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Understand the common reasons why gas boilers fail to ignite, including low or high gas pressure, burner damage, lack of water, overheating, overpressure, and circulation pump failure. Learn the minimum chimney height standards for gas-fired boilers to ensure safe operation, efficient combustion, and compliance with building safety regulations.

Discover three effective methods to enhance the thermal efficiency of gas boilers. Ensure proper boiler design and installation to reduce heat loss, conduct regular inspections to prevent gas leaks and safety risks, and apply condensing technology to recover latent heat from flue gas for higher combustion efficiency. Improve performance, safety, and energy savings.

Adding more fuel to a gas boiler does not always produce more steam. Excess fuel without proper air supply causes incomplete combustion, energy waste, and poor flame quality. Similarly, a higher water level does not mean greater safety—excess water increases steam humidity, reduces steam quality, and risks equipment damage or accidents. Learn how to balance fuel-air ratio and maintain proper water levels for safe, efficient boiler operation.

Thermal oil heaters and steam boilers are widely used in industrial production, but which is more energy-efficient? Steam boilers offer higher thermal efficiency at around 180°C, while thermal oil heaters provide faster evaporation and higher operating temperatures of 280–300°C. The best choice depends on your company’s temperature needs and proper boiler operation. Learn how to select the right boiler type, balance energy savings, and ensure safe, efficient performance through correct installation and maintenance.

Vertical steam boilers are widely used in small and medium-sized enterprises due to their compact size and simple operation. Proper installation is critical for safety and efficiency. Learn the key requirements: filing applications with local authorities, accurate positioning of boiler parts, meeting verticality and clearance standards, ensuring airtight sealing to prevent efficiency loss, and removing debris to avoid scaling and corrosion. A correct installation ensures safe operation, lower costs, and long-term reliability.

High-performance thermal oil boilers with a capacity of 120–30000KW and 98% thermal efficiency. Suitable for natural gas, coke oven gas, biogas, heavy oil, diesel, and light oil fuels. Designed for industries such as petroleum, chemical, textiles, pharmaceuticals, printing, road construction, and more. Operating below 350°C, these boilers provide high temperature with low pressure, precise temperature control, and efficient heat utilization. Optional steam generator available for producing saturated steam up to 1.3MPa.

Refineries rely on water tube boilers more than fire tube boilers due to their larger capacity, higher pressure, and suitability for large steam demands. Reboilers, including kettle-type heat exchangers, provide essential heat for distillation columns in refining processes. Boilers are widely used in crude oil distillation, thermal cracking, catalytic reforming, hydrocracking, petroleum coking, and gas processing. Steam and thermal oil boilers are indispensable for supplying heat, improving fluidity, and supporting petrochemical production efficiency.

A boiler is a closed vessel that heats water or liquid to generate steam for industrial and domestic use. Industrial boilers are essential in power generation, heating, and manufacturing, offering high efficiency and reliable performance. Learn about key boiler parts—including burners, combustion chambers, heat exchangers, steam drums, and mud drums—as well as common fuel sources such as coal, kerosene, natural gas, and eco-friendly alternatives. Discover how modern boilers improve energy efficiency and reduce harmful emissions.