WNS 2ton Steam Boilers-manufacture,factory,supplier from China

1. Boiler proprietary technology Full wet back combustion chamber, combustion chamber and rear tube plate trigger edge butt joints, boiler 100% full butt welding, the lowest stress, more reliable quality. 2. Large diameter corrugated furnace chamber Boiler combustion chamber consists of a large diameter corrugated furnace chamber, large combustion space, fuel combustion, effective absorption of thermal expansion, large radiation heating surface. 3.

Tube exchanger is the equipment that can transfer certain heat from the thermal fluid to the cold fluid. It is the essential equipment to achieve the heat exchange and transfer during the production process.Tube heat exchanger is a high-efficiency heat exchanger suitable for steam-steam, steam-liquid and liquid-liquid heat transfer. It is widely using in heating and cooling treatment of materials during production in food, beverage,chemical industry, etc. The tube heat exchanger could be designed and produced according to customer's various requirements.

Product description:Tube heat exchangers are indeed versatile and efficient devices commonly used in various industries for heat transfer applications. Their ability to handle steam-steam, steam-liquid, and liquid-liquid heat exchange makes them ideal for diverse processes such as heating, cooling, pasteurization, and condensation.The flexibility in design and production allows tube heat exchangers to be customized to meet specific needs and operating conditions. Different materials can be used based on factors like temperature, pressure, and the properties of the fluids being processed.

1. Boiler proprietary technology Full wet back combustion chamber, combustion chamber and rear tube plate trigger edge butt joints, boiler 100% full butt welding, the lowest stress, more reliable quality. 2. Large diameter corrugated furnace chamber Boiler combustion chamber consists of a large diameter corrugated furnace chamber, large combustion space, fuel combustion, effective absorption of thermal expansion, large radiation heating surface. 3.

Liquid carbon dioxide (CO2) is commonly used in various chemical processes and applications. Here are some of the key processes involving liquid carbon dioxide:Carbonation: Liquid CO2 is widely used in carbonation processes to create carbonated beverages, such as sodas and sparkling water. The liquid CO2 is mixed with water under pressure to produce carbonated drinks.Extraction: Liquid CO2 is used as a solvent in extraction processes to extract essential oils, flavors, and fragrances from natural sources like herbs, spices, and botanicals.

Liquid carbon dioxide (CO2) is commonly used in the beverage industry for carbonation. When liquid CO2 is added to a beverage, it helps create the carbonation or bubbles that we associate with fizzy drinks like soda, beer, and sparkling water.

Features1. Modular design to reduce installation cost;2. All skids are designed and pre-commissioned before leaving the factory to improve product reliability;3. Compact design and small footprint;4. Efficient gasification, continuous gas supply;5. Combined with the self-developed IC card system and remote transmission system to realize remote monitoring of operation status and security monitoring.Workshop                Related Projects        

A vaporizer for liquid natural gas (LNG) is a device used to convert LNG from its liquid state to a gaseous state for use in various applications. There are several types of vaporizers used in LNG systems, including:Ambient air vaporizers: These vaporizers use ambient air to heat and vaporize the LNG. They are often used in applications where electricity is not readily available.Shell and tube vaporizers: In this type of vaporizer, LNG flows through a series of tubes inside a shell.

A CO2 vaporizer is a device designed to convert liquid carbon dioxide (CO2) into a gaseous state by heating it through a water-circulating and heating system. This process involves a shell and tube heat exchanger that facilitates the conversion of CO2 from liquid to gas form.CO2 vaporizers are commonly used in various industries and sectors where gaseous CO2 is required for specific applications.

Liquid carbon dioxide is commonly used in various industrial processes, including in factories.

Cryogenic storage tanks facilitate efficient storage of liquefied gases by maintaining ultra-low temperatures and minimizing evaporation losses. This ensures the availability of cryogens in a stable state, reducing the frequency of refilling and optimizing operational costs.Cryogenic storage tanks support versatile applications across industries, enabling the efficient utilization of cryogenic substances.

Liquid nitrogen storage tanks, also known as cryogenic storage tanks, are specifically designed containers used to store and transport liquid nitrogen at extremely low temperatures.

Liquid Nitrogen Cryogenic Storage Tank is a container specially designed for storing liquid industrial gases,typically used for storing liquid oxygen,liquid nitrogen,liquid argon, liquid carbon dioxide, and other low temperature gases.The tank is a vertical or horizontal double-layer vacuum insulated storage tank.The inner tank is usually made of austenitic stainless steel.

A refueling station is a facility that supplies alternative fuels such as compressed natural gas (CNG) or liquefied petroleum gas (LPG). At the filling station, vehicles can come and fill up CNG or LPG as an alternative to conventional petrol or diesel.

Compared with other types of traditional power, natural gas power has significant advantages of low carbon and pollution, outstanding flexibility, and greater depth of peak shaving. Consequently, it is the relatively ideal peak shaving resource. In terms of low carbon and pollution, gas power emits 50% less CO2 and 80% less NOx than coal power does. Moreover, there is almost no SOx, particulate matter, solid waste, and heavy metals (such as Mercury) emission of gas power. Regional coordinated peak shaving is necessary for the smooth operation of power plants.

Cryogenic Vertical Stand Liquid Argon Storage TankTank Size  CustomizedVolume  2-250/customisedOuter material  Stainless SteelDesign pressure (MPa) 0.2-3.5Working Medium:  LNG, liquid oxygen, liquid nitrogen, liquid argon, liquid ethanePlacement type: Vertical/ HorizontalArgon is produced at air separation plants by liquefaction of atmospheric air and separation of the argon by continuous cryogenic distillation.

Suitable MediumLO2、LN2、LAr、LNG、LCzH4、LNzOApplicationGas supply systems for large and medium steel millsFilling of dewar bottlersFilling of storage tanksOthermedium pressure air supply systemsMain Technical ParametersFlow:300-35000L/hMax outlet pressure:3.0MPa-8.0MPaOptional ConfigurationStationary motor/Electromagnetic speed regulating machine/Variable frequency speed motorSafetyvalve/Cryogenic stop valveGas returninterlocking deviceAir outlettemperature interlocking deviceAir outlet pressure interlocking deviceWorkshop    Certificate       

Cryogenic Argon tanks can be used for a wide range of applications. They are standardised to ensure smooth distribution logistics and cost-efficient series production.Each tank is vacuum-insulated and can be delivered as a vertical or horizontal installation. The inner vessels and piping are made of stainless steel to ensure high-grade cleanliness - particularly important for the food and electronics industry.

Argon is produced at air separation plants by liquefaction of atmospheric air and separation of the argon by continuous cryogenic distillation.

A cryogenic argon tank, also known as a liquid Argon tank is a specialized container designed to store argon gas in its liquid form at extremely low temperatures.Cryogenic argon tanks are constructed with double-walled vessels or vacuum-insulated vessels to minimize heat transfer and maintain thelow temperatures required for the storage of the liquid argon.Cryogenic storage tanks support versatile applications across industries, enabling the efficient utilization of cryogenic substances.

Argon is produced at air separation plants by liquefaction of atmospheric air and separation of the argon by continuous cryogenic distillation. The argon is then recovered as a cryogenic liquid.Features*Refrigerated liquid gas*Boiling point -186°C*Non-flammable*Heavier than air*Inert at most temperatures and pressures*Colorless and odorless*Constitutes 0.93% of atmospheric air.What Will Happen if Liquid Argon Is Not Stored Properly?Even though it is one of the main ingredients for creating life, it can also be life-threatening in its liquid form.

Argon is the most abundant member of the rare gas family, accounting for about 1% of the earth’s atmosphere. It is monatomic and inert, forming no known chemical compounds. In its liquid form, it has no taste, color, or odor on top of being non-corrosive, non-flammable, and extremely cold.Liquid Argon Cryogenic storage tank is a vertical or horizontal double-layer vacuum adiabatic storage tank for storing liquid Carbon dioxide. The inner material is austenitic stainless steel, outer material is selected such as Q235B, Q245R, 345R or as your requirements.

Liquid nitrogen is widely used in various industrial processes, research applications, and medical fields for cryogenic cooling or freezing due to its low temperature and inert properties. Here are some common applications of liquid nitrogen for cryogenic cooling or freezing:Food Processing: Liquid nitrogen is commonly used in the food industry for quick freezing of food products.

Liquid phase argon can be delivered to large or small onsite cryogenic vessels. Pre-filled liquid cylinders are also options. For larger scale liquid argon applications, onsite argon production can be cost effective.Storage CapacityThe storage capacities of these horizontal tanks range from 900 gallons (3,407 liters) to 100,000 gallons (378,500 liters).