Optimization technology of steam network energy system
1. Technical ideas
The steam network system is an energy flow exchange platform for industrial enterprises. It provides enterprises with a variety of functions such as mechanical driving force, heat exchange heat tracing, process steam mixing, and heating. The company provides steam network optimization technology services. Based on the current process route, the company diagnoses and analyzes the system.
Optimized solutions to the high energy consumption reasons of the steam network in the process system, supplemented by the steam network automatic control system, high-efficiency steam-consuming equipment, and high-efficiency steam power machines suitable for different steam grades, etc. For boiler systems, steam transmission and distribution systems in the steam network,
Steam consumption equipment system and condensate drainage system are comprehensively optimized to achieve the best energy saving effect.
A. It has strict system investigation and testing standards to provide complete and accurate data for system diagnostic analysis;
B. Adopt advanced steady-state simulation and optimized large-scale process simulation system to analyze the running status of each link, which can provide accurate results for system analysis;
C. Strictly follow the principle of maximizing the cascade utilization of system energy, and greatly improve energy saving benefits and overall economic efficiency;
D. Energy-saving products are complete and superior in performance;
以上。 E. The average energy saving of steam is more than 15% .
3. Features of some supporting products
1 ) Steam parameter control device with high steam heat energy utilization efficiency
The steam parameter control device with high steam thermal energy utilization efficiency is used to accurately control the steam inlet parameters of steam consuming equipment, improve the heat exchange performance, and make full use of the latent heat of the steam to achieve the purpose of saving energy. The device is installed on the inlet pipe of the steam consuming equipment and includes a temperature sensor, a pressure sensor and a temperature reducing actuator and an electrical control box for precise control. By comparing the actual temperature with the saturation temperature at the corresponding pressure, the inlet temperature of the steam consuming equipment is controlled according to the optimal superheat degree of the corresponding saturation temperature.
2 ) High efficiency trap
A. The body structure is sturdy, simple, light weight, and large operating pressure range.
B. Intermittent spraying and drainage and rapid and tight closing to ensure no leakage. It can be discharged when there is water, so that the heating equipment can achieve the best working efficiency.
C. Advanced design, stainless steel internal structure, guarantees good corrosion resistance and abrasion resistance when hydrophobic, and long service life.
D. Easy installation. Thread, flange, welding and other connection methods can be selected.
E. Provide-Provide a variety of installation methods, any position can work normally.
Widely used in iron and steel metallurgy, petrochemicals, biochemical pharmaceuticals, printing and dyeing, thermoelectricity, and other industrial and mining enterprises, energy-saving technical reform and energy-saving optimization design of steam networks, steam-consuming equipment, high-temperature heat source recovery and other systems.