Introduction: The harmful “ditch oil†is a high value-added aviation kerosene. This dream is not far away. Sinopec uses a variety of animal and vegetable fats and oils as its raw materials and adopts independently developed hydrogenation technologies, catalyst systems, and process conditions. For the first time in the country, bio-aviation kerosene products meeting the requirements of aviation kerosene have been produced, and their quality and technological indicators have completely reached internationally advanced technological levels. The Civil Aviation Administration of China announced today at the Great Hall of the People in Beijing that it officially accepted the application for certification of airworthiness of No. 1 biogenic aviation coal developed by Sinopec.
According to Wang Tianpu, general manager of Sinopec, Sinopec’s aviation kerosene production accounts for about 73% of domestic production. In 2009, Sinopec initiated research and development of bio-flying coal, and completed laboratory research on raw material screening, technology route design, process optimization, and formulation of catalyst formulations. It successfully solved the problems of insufficient raw materials and low-temperature performance of products; December 2011 On the 12th, Hangzhou Petrochemical Co., Ltd. succeeded in achieving industrial amplification and produced biological aviation coal products, and became the first domestic enterprise with independent biological aviation coal production technology and mass production capacity. Compared with jet coal, a traditional oil-based feedstock, Sinopec No. 1 Bio-Fertilizer has a good carbon-reducing effect throughout its life cycle, and has good compatibility with conventional No. 3 jet fuel. He said that currently Sinopec is actively expanding its sources of raw materials, has cooperated with international and domestic famous catering companies, and used catering waste oil to process and produce bio-flyable coal; at the same time, it is actively developing technologies for seaweed production of jet fuel.
Li Jian, deputy director of the Civil Aviation Administration of China, stated that according to the prediction of relevant international organizations, bio-flying coal will reach 30% of the total aviation fuel in 2020. Sinopec has taken the lead in developing domestic bio-flying coal products with independent intellectual property rights and has submitted applications for airworthiness certification, which fully reflects China's active efforts to comply with the development trend of the global aviation industry and reduce carbon dioxide emissions. He hoped that Sinopec and civil aviation related departments would cooperate sincerely to ensure that the product design and production meet the requirements for proper navigation.
At the reception ceremony today, in addition to the national functional departments such as the National Development and Reform Commission, the Ministry of Environmental Protection and the SASAC, the US Department of Energy, and other relevant foreign departments, there are international and domestic major civil aviation operators, and even aviation fuel directors of the air force and navy. Institutions, etc.
According to Wang Tianpu, general manager of Sinopec, Sinopec’s aviation kerosene production accounts for about 73% of domestic production. In 2009, Sinopec initiated research and development of bio-flying coal, and completed laboratory research on raw material screening, technology route design, process optimization, and formulation of catalyst formulations. It successfully solved the problems of insufficient raw materials and low-temperature performance of products; December 2011 On the 12th, Hangzhou Petrochemical Co., Ltd. succeeded in achieving industrial amplification and produced biological aviation coal products, and became the first domestic enterprise with independent biological aviation coal production technology and mass production capacity. Compared with jet coal, a traditional oil-based feedstock, Sinopec No. 1 Bio-Fertilizer has a good carbon-reducing effect throughout its life cycle, and has good compatibility with conventional No. 3 jet fuel. He said that currently Sinopec is actively expanding its sources of raw materials, has cooperated with international and domestic famous catering companies, and used catering waste oil to process and produce bio-flyable coal; at the same time, it is actively developing technologies for seaweed production of jet fuel.
Li Jian, deputy director of the Civil Aviation Administration of China, stated that according to the prediction of relevant international organizations, bio-flying coal will reach 30% of the total aviation fuel in 2020. Sinopec has taken the lead in developing domestic bio-flying coal products with independent intellectual property rights and has submitted applications for airworthiness certification, which fully reflects China's active efforts to comply with the development trend of the global aviation industry and reduce carbon dioxide emissions. He hoped that Sinopec and civil aviation related departments would cooperate sincerely to ensure that the product design and production meet the requirements for proper navigation.
At the reception ceremony today, in addition to the national functional departments such as the National Development and Reform Commission, the Ministry of Environmental Protection and the SASAC, the US Department of Energy, and other relevant foreign departments, there are international and domestic major civil aviation operators, and even aviation fuel directors of the air force and navy. Institutions, etc.
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