【Major Industrial Equipment in the Chemical Industry】302 – Multiple petrochemical technologies and equipment have been included in the **Energy Administration’s List of First-of-Their-Kind Major Technical Equipment**
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**Announcement No. 2 of 2022 issued by the Energy Bureau: In order to continue promoting the demonstration and application of the first-of-a-kind major technical equipment in the energy sector, accelerate innovation in such equipment, and ensure the security of the industrial chains and supply chains related to key technical equipment, our bureau organized the submission and evaluation process for the first-of-a-kind major technical equipment in the energy sector for the year 2021. The relevant matters are hereby announced as follows. I. At the request of various relevant entities, and following expert evaluations, reviews, and public announcements, it has been decided to include 75 technical equipment (projects), such as the “300MW class variable-speed pump-storage unit complete sets of equipment”, in the list of major technical equipment projects of the energy sector for the year 2021. Relevant organizations should accelerate the development of technical equipment, overcome and master key technologies, and steadily advance demonstration applications to ensure the successful implementation of the demonstration projects for the first sets of major technical equipment. II. In accordance with the \"Opinions on Promoting the Demonstration and Application of First-of-Kind Major Technical Equipment\" (Fa Gai Chan Ye [2018] No. 558) and the \"Notice of the **Energy Administration on Promoting the Demonstration and Application of First-of-Kind Major Technical Equipment in the Energy Sector\" (Guo Neng Fa Ke Ji [2018] No. 49), the entities responsible for developing such first-of-kind major technical equipment in the energy sector, as well as the projects on which this development is carried out, are entitled to the following policies: (1) Projects that undertake the task of developing first-of-kind major technical equipment are given priority in being included in relevant plans, and they are approved or authorized by the investment authorities at various levels according to their respective competencies. (II) For the bidding process for the first set of major technical equipment in the energy sector, with the approval of the relevant industry authorities, methods such as single-source procurement or competitive negotiation may be employed to ensure the completion of the demonstration projects. (III) The projects that undertake the demonstration tasks for the first set of major technical equipment may, according to actual needs, be granted appropriate preferences in terms of annual electricity generation quotas, the operation of generating units connected to the grid, scheduling methods, fuel supply, and supervision. Local authorities are encouraged to further refine and implement support policies related to intellectual property, funding, taxation, finance, and insurance, based on local conditions. (IV) The projects that undertake the demonstration tasks for the first set of major technical equipment are entitled to a policy of tolerance regarding mistakes in their demonstration applications, depending on the actual circumstances. III. For the technical equipment designated for use in the project, if construction of the project does not begin within three years from the date of issuance of this announcement, the qualification for the first set of such equipment will be automatically revoked. IV. The entities responsible for the development of the first set of major technical equipment in the energy sector, as well as the entities overseeing the related projects, must report to our bureau on the progress of their work in a timely manner. One year after the commissioning of these projects, they shall conduct a self-evaluation of the demonstration applications and submit a report on this evaluation to our bureau. This is to announce.
These chemical-related technologies and equipment include: the 35MPa rapid hydrogenation unit developed by the Beijing Institute of Low-Carbon Clean Energy; the MW-class PEM electrolysis water splitting hydrogen production equipment from the 718th Research Institute of China State Shipbuilding Corporation; the proton exchange membrane fuel cell power supply systems provided by Shanghai Reshaping Energy; the 70MPa containerized high-pressure intelligent hydrogenation system developed by Jiangsu Guofu Hydrogen Energy Technology Equipment Company; the advanced compressed air energy storage systems created by the Institute of Engineering Thermophysics of the Chinese Academy of Sciences and Zhongchu Guoneng (Beijing); the high-performance perfluorinated ion membranes used in large-scale energy storage flow batteries, produced by Jiangsu Kerun Membrane Materials; the hydrostatic shaft seals and related components for nuclear main pumps, developed by the Lanzhou Institute of Chemical Physics of the Chinese Academy of Sciences and other institutions; the large-scale compression units for ethylene production facilities with an annual capacity of 1.2 million tons, as well as air compression units for air separation plants with a capacity of 100,000 cubic meters, supplied by Dalian Rubber & Plastics and Shenyang Blowers; the complete set of equipment for producing 30,000 tons per year of cellulose fuel ethanol along with electricity and gas, developed by Guotou Biology; the multi-nozzle opposed water-coal slurry gasification furnace with a quenching process, developed by Shandong Yankuang Guotuo Technology Company; the carbon dioxide capture system for power plants with a capacity of millions of tons, developed by the Clean Energy Technology Institute of China Huaneng Group; the cylindrical floating production, storage, and offloading platforms provided by Nantong COSCO Shipping; the large-diameter rotary steering and real-time logging systems offered by CNOOC Services; the “one-button” human-machine interface automated drilling rig capable of operating at depths of 7,000 meters, produced by Baoshi Machinery; the large-diameter shore-based intelligent loading and unloading arms for LNG receiving stations, manufactured by Lianyungang Yuanyang Fluid Loading and Unloading Equipment Co., Ltd. and Lianyungang Jerry Automation Co., Ltd.; the marine seismic solid streamer acquisition equipment provided by CNOOC Services; the large-scale LNG high-pressure transmission pumps for LNG stations, produced by Dalian Deep Blue Pump Industry; the 270,000-cubic-meter LNG storage tanks developed by CNOOC Gas & Power Group; the technology equipment for extracting high-purity helium from the flash vapor in large-scale liquefied natural gas plants, developed by Sichuan Air Separation; the Type 7000 electric-driven fracturing skid produced by Sichuan Baoshi Machinery Special Vehicle Co., Ltd.; and the new type of telescopic frictionless ball valve developed by the South China branch of the pipeline network.