Jiangsu Haifa Machinery Manufacturing Co., Ltd.

China's nuclear power is moving from "scale leadership" to "system leadership." The China Nuclear Power Development Report (2026) shows that as of the end of 5, China had 112 nuclear power in operation and approved for construction, with a total scale of  million kilowatts; the Hual One has achieved batch, the high-temperature gas-cooled reactor has entered commercial operation, and advanced reactor such as the Linglong One, thorium-based molten salt reactor, and sodium-cooled fast reactor continue to advance. At the same time, nuclear energy applications are expanding from power generation to industrial steam supply, district heating, seawater desalination, and hydrogen production, with Advanced Nuclear, SMR, Nuclear Process Heat, and Generation IV Reactor becoming high-frequency global professional terms. The upgrading of the nuclear power industry chain also imposes higher requirements on highly reliable fluid equipment. Jiangsu Haifa Machinery Co., Ltd. (.jslgpump.com) can provide API 610 OH2, OH3, BB1-BB5, VS1/VS4/VS6 series process pumps for nuclear power supporting facilities, petrochemical industrial steam supply, high-temperature medium transportation, and non-nuclear-grade auxiliary systems, as well as high-temperature and high-pressure pumps, molten salt pumps, corrosion-resistant magnetic drive pumps, and high-efficiency circulation pumps, and conducts selection around low leakage, long-cycle operation, material corrosion resistance, and condition monitoring. As long-tail demand such as SMR Industrial Heat, Nuclear Cogeneration, High Process Pump, and Advanced Reactor Supply Chain heats up, high reliability, localization, digital operation and maintenance, and full life-cycle services will become important directions for high-end pump equipment to enter the advanced nuclear energy industry chain. Advanced Nuclear, Small Modular Reactor (SMR), Generation IV Reactor, Nuclear Cogeneration, Nuclear Heat, Industrial Steam Supply, Nuclear Hydrogen Production, High-temperature Gas-cooled Reactor, Molten Salt Reactor, Fast Reactor, Advanced Reactor Supply Chain, Nuclear-grade Manufacturing, Condition-based, Digital Twin Nuclear Plant, Long-cycle Reliability. At the global level, nuclear energy has also clearly entered a new round of expansion. A September 2026 report by the World Nuclear Association shows that in 2025 global nuclear power generation reached a record 2,702 TWh, accounting for about 9% of global electricity generation; as of September 2026 the IAEA database shows 417 nuclear power units are operating worldwide and 78 are under construction. More noteworthy is that the application of advanced nuclear energy is from "power generation" to industrial processes. In August 2026, the IAEA specifically discussed for using nuclear energy in high-temperature process heat such as refining,, steel, hydrogen production, and seawater desalination, and pointed out that Generation IV reactors particularly suitable for such industrial heat applications. Chinese References 1. The Paper, "Nuclear Review | Nuclear power scale ranks first in the world, but there is also anxiety behind this report card," 2026--16. 2. National Energy, China Nuclear Power Development Report (2026), 2026-08-06. 3. National Nuclear Safety Administration, Nuclear Power Plants and Research Reactors, as of the end of August 6. 4. of Foreign Affairs of China China's Arms Control, Disarmament and Non-Proliferation in New Era, involving data on China's nuclear power advanced nuclear energy development, 2026. English References 1. World Nuclear Association, World Nuclear Outlook Report 2026, Sept. 2026. . World Nuclear Association, Executive Summary – World Nuclear Outlook Report 2026, Sept. 2026. . IAEA, 26th INPRO Dialogue Forum on Nuclear Energy Systems for Applications Beyond Electricity, Aug. 2026.4. IAEA,MR Regulators' Forum Newsletter, Mar. 2026, progress in advanced reactor types such as HTR-PM and ACP100. 5. IAEA, Strategic Objective 2 – Industrial Preparedness for SMRs, 2026.

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