Supplier 6 ton coal boiler Energy Saving Turkey

Development of CFB for power generation has been ongoing for several decades. At the end of the 1970s,First introduced CFB combustion technology originally developed for heterogeneous reactors, to the field of coal combustion. CFB operation is characterized by rapid gas–solids mixing, reactions, and heat transfer, all of which create an environment in which low-grade solid fuels can be stably burned at 800–900°C. At these relatively lower temperatures, NOxformation and emissions are much lower than what is observed for PC combustion. In addition, limestone additives can be combined in the supplier 6 ton coal boiler energy saving turkey to capture the SOxin situ. Therefore, CFB offers the least expensive means to control NOxand SOxemissions from coal combustion. Other environmental benefits, such as waste reduction and a smaller carbon footprint, can also be achieved through cofiring coal with biomass or waste. As CFBs are inherently fuel flexible, they can readily accept lower rank fuels that can be varied over time pending availability and other factors.

Fast one side condensing steam supplier 6 ton coal boiler energy saving turkey complete protection, safe and reliable, more than 10 kinds detector guard, round protection boiler safety; proprietary condenser can maximize thermal efficiency, low environmental discharge; Chinese full touch control interface, let operational status at a glance; the use of ND steel and steel and aluminum hybrid materials greatly extend the life of the boiler.

9.4MW YLW coal-fired thermal oil heater for textile industryThermal oil heaters provide heat energy for the production process of dyeing, drying and printing. Noor Fatima Group is one of the major players in manufacturing and exporting woven fabrics, garments and home textile's products in Pakistan, catering to customers all over the world. The the long-time use of the company’s previous supplier 6 ton coal boiler energy saving turkeys results in performance degradation and potential risks of operation. Considering the higher running and maintenance costs, the company decided to eliminate obsolete boilers and purchase one new set of high efficient thermal oil heater. After thorough intercommunion with ZOZEN’s project leader, the company was deeply impressed by ZOZEN’s high-quality products and rich practical experience, and ultimately chose to cooperate with ZOZEN. ZOZEN offered the company the 9.4MW YLW solid fuel thermal oil heater. This kind of thermal oil heater features wide adaptability of fuels, including bituminous coal, lean coal, anthracite and many other types of coal. The heat exchange surface adopts square coil tube structure, which features more sufficient heating surface and higher thermal efficiency. Simultaneously, advanced measurement and control systems of oil temperature, smoke temperature and oil pressure ensure stable operation for a long time.

The whole structure of normal pressure BoilerThe whole structure of atmospheric pressure supplier 6 ton coal boiler energy saving turkey consists of boiler body and auxiliary equipment. The main components of boiler, such as furnace, boiler barrel, burner, water-cooled wall superheater, economizer, air preheater, frame and furnace wall, constitute the core part of steam production, which is called boiler body. The two main components of the boiler body are the furnace and the drum. The furnace, also known as the combustion chamber, is the space for fuel combustion. The furnace in which the solid fuel is placed on the grate is called a layer furnace, also known as a bed furnace; the liquid, gas or powdered solid fuel is injected into the furnace burning in the fire chamber, which is called a chamber furnace, or a fire chamber furnace; the air turns coal particles into the furnace, which is called a chamber furnace, or a fire chamber furnace; the air turns the coal particles into a chamber furnace, also known as a fire chamber furnace. It is called boiling furnace, also called fluidization bed furnace, in which the furnace with boiling state and suitable for burning inferior fuel is called boiling furnace, and the cylindrical furnace which uses air flow to make coal particles rotate at high speed and burns intensively is called whirlwind furnace. The furnace design needs to take fully into account the characteristics of the fuel used. Each boiler should burn the original fuel as far as possible. The economy and reliability of boiler operation may be reduced when the fuel with different characteristics is used.