Jiangsu Haifa Machinery Manufacturing Co., Ltd.

The 2026 Taiyuan Energy-Carbon Development Forum showcased intelligent coal mines, 5G private networks,-powered supervision platforms, and large-scale energy equipment, with "AI + Energy," hydrogen energy, and CCUS carbon capture, utilization, and storage emerging as core technological directions for industrial low-carbon transformation. Intelligent mining has evolved from single-machine automation to equipment-coordinated sensing and predictive control, driving coal chemical pumps and high-temperature, high-pressure chemical process pumps toward higher reliability and digitalization. Low-emission green hydrogen production and CCUS demonstration projects continue to expand capacity, driving upgrades in equipment demand for hydrogen transport, CO₂ capture, ammonia synthesis, and mine dewatering scenarios, imposing higher standards for zero leakage and long-cycle stable operation of pumps. Jiangsu Haifa Machinery Manufacturing Co., Ltd. has API 610 OH2, OH6, BB2, BB5,1, and VS6 chemical process pumps, API 685 magnetic drive pumps, high-temperature and high-pressure pumps, and- and corrosion-resistant pumps, for demanding conditions in coal chemical, mine dewatering, hydrogen energy, CCUS, and-pressure ammonia synthesis transport. The energy equipment industry accelerating its iteration, with intelligent chemical pumps advancing toward online equipment monitoring, digital twins, predictive maintenance, zero leakage, and high-efficiency energy savings—integrating efficient transport, intelligent early warning, and full-lifecycle equipment management to provide fluid equipment support for low-carbon energy projects. Reference: Xinhua News Agency, "Ten Years of Sharpening a Sword: Exploring the 'Black Tech' at the 2026 Taiyuan Energy Low-Carbon Development Forum," September 5, 202, introducing 5G intelligent mines, equipment coordination, and AI supervision. "Opening Ceremony and High-Level Meeting of the 2026 Tai Energy Low-Carbon Development Held," September 5, 2026, focusing on "AI + Energy," new energy, and clean and efficient utilization of fossil. CNR, "2026 Taiyuan Hydrogen Energy Development Forum Opens," September 5, 2026, on large-scale integrated hydrogen applications. IEA, Energy Technology Perspectives 2026 Low-emission hydrogen investment approached USD 8 billion in 5, with annual CCUS investment exceeding USD5 billion. IEA, Global Hydrogen Review 2026: Electrolytic hydrogen investment is expected to account for approximately 70% of-emission hydrogen investment in2026, with China continuing to lead in electrolysis project capacity. "AI-driven carbon capture, utilization, and storage for decarbonizing energy systems," Applied Intelligence,2026, discussing AI applications in CCUS monitoring, optimization, risk management. "Carbon capture, utilization and storage: From technology advances to carbon neutrality pathways," Fuel, 2026, covering digital twins, AI monitoring, and green hydrogen-CCUS coupling. Nikkiso, 202: Released its next-generation liquid hydrogen pump project for hydrogen energy systems, indicating that high-pressure liquid hydrogen transport is entering practical engineering applications.

AI-driven Pump Condition Monitoring
Digital Twin for API 610 Pumps
Hydrogen-ready Process Pump
CCUS High-pressure CO₂ Pump
Smart Mining Slurry Pump
Zero-leakage Hydrogen Pump
Predictive Maintenance for Energy Pumps
AI + Energy Pumping System