Energy Saving and Environmental Protection Equipment and Engineering Services

Application of "High-Efficiency Anti-Degradation Waste Heat Boiler Technology"
‌Technical highlights:‌ Sealing modification and optimization of sintering annular cooler system & waste heat recovery boiler, coupled with steam turbine capacity expansion. Achieved domestic advanced level in waste heat power generation efficiency.‌

As China's first project to achieve full annular cooler waste heat cascade recovery and flue gas zero-emission in sintering processes, it adopts proprietary technologies such as annular cooler thermal field management and high-efficiency waste heat power generation, meeting the requirements of deep energy-saving and environmental compliance in the annular cooler process.

By installing supplementary combustion furnaces, the project achieves synergistic utilization of sintering ring-cooler flue gas waste heat and excess blast furnace gas from the plant. This stabilizes the load of the sintering waste heat power generation unit, protects operational safety, and improves the utilization rate of waste heat and energy.

Asia's largest flue gas waste heat power generation project in the civil glass industry. It adopts Shengnuo's proprietary waste heat boilers and distributed power generation technology, addressing issues of conventional boilers and achieving comprehensive utilization of glass kiln waste heat.

Integration of advanced regenerative flue gas-fuel gas combined high-intensity burners, combining CO incinerators with boilers to significantly improve CO combustion efficiency. Optimized process flow and boiler structure ensure safety, steam production, and prevention of ash accumulation and flue gas dew-point corrosion.

Utilizes dual-pressure waste heat boiler + chimney standby air heating technology for deep waste heat recovery of coke oven flue gas. Proprietary anticorrosion and sealing technologies for coke oven flue gas heat exchange tubes ensure high efficiency, safety, and long-term operation.

Adopts Shengnuo's unique high-efficiency heat transfer technology to achieve efficient waste heat recovery and system safety. Efficient heat recovery from glass kiln flue gas resolves ash blockage, wear, and corrosion issues, ensuring long-term operation.

A boiler system designed and manufactured according to Indian IBR standards, providing a model demonstration for JSW Steel Group in energy conservation, waste heat recovery, and carbon reduction.

Pioneering use of high-efficiency heat transfer coupled with advanced soot-blowing technology to solve the challenges of recovering high-temperature, high-dust, and complex alternating flue gas waste heat, laying a foundation for low-energy steelmaking in EAFs.

Innovative series of waste heat recovery devices effectively recover steam from sintering flue gas at the main flue windbox. Reduces flue gas temperature entering dust collectors, improves dedusting efficiency, enables adjustable heat exchange, controls pre-dedusting flue gas temperature, and prevents low-temperature corrosion in dedusting systems.

A heat recovery device for the double conversion and double absorption process in sulfuric acid plants. Shengnuo's dedicated heat pipe waste heat boiler features high heat transfer efficiency and effective isolation of sulfur-containing gas from boiler water, ensuring intrinsic safety and stable operation.

Employs high-efficiency split-phase heat exchange technology to achieve efficient heat transfer between flue gas, gas, and air. Flexible equipment layout, online performance repair capability, and complete separation of cold/hot fluids ensure "intrinsic safety", especially suitable for large BF hot blast stove systems.

The first petrochemical heater plume abatement project. By fully utilizing waste heat to increase purified flue gas temperature before emission, it eliminates "white smoke", reduces desulfurization tower water consumption, improves desulfurization efficiency, and ensures safe operation of flue gas tail-end equipment.

A large-scale combined phase-change heat exchanger in petrochemical units. High-efficiency split-phase heat exchange technology ensures zero leakage between process gas fluids while maintaining efficient heat transfer, with proven applications in multiple similar units.

A gas-air preheating project for export to South Korea's large blast furnace, awarded Hyundai Steel's "Premium Supplier" title. Heat pipe technology enables efficient heat exchange, while patented sealing ensures effective isolation of cold/hot fluids.

A heat pipe air preheater replacing original plate heat exchangers in ExxonMobil's U.S. refinery heating furnaces. This marks the application of Shengnuo's heat pipe technology in North America, supporting market expansion and entry into Mobil's global supply chain.

Shengnuo's high-efficiency split-phase heat exchanger with superior thermal conductivity, isothermal performance, long-distance heat transfer, and temperature control. Flexible layout adapts to equipment and pipeline arrangements, achieving "zero leakage" between cold/hot sides.

Since Shengnuo first applied heat pipe technology to petrochemical heater waste heat recovery, long-life heat pipes have been widely used in 500+ units (e.g., atmospheric/vacuum distillation, hydrocracking, delayed coking, reforming, aromatics, PX, Szorb, hydrogen production).

Specialized heat exchange structure and anticorrosion technologies for high-dust, corrosive sintering flue gas. Combined with wall temperature control and efficient soot-blowing measures, it achieves effective cooling and long-term operation, supporting flue gas purification and environmental compliance.

Reduces BFG boiler exhaust temperature below 100°C, significantly improving thermal efficiency. This domestically pioneering technology, internationally advanced, passed Jiangsu Provincial Department of Industry and IT appraisal and was listed in China Steel Association's "Extreme Energy Efficiency" catalog.

A 1000MW coal-fired unit project adopting innovative ultra-long radial heat pipe technology. Resolves corrosion, leakage, and ash blockage in existing products, achieving intrinsic safety. Certified by CSEE as "globally pioneering with leading comprehensive performance."

A high-value-added energy-saving and environmental project. Utilizes novel low-NOx combustion technology to incinerate tail gas and recover heat via dedicated boilers, achieving "zero emission" of petrochemical waste gas.

Integrates spray cooling, reheating, and efficient demisting technologies to eliminate "white smoke" from high-temperature slag granulation steam. Simultaneously recovers waste heat and improves local environmental conditions.