High-Temperature and High-Pressure Circulation Pump System Optimization:
Utilizing a double-suction stainless steel pump body with nano-ceramic bearing coating technology, this system, equipped with an industrial IoT platform, collects over 200 key parameters in real time. This system, combined with deep learning algorithms, builds a fault prediction model for predictive maintenance. A magnetic levitation centrifugal pump and dynamic flow control valve assembly optimize boiler feedwater circulation efficiency.
Improved Thermal Efficiency and Reduced Carbon Emissions:
High-temperature and high-pressure corrosion resistance has increased by 50%, thermal efficiency has increased by 22%, and annual standard coal consumption has been reduced by 30,000 tons. By leveraging the "Water Energy Carrying the Boat" business philosophy, the system has achieved 8,760 hours of continuous trouble-free operation and has been awarded the "National Energy-Saving Product Certification."
