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We can reform traditional energy projects with the help of efficient, high-temperature, high-pressure and high-velocity combustion, and reliable automatic ignition technologies of liquid rocket engines. We master industrial waste liquid and gas combustion process, industrial furnace combustion and energy-saving, high-efficiency combustion in pure oxygen, entrained-flow bed pulverized coal firing, combustion with low NOX discharge, and high-pressure vacuum ejector technologies, which enables us to render engineering services regarding engineering design, key equipment development and construction of natural gas chemical, petrochemical and coal chemical industries.
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We have developed a series of products that can completely substitute imports of the kind with the technical advantages in flow field calculation, hydraulic model optimization, cavitation mechanism study, optimization design and matching of inducer and centrifugal impeller, high-power high-speed bearing design, high-PV super low viscosity motive seal and gear study design of turbo pump of liquid rocket engines, including high speed centrifugal pump, high pressure abration resisting pump, and high speed centrifugal fan.
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Our special valves like pyrolysis gas/decoking valve, survivor control valve, automatic recirculation valve, polymer valve, and pressure/vacuum relief valve are widely used for oil, petrochemicals, textile and metallurgy, and win the trust and praise from our customers. We also can design and manufacture valves upon specific requirements of customers. Our valve materials include carbon steel, stainless steel, dual-phase steel, Hastelloy, Monel metal and so on.
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The Heating Furnace Division (www.bapc-heater.com), relying on the advanced technology of liquid rocket engine's high-temperature, high-pressure, high-efficiency, and high-speed combustion, as well as reliable automatic ignition techniques, has developed over nearly thirty years. In the fields of heat transfer, combustion, combustion control, and vacuum injection, the division has established a range of advantageous products, including thermal oil furnaces, heating furnaces, low-nitrogen burners, injectors, etc. These products find extensive applications in the chemical industry, such as polyester fiber production, coking, coal-to-oil (gas) processes, synthetic ammonia production, coal pyrolysis, propane dehydrogenation, and refining.
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Our safety valves of HT series are designed, manufactured, tested and accepted in strict accordance with the ASME rules and API standards. Our domestically advanced multistation full-capability safety valve test device guarantees reliable performance and safe and stable operation on protected equipment of our products. The HT series include more than ten models, which is of more types and specifications than products by any other manufacturers domestically. These products are used by hundreds of domestic enterprises in oil, chemical, energy, metallurgy, pharmaceuticals, and textile industries, and exported to more than ten countries.
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Relying on the combustion, heat transfer and sealing technology of rocket engines, Eleven Institute (Beijing) has independently innovatively developed the aerospace pyrolysis organic solid waste treatment technology (SHCP ? technology) using the solid heat carrier mechanical fluidization heating method. A new generation of environmental protection technology for industrial-scale resource utilization such as sludge, waste plastics, waste tires, hazardous waste, etc.
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Based on the technological foundation of safe utilization and systematic integration of hydrogen-oxygen propellant in hydrogen-oxygen rocket engines, the Beijing Institute of Aerospace Power Research has been conducting research on hydrogen utilization technology since 1999. It has successively undertaken nearly forty research and development tasks in various fields such as the Ministry of Science and Technology, defense basic research, the Rocket Army, logistics equipment, and the Beijing Municipal Science and Technology Commission. The institute has established a professional technical team covering areas such as system design, electrical measurement and control, experimental testing, and electrochemistry. It has achieved advanced domestic levels in areas including system integration, hydrothermal management and environmental adaptability, power regulation, and electronic measurement and control.Over more than twenty years of development, the institute has gradually formed directions including hydrogen energy power systems, fuel cell engines and their expanded applications, PEM electrolytic hydrogen production systems, and renewable energy hydrogen production and storage. In 2018, the institute became one of the supporting units for the Hydrogen Energy Engineering Technology Research and Development Center of the Aerospace Science and Technology Group, dedicated to the research and development of market-oriented products for hydrogen utilization in both military and civilian sectors. This effort aims to promote technological progress and sustained development in China's hydrogen energy industry.
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Beijing Aerospace Petrochemical Company
Beijing Aerospace Propulsion Institute
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