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A biomass fuel boiler uses biomass instead of coal, offering cleaner and more environmentally friendly performance. Compared to coal-fired boilers, it saves 40%–60% versus electricity, gas, or diesel while ensuring high steam quality and stable operation. Learn about its unique design—including a large-diameter corrugated furnace, strong adaptability to load changes, explosion-proof safety devices, and easy maintenance access. Discover how biomass boilers improve efficiency, reduce emissions, and provide a reliable alternative for industrial heating needs.

In coal-fired steam boiler operation, temperature fluctuations can cause equipment damage and efficiency loss. Learn two key temperature adjustment methods: (A) regulating combustion by controlling fuel, air intake, and secondary air flow to stabilize flue gas and steam temperature; and (B) using desuperheaters—either hybrid or surface types—to cool superheated steam with feed water. Explore how DZL and DZH series coal biomass fired steam boilers maintain stable performance, efficiency, and safety in industrial applications.

Steam boilers are widely used across industries, but selecting the right system is key to efficiency and cost savings. A qualified steam generator should offer 8–15 years of service life. The first step is choosing the most suitable fuel type for long-term operating costs, followed by calculating the steam quantity required for your machines. Contact Bidragon, a professional boiler system supplier, for tailored advice and the most cost-effective steam heating solution for your factory.

Discover the advantages of electric steam generators—compact design, small floor area, long service life, and fully automatic operation with one-button start, automatic water replenishment, and safety features including low water level protection and pressure control. With less than 30 liters of water capacity, easy installation, and no need for state supervision, these electric boilers are simple, worry-free, and energy-efficient. Built with durable boiler steel and replaceable internal heating tubes, they deliver nearly 100% efficiency, clean operation, and environmentally friendly steam production for laundries, food processing, hospitals, and more.

A 10TPH oil/gas fired steam boiler has been successfully produced and shipped to an Indonesia customer for use in their animal feed production line. This horizontal wet-back steam boiler features a compact and elegant design, micro-positive pressure operation, and an integrated fin-type economizer for higher thermal efficiency. Available in capacities from 1TPH to 25TPH with steam pressures ranging from 1.0MPa to 2.0MPa, these boilers deliver reliable performance, energy savings, and strong adaptability for various industrial applications.

A set of skid-mounted thermal fluid heaters has been completed and shipped to Brazil for use in the chemical industry. Unlike traditional thermal oil boilers, skid-mounted boilers require no on-site installation—customers only need to connect the flanges, making them ready for immediate use. This design saves installation costs, reduces setup time to just one day, and eliminates the need to purchase extra installation materials. While the price is slightly higher than normal hot oil boilers, the advantages of easy installation, cost savings, and operational efficiency make skid-mounted thermal oil heaters an excellent choice for industrial heating applications.

A set of skid-mounted thermal fluid heaters has been shipped to Brazil to supply heat for the chemical industry. Compared with normal thermal oil boilers, skid-mounted boilers require no installation labor—customers only need to connect the flanges and start using immediately. This saves time, reduces installation costs, and eliminates the need to purchase additional installation materials. Although the price is higher than standard hot oil boilers, the benefits of fast setup, convenience, and reliability make skid-mounted thermal oil heaters ideal for industrial heating applications.

Learn how to properly maintain hot water boilers during shutdown to prevent corrosion and extend service life. After cooling, remove ash deposits, ensure natural ventilation, and use desiccants such as quicklime to control moisture. For shutdown periods less than one month, wet maintenance is recommended; for more than one month, dry maintenance is required. Discover detailed steps for cleaning, drying, applying anti-corrosion paint, and preventing flooding damage, ensuring boilers remain in safe and efficient condition during long-term downtime.