Customers cover various industries around the world. In the past 10 years, there have been more than 15,580 customer cases.
Customers cover various industries around the world. In the past 10 years, there have been more than 15,580 customer cases.
Brewing Industry
Whether it is brewing liquor, beer, or wine, in its production process, steam must be used for related work in processes such as fermentation and distillation. Fermentation is fermenting the mixture of koji and grain to produce alcohol. Distillation requires the use of distillers, condensers, and other equipment to extract the alcoholic substances in the grain. It can be seen from this that a steam boiler that can stably output high-temperature, high-quality steam is essential. Cleaner and more environmentally friendly gas-fired boilers and electric boilers have emerged in response to the trend, and are favored by major liquor companies because of their efficient operation and extremely low nitrogen oxide emissions.
Winemaking requires fermentation, and fermentation should be carried out under a certain temperature and humidity environment. Generally speaking, grain crops that need to be brewed need to be fermented for 7-15 days in an environment of 20-25°C. This requires a boiler to maintain a constant temperature in the wine cellar.
The boiler water is only used as a heat carrier. During operation, the oxygen in the water is heated and precipitated. It is discharged out of the furnace. Oxygen corrosion will not occur in the furnace for long-term use. When the heat medium water is added at one time, a limited amount of calcium and magnesium ions are also heated and softened. The furnace water does not increase or decrease during operation, so no scaling occurs inside the boiler, which prolongs the operation. The service life of the boiler is 1.5 to 2 times that of ordinary boilers.
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The boiler adopts advanced full premixed combustion technology to achieve super high utilization of fuel, and the operating efficiency is increased by more than 15% compared with ordinary boilers. The integrated structure design reduces the floor space by more than 30%. It is the preferred equipment for energy-saving heating in hotels, shopping malls and schools.
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With the continuous emergence of high-rise buildings, the setting of chimneys in high-rise buildings has attracted more and more attention, which is also a very difficult problem. If it is not handled properly, it is likely to cause serious consequences of "disaster to the present and future generations". The steel chimney made of stainless steel, titanium steel composite plate, carbon steel, and other materials stands out because of its characteristics of heat preservation, effective durability, safety, and reliability.
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The lower part of the electric vacuum hot water boiler is a water chamber. A stainless steel heating tube is installed on the wall of the water chamber. Electric energy is converted into heat energy through the electric heating tube. The upper part is a steam space, in which a row of stainless steel tubes is inserted. Tubular heat exchanger. Since the entire boiler is under negative pressure, it is absolutely safe. The heat medium in the furnace does not enter, exit, increase or decrease during the entire operation of the boiler. It is only enclosed in the vacuum chamber of the boiler and transfers heat between the heat transfer tubes and heat exchangers of the boiler. The heat medium in the furnace is completely deoxygenated pure water, which has no corrosion or scale.
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The WDR electric pressure hot water boiler has a shell-type structure. A stainless steel heating tube is installed on the wall of the shell. Electric energy is converted into heat energy through the electric heating tube. The boiler has a compact structure, small size, flexible layout, and easy installation.
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The boiler adopts an environmentally friendly combustion method - full premixed combustion, and the gas and air are precisely adjusted and premixed in advance to ensure more complete combustion. The new crossing wing-shaped heat exchange element, Ultra-speed Smoke Cooking Tube, uses a unique heat transfer technology and structural design to achieve deep condensation of flue gas and greatly improve heat transfer efficiency.
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The boiler is a double-drum longitudinal "D" type structure. The water, steam or steam-water mixture flows in the tubes. The flame burns and the flue gas flows outside the tubes, to ensure the good water circulation system, thus ensuring the long-term stable operation of the boiler.
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Corner tube boilers use boiler coal injection technology. After the fuel is ejected in the hot air, it goes through multiple links such as ignition, combustion, coal ash separation, re-contact and combustion, etc. to generate flue gases that enter the boiler. The flue gases are exchanged with each other through water pipes and superheated pipes. After heat transfer, it turns into water vapor and enters the steam turbine to generate electricity. Because the corner tube boiler fully contacts the hot air and the combustion material, the heat energy is maximized, so it has the advantages of high thermal efficiency, energy saving, and environmental protection.
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Nathan King
Carton Packaging, Reverse Packaging & Materials Handling Sales
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Nathan King
Plate Freezer & ASRS Sales
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Nathan King
Carton Packaging, Reverse Packaging & Materials Handling Sales
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