project. Sun Lei, General Manager of the Zero-Carbon Chemicals Division at Carbon Energy Technology, along with relevant members of the project team, attended the review meeting. The project is located in the Inner Mongolia Autonomous Region, covering a total area of approximately 480 mu. Leveraging the region’s abundant wind, solar, and biomass resources, the project adopts an advanced technical approach that combines biomass gasification, electrocatalytic conversion of carbon dioxide, green hydrogen production, and FT synthesis. This approach integrates agricultural and forestry waste with green electricity for hydrogen production. Once completed, it will be capable of producing 40,000 tons of sustainable aviation fuel per year, with carbon dioxide emissions over its entire life cycle reduced by more than 80% compared to traditional aviation fuel. It offers a practical industrial solution to help achieve China’s ‘dual carbon’ goals in the aviation sector. Through the utilization of green electricity and the recycling of biomass resources, the project enhances carbon utilization efficiency, promotes the transformation and upgrading of industries within the park, and contributes to the development of an open and integrated green aviation industry ecosystem. Against the backdrop of the mandatory blending policy imposed by the EU’s REFUEL EU legislation, the project’s production capacity will effectively fill the gaps in both domestic and international markets, providing crucial support for China’s sustainable aviation fuel companies to gain a foothold in the global market. Next, Carbon Energy Technology will accelerate preliminary tasks such as project approval, striving to complete construction and bring the facility into operation as soon as possible, in order to provide strong impetus for the deep decarbonization of the aviation industry and the low-carbon transformation of energy sources. Carbon Energy Technology is a research-oriented company focused on \"carbon neutrality\" technologies; it is dedicated to the development of breakthrough negative carbon technologies, green hydrogen technologies, and energy storage solutions. It was founded in 2015 by Kang Peng, a Ph.D. graduate from Stanford University and a high-level talent. Carbon Energy Technology provides economically viable \"carbon neutrality\" solutions for the carbon-emitting industry. By utilizing self-developed catalysts, membrane electrodes, electrolytic reactors, and an integrated carbon capture and utilization process, along with green electricity, carbon dioxide can be efficiently converted into green chemicals and new materials of industrial value such as syngas, synthetic oil, and green methanol. This approach enables the utilization of carbon while also making use of renewable energy, thus serving as a powerful force in helping to build a \"zero-carbon\" economy.