cadres and employees of scientific research institutes such as the Institute of Petroleum Exploration, the Institute of Petrochemical Science, the Beihua Institute, the Dalian Institute, the Shanghai Institute, the Academy of Engineering, the Institute of Geophysical Exploration, and the Institute of Safety Engineering have conscientiously studied the important instructions of General Secretary Xi Jinping during his inspection of Jiujiang Petrochemical. He expressed that he will further stimulate the spirit of enterprising and self-improvement, strive to master more key core technologies with independent intellectual property rights, accelerate the creation of first-class innovation capabilities, move towards high-level scientific and technological self-reliance, and take a more active role in serving as a national strategic scientific and technological force.
The Petroleum Exploration Institute continues to focus on strategic areas such as deep earth engineering, tight oil and gas, and shale oil and gas, deepens basic geological research, and continues to increase exploration support. Strengthen scientific and technological integration research, promote the research and development and application of new technologies, new processes, new materials, and new equipment, and help realize low-cost construction and production in new areas and precise development in old areas. Actively build a CCUS technology decision-making center, engineering data center, and industrial planning center to accelerate technological research on the development of green resources such as geothermal energy and promote green and low-carbon energy transformation. Huang Runchun, winner of the Sinopec Science and Technology Innovation Merit Award and senior expert of the group company, said that we must focus on the theoretical and technical problems faced by oil and gas exploration and development, and green transformation and development, and strive to make more contributions to the high-quality development of Sinopec's upstream.
The Petrochemical Academy will accelerate the research and development of key green and low-carbon core technologies such as industrial energy consumption reduction technology, low energy consumption separation technology, and refinery process optimization to support refining and chemical companies to continue to reduce energy consumption, reduce losses, control material consumption, and reduce emissions. Focusing on the blue ocean areas of emerging technological innovation, we will strengthen the cultivation of strategic emerging industries such as high-end carbon materials, new energy, and electrocatalysis, and continuously expand the space for high-quality innovation and development. Wang Huiguo, deputy chief engineer of the Academy of Petroleum Science and Technology and director of the Fourth Research Office, said: "I will continue to innovate and tackle key problems based on my position, further improve the level of Sinopec's aromatics complete set of technologies, and make new contributions and achieve greater success in achieving the 'double carbon' goal."
Beihua Institute of Chemical Industry has strengthened strategic planning and top-level design, focused on digitalization and greening in the field of chemical materials, strengthened the construction of the source of original technology, and strived to tackle more key problems in the fields of ethylene technology, polymer synthetic materials, and new energy and new material fundamentals. Core technologies promote high-quality development of chemical business with original and leading scientific research results. Luan Jinyi, a senior expert at the group company, said that the company will accelerate the research on synergistic technology for energy conservation, pollution reduction and carbon reduction, and build a new technology and carbon sequestration evaluation system for near-zero wastewater discharge from refining and chemical enterprises along the Yangtze River under low carbon constraints, in order to promote a green, low-carbon and high-carbon petrochemical industry. Make greater contributions to quality development.
Dalian Institute focuses on green and low carbon, accelerates research on degradable material monomer technology and bio-based materials, and forms a technical framework for coordinated development of pollution reduction and carbon reduction. Focusing on energy security and based on its rich experience in the field of hydrogenation, it promotes technological upgrades such as low-cost deep conversion of heavy oil and "oil conversion". Peng Shaozhong, a senior expert at the group company and a model worker in Liaoning Province, said: “We must give full play to the pioneering role of scientific research institutions in basic research and key core technology research, and develop new hydrocracking catalysts and process technologies with better performance and more targeted , providing scientific and technological support for the transformation and upgrading of petrochemical enterprises."
The Shanghai Institute continues to promote the iterative upgrade of advantageous technologies such as toluene disproportionation and methanol to olefins, and develops a new generation of "oil conversion" and "oil to special" technologies to support and lead the transformation and upgrading of refining and chemical companies. Focus on the "double carbon" goal, vigorously develop new technologies such as hydrogen energy utilization and carbon dioxide utilization, accelerate the formation of a green technology system, and support and lead petrochemical enterprises on the road to green development. Liu Hongxing, a central enterprise model worker, senior expert of the group company, and deputy chief engineer of the Shanghai Institute of Technology, said: "We will continue to accelerate the iterative upgrade of fluidized bed catalytic technology, continue to carry out research and development of environmentally friendly catalytic technology, and provide solutions for waste gas, waste water, and solid waste treatment. Provide technical support.”
The Academy of Engineering focuses on major technical needs in the oil, gas and new energy fields such as deep earth engineering, shale oil exploration and development, and demonstration well engineering. It adheres to independent control, actively integrates into the national innovation system, accelerates key core technology research, and continues to promote geological engineering integration, production and production. Integrated collaboration of learning and research. Strengthen applied basic research, accelerate the industrial application of scientific and technological achievements, and unswervingly promote intelligent development to help oilfield companies reduce costs and increase efficiency. Zeng Yijin, chief expert of the group company, said that it is necessary to carry out basic theoretical analysis around key areas, strengthen technical research on deep wells and extra-deep wells, and make new contributions to ensuring the energy job.
Focusing on the actual scientific research and production work, the Institute of Geophysical Exploration strives for new and greater results in key areas such as 5G intelligent node instruments and p frame seismic integrated software platform. Determined to innovate and focus on tackling key problems, we will support the high-quality development of Sinopec’s upstream industry with outstanding performance, effectively ensure national energy security, and serve as a national strategic scientific and technological force. Cai Jiexiong, winner of the 31st Sun Yueqi Energy Science and Technology Award, said: "We will vigorously research key core technologies in seismic exploration, accelerate the development of domestic software of independent technologies and the transformation and application of results, and secure our energy jobs with high-level science and technology."
The Institute of Safety Engineering is fully committed to promoting the construction of a national-level innovation platform, focusing on the transformation and development of traditional petrochemical industries, new energy and new materials and other emerging industries, and accelerating the advancement of key core technology research and intrinsic safety technology innovation. Improve digital and intelligent transformation plans and measures to provide solutions for building green and intelligent refining and chemical enterprises. Yu Anfeng, a Sinopec model worker and head of the hydrogen energy safety innovation team, said that it is necessary to continue to build digital and intelligent risk management and control technologies and platforms for petrochemical installations, carry out the research and development and application of safety assurance technologies for the entire hydrogen energy industry chain, and improve the installation risk management and control capabilities and intrinsic safety level.