Boilers & Boiler Parts

Working Principle of Biomass Steam Boiler The biomass steam boiler burns biomass fuel (such as wood pellets, straw, etc.) to generate high-temperature hot air, which then heats water to form steam. Its working principle includes the following steps: First, the biomass fuel enters the combustion chamber through the feeding system, and is completely burned with the participation of air to release heat energy; then, the hot air passes through the heat exchanger, transfers heat to water, quickly heats the water to boiling, and forms steam; finally, the generated steam can be used for industrial production, heating and other applications. The equipment is efficient and environmentally friendly, reducing dependence on traditional fossil fuels. 1 Ton Biomass Steam Boiler Product introduction: Partedon brand biomass steam boiler is an efficient and environmentally friendly steam equipment, specially designed for steam production using biomass fuels such as wood chips, straw, etc. The equipment adopts advanced combustion technology to ensure full combustion of fuel, improve thermal efficiency, and reduce the emission of harmful gases. The product is mainly equipped with the following accessories and supporting systems: 1. Automatic feeding system: to achieve continuous and stable fuel supply and reduce manual intervention. 2. Flue gas recovery device: to effectively utilize flue gas waste heat and improve overall energy efficiency. 3. Water treatment system: to ensure the quality of boiler water and extend the service life of the equipment. 4. Control system: equipped with an intelligent control panel to monitor the operating status of the equipment in real time to ensure safe operation. 5. Safety valve and alarm system: to prevent overpressure or other abnormal conditions and ensure safe use. Through these supporting systems, Partedon biomass steam boiler not only improves production efficiency, but also effectively reduces operating costs and environmental impact.

Working Principle of Low-nitrogen Condensing Gas Steam Generator The low-nitrogen condensing steam generator uses advanced full premixed combustion technology to greatly reduce the nitrogen oxide emissions generated by the fuel during combustion. At the same time, the equipment uses condensation technology to recover the heat in the steam to further improve the thermal efficiency. During the combustion process, a low-nitrogen burner is used to reduce the generation of nitrogen oxides by optimizing the mixing ratio of combustion air and gas and controlling the combustion temperature. The high- temperature flue gas generated by the combustion passes through the heat exchanger, transfers heat to water, and evaporates the water into steam. Subsequently, the steam enters the condensation section and exchanges heat with the low-temperature return water, releasing latent heat, reducing the exhaust gas temperature to close to the return water temperature, thereby achieving efficient heat recovery. Anatomy Diagram Of Gas And Oil Steam Generator The fully premixed low nitrogen condensing steam generator is a highly efficient and energy-saving steam equipment. It adopts fully premixed combustion technology to fully mix the gas and air, achieve more complete combustion, and reduce nitrogen oxide emissions. Its condensation technology recovers waste heat in the exhaust gas, improves thermal efficiency to a higher level, and reduces energy consumption. This equipment is suitable for places with high environmental protection requirements. It has excellent energy-saving effects and environmental protection performance, low operating costs, and is an ideal choice for modern industrial and commercial fields. Applications Of Gas And Oil Steam Generator ① Food industry During food processing, steam is used for sterilization, disinfection, cooking and drying. The fully premixed low-nitrogen condensing steam generator can quickly provide high-quality steam, ensure food hygiene, improve production efficiency, reduce energy consumption, and meet the high standards of hygiene and safety in the food industry. ② Textile printing and dyeing industry During the textile and printing and dyeing process, steam is used for heating, shaping, dyeing and dehydration. The steam generator can provide a stable heat source for textiles to ensure the quality of dyeing and shaping. At the same time, low nitrogen emissions help the textile industry reduce environmental pollution and meet environmental protection requirements. ③ Washing and ironing industry Steam is widely used in washing and ironing equipment for washing, disinfecting and ironing clothes. The fully premixed low-nitrogen condensing steam generator can provide continuous and stable steam for washing equipment, shorten operation time, improve work efficiency, and reduce pollution to the environment. ④ Medical and pharmaceutical industry The processes of sterilization and disinfection of medical equipment, extraction, concentration and drying in drug production all rely on high- temperature steam. The steam generator provides sterile and constant temperature steam to ensure the hygiene requirements in the pharmaceutical process, reduce energy consumption, and help hospitals and pharmaceutical companies better meet industry standards. ⑤ Brewing industry During the brewing process, steam is mainly used for cooking, fermentation, disinfection and wine cellar heating. The fully premixed low-nitrogen condensing steam generator can provide stable heat energy for these process links, improve the process level of brewing, ensure the consistency of product flavor, save fuel costs and reduce emissions. ⑥ Chemical industry Steam is widely used in heating, distillation, reaction, separation and other processes in chemical production. The high efficiency of the steam generator can provide a continuous heat source for chemical companies to ensure the stability of chemical reactions, and its low nitrogen emission characteristics reduce pollutant emissions and improve the environmental compliance of enterprises. ⑦ Heating industry The fully premixed low-nitrogen condensing steam generator can also be used for building heating, especially in places where efficient and fast heating is required. By providing stable and efficient thermal energy, the equipment can not only quickly meet the heating needs, but also effectively recycle and utilize waste heat due to its condensation technology to reduce energy consumption. More information

Gas/Oil steam boiler is a highly efficient and energy-saving thermal energy equipment, which mainly generates steam by burning natural gas or fuel oil. Its main parts and accessories include burner, boiler body, control panel, water pump, safety valve, pressure gauge, thermometer, exhaust system and water level controller, etc. These parts work together to ensure that the boiler operates under safe and stable conditions, and are widely used in industrial heating, steam supply and other occasions. 0.2 Ton Steam Boiler Product Description 1. High efficiency and energy saving The fully premixed combustion system mixes air and gas in an ideal ratio. After combustion, the heat radiation is transferred to the heat exchanger, and the heat intensity is uniform, ensuring higher combustion efficiency and environmentally friendly emissions. With this optimized combustion technology, the thermal efficiency is as high as 95% or more, effectively reducing fuel consumption. Equipped with a high-temperature economizer and a low-temperature condenser, the exhaust temperature is as low as 63°C. The boiler fully absorbs the latent heat released by the condensation of water vapor in the flue gas, and the thermal efficiency reaches more than 100%. 2. Multiple safety protections Equipped with multiple safety protection devices, including over-temperature protection, over-pressure protection and water shortage protection, to ensure safe operation. The product is equipped with an automatic scale monitoring and alarm system, which measures the scaling of the pipe wall by monitoring the exhaust temperature of the main body. When the scaling inside the boiler is slight, it will automatically alarm, and when the scaling is serious, it will be forced to shut down. 3. Rapid heating and rapid steam production The unique design enables the boiler to quickly reach the required temperature, shorten the preheating time, and improve work efficiency. Low-pressure gas supply and micro-positive pressure combustion can operate stably in the face of pipeline pressure fluctuations and are not affected by gas peaks. The Partedon boiler body adopts a small volume and high heat radiation design. It only takes 5 minutes to produce steam, and it can reach the rated steam pressure in 10 minutes. 4. No use certificate, no operation certificate, and no annual inspection required The water volume of the body is 48.2L. According to the "Boiler Regulations", boilers with a water volume of less than 50L and a pressure of no more than 0.8Mpa do not need to go through the use procedures, annual inspections, or operation certificates. Easy to operate, humanized design, touch screen operation interface, simple and intuitive operation. 5. Intelligent control system Equipped with advanced PLC control system, it can realize automatic operation and remote monitoring. 6. Small footprint The compact structure is easy to install and maintain, suitable for factories or workshops with limited space. 7. Environmental protection and low emissions Using low-nitrogen burners, NOx emissions are low, meeting strict environmental standards. 8. Long-life design Using high-quality materials and fine manufacturing processes, the boiler has a long service life and low maintenance costs. 9. Water-saving design Optimize the steam circulation system, effectively reduce water consumption, and improve water resource utilization. 10. Strong adaptability It can be adjusted according to different working conditions and is suitable for a variety of fuels (natural gas, light oil, etc.). 11. International certification The product has passed ISO9001, CE and other international certifications, and the quality is reliable. 12. Perfect service Provide a full range of after-sales service and technical support to ensure that users have no worries. Inquire one

Gas/Oil steam boiler is a highly efficient and energy-saving thermal energy equipment, which mainly generates steam by burning natural gas or fuel oil. Its main parts and accessories include burner, boiler body, control panel, water pump, safety valve, pressure gauge, thermometer, exhaust system and water level controller, etc. These parts work together to ensure that the boiler operates under safe and stable conditions, and are widely used in industrial heating, steam supply and other occasions. Working Principle of Gas/Oil Steam Boiler The working principle of gas/oil steam boiler is based on the combustion of fuel and the conversion of heat energy. The boiler sprays fuel oil or natural gas into the furnace through the burner and ignites it to produce a high- temperature flame. The heat of the flame heats the water through the furnace and smoke pipe, and the water absorbs the heat and turns into steam. The steam is transported to the equipment or system that requires heat energy through the steam outlet pipe inside the boiler. The boiler is equipped with a temperature and pressure control device to ensure that the temperature and pressure of the steam are maintained within the set range to meet different industrial needs. This boiler is suitable for industrial production, heating and hot water supply and other fields, with the characteristics of high efficiency and low pollution.  Equipment Features: Partedon brand Gas/Oil steam boilers are characterized by high efficiency, energy saving, low pollution and convenient operation. Its combustion system uses high-quality burners, which ensures full combustion, low emissions and meets environmental standards. The boiler has high thermal efficiency and adopts advanced heat exchange technology to reduce heat loss. It is equipped with an automatic control system and has multiple safety protection functions such as overpressure, overtemperature and water level, which is easy to operate and reduces maintenance costs. The equipment has a compact structure, small footprint, low operating noise and is suitable for a variety of working conditions. Equipment Use: Partedon Gas/Oil steam boilers are widely used in the industrial field, mainly to provide steam or heat energy for production. Its uses include steam supply in food processing, textile printing and dyeing, papermaking, chemical industry and other industries, and are also used for heating and hot water supply in hospitals, hotels, schools and other buildings. Due to its high energy efficiency and stable operation, it is particularly suitable for applications with large steam demand and high environmental protection requirements, meeting the production needs of various industries. https://www.partedonboiler.com/

Superheater Coil Made of Carbon Steel for Industrial Boilers and Power Plant Boiler Application Description A superheater is a component that heats saturated steam in an industrial boiler, turning it into superheated steam. Our superheater guarantees that the superheated steam temperature will fluctuate to within an allowable range (normally varies from 540℃ to 550℃) when the boiler is over loaded. Superheaters and reheaters are important parts for the heating surfaces, used to increase steam temperature, aiming to improve steam enthalpy and further to increase the thermal circulation efficiency for power station. The superheater, reheater and economizer of the boiler adopt serpentine tube heating surface. Due to a series of characteristics such as large number, different bending radius and many welded joints, the manufacturing process of serpentine heating surface is more complex and the productivity is lower. In recent years, in order to change this backward production appearance, China's major boiler plants have taken a series of measures in design and technology to improve the universality of product parts and components, creating necessary conditions for the mechanization, automation and organization of automatic production lines of serpentine pipe production. At present, China's major boiler plants have adopted automatic production lines with program control for the manufacture of coil heating surfaces. Industrial Boiler Economizer Superheater Coil For Enthalpy Improve 0 Differences Type Advantages Disadvantages Supporting method Pendant-type 1.Firm structural support 1. Flow blockage by condensed steam 2. Needs slow restart to purge the water that accumulates in the bottom. supported from above Inverted-type 1.Proper drainage of the condensed steam 1. Lack the structural rigidity, especially in high speed gas flow Supported from below Horizontal -type 1. Proper drainage 2. Good structural rigidity. 1. They do not view the flam directly so they are mainly from the convective type Usually supported in the vertical gas ducts parallel to the main furnace.