1. Boiler Body Structure: The boiler body adopts a wet-back downstream structure, ensuring stable and reliable operation.
2. Furnace Liner Design: The furnace liner uses a corrugated design, increasing both the radiation and convection heat transfer areas while accommodating the free expansion of the furnace liner under high-temperature radiation.
3. Staged Waste Heat Utilization: Fully utilizes heat from different thermal levels to improve boiler efficiency.
4. Enhanced Heat Transfer Measures: Multiple enhanced heat transfer measures are adopted to improve heat exchange efficiency.
5. Double-Sealed Front Flue Box Door: The front flue box door and panel use a double-sealed structure with high-quality insulation materials to ensure good sealing and insulation performance.
6. Spring Anti-Explosion Door: Equipped with a removable spring anti-explosion door, ensuring safe operation and also serving as an inspection port for the furnace.
7. Variable Frequency Continuous Feedwater System: The variable frequency continuous feedwater system makes the boiler operation more stable, improving operational efficiency.
8. Waste Heat Recovery: The waste heat recovery section uses steel-aluminum composite finned tubes for heat exchange, providing ample heat exchange surface area with minimal resistance on the flue gas side, meeting the requirements for energy-saving operation.
9. Ultra-Low NOx Combustion System: Equipped with a stable and efficient ultra-low NOx combustion system, achieving NOx emissions <30 mg/Nm³ across all power ranges, meeting the strictest domestic emission requirements.
10. Touch Screen Intelligent Control System: Equipped with a touch screen intelligent control system to ensure the safe and stable operation of the boiler.
11. Integrated Installation: The boiler body, economizer, and air preheater are installed as an integrated unit, shortening the installation period, saving space, and reducing construction investment costs.
