Product Introduction

Gas (Fuel) Steam Boilers, fueled by gas, fuel oil, or ethanol, utilize steam as the heat transfer medium, and are widely used in various industries requiring high-temperature heating or drying. This product boasts high temperature, low pressure, precise temperature control, and high thermal energy utilization.

【Structural Features】

Horizontal full-wet back structure adopted, overall arrangement is compact, attractive, and has high thermal efficiency.

2. Operates under micro-positive pressure, effectively enhancing the combustion intensity within the furnace, resulting in a smaller volume for boilers of the same capacity. At the same time, it eliminates air leakage in the furnace and flue, thereby improving the boiler's thermal efficiency.

3. External integrated finned tube economizers and independent condensers, compact structure and easy maintenance, utilizing the currently popular condensation technology to reduce flue gas temperature and enhance thermal efficiency.

4. Utilize cutting-edge EDA design technology to meticulously calculate the furnace structure and dimensions, effectively control the airspeed and resistance of the flue gas, and rationally maximize the heat exchange between flame and flue gas, thereby enhancing the boiler's thermal efficiency.

5. The application of the corrugated furnace tube structure increases both the heating surface area and the disturbance of flue gas, while the use of threaded flue pipe technology enhances the convective heating surface.

6. Utilize variable-frequency water supply and control technology to ensure the condensation rate of water vapor in flue gas.

7. The condenser is made of "low dew point corrosion-resistant" steel, significantly extending its service life.

8. Employed rational structural design and superior fire-resistant and thermal insulation materials, significantly reducing the surface temperature of the furnace, keeping it below 50 degrees Celsius (exceeding national standards), minimizing heat loss, and enhancing the boiler's thermal efficiency.

9. Features a new design that reduces harmful emissions during fuel combustion, meeting national environmental protection standards, particularly in lowering nitrogen oxide emissions, complying with the country's low nitrogen oxide emission standards.

10. Utilizing imported burners from multiple internationally renowned brands, suitable for various application scenarios, ensuring both quality and safety.

Electrical Control System

1. Utilizing PLCs and other automation controllers from international giants like Siemens as the core control system

2. Utilizing components from international leading brands, achieving a high-quality fully automatic control system

3. Real-time collection of various parameters such as temperature and pressure for imports and exports, with real-time centralized display in the control cabinet.

4. Ensure stable operation of the boiler under various set parameters by means of PID and other closed-loop control systems.

5. Monitor the scope of data from various groups, alert or alarm for any anomalies, for easy user operation and maintenance.

6. The control module boasts robust expandability, allowing for easy implementation of various advanced applications such as group control and remote control, tailored to customer needs.

Execution Standard

1. Designed, manufactured, assembled, tested, and inspected in strict accordance with national and industry standards for boilers, including but not limited to the following standards: GB/T16508 "Shell Boilers", TSG G0001 "Regulations for Safety Design Supervision of Boilers", GB50273 "Construction and Acceptance Standards for Installation of Boiler Projects".

2. The main steel used in the boiler is 20 GB/T3087, ensuring the boiler's safety and reliability.

3. Welding materials are selected according to NB/T47018, and the boiler tubes are焊接 using argon gas protected full penetration welding. The welds are inspected and tested with X-ray methods as per NB/T47013 "Non-destructive Testing of Pressure Equipment."