CUSTOMIZED
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0.6T Low Nitrogen Steam Boiler
Low nitrogen emission standards for steam generators
The steam generator is an environmentally friendly product that does not emit waste gas, slag and waste water during operation. It is also called an environmentally friendly boiler. Despite this, large gas-fired steam generators still emit nitrogen oxides during operation. In order to minimize industrial pollution, the state has issued strict nitrogen oxide emission targets, calling on all sectors of society to replace environmentally friendly boilers. -
1T pure water filter for Steam Generator
Why use steam generator will use water treatment
water treatment softens water
Because the water without water treatment has a lot of minerals, although some water looks very clear without turbidity, after repeated boiling of the water in the boiler liner, the minerals in the water without water treatment will produce chemical reactions Worse, they will stick to the heating pipe and level control
If the water quality is not handled properly, it will cause fouling of the natural gas steam generator and blockage of the pipeline, which will not only waste fuel, but also cause accidents such as pipeline explosions, and even cause the natural gas steam generator to be scrapped, and metal corrosion will occur, reducing the life of the natural gas steam generator service life. -
Industrial Steam Powered Generator Boiler Superheated Steam Generator
How to choose electric steam generator for tofu production
Steam is the main driving force of production and processing today, and there are various types of equipment for steam production and various models of equipment, which makes it more difficult to purchase a high-quality equipment.Electric steam generators have the following advantages:
1. Fully automatic operation, no special operation is required, just set the time to start
2. Clean and hygienic, no stains, green and environmental protection
3. No noise during operation,
4. The design structure is reasonable, which is conducive to installation, operation and energy saving.
5. The heating time is short and the steam can be generated continuously.
6. Compact structure, simple, less consumables.
7. Quick installation After leaving the factory and arriving at the use site, you only need to install pipes, instruments, valves and other accessories to start running.
8. It is easy to install and move, and only needs the customer to provide a reasonable location for the steam generator. -
steam generator NBS-36KW-0 09Mpa amd superheater NBS-36KW-900℃
Determination of effect and dryness after high-efficiency steam-water separation
The dryness of the steam indicates the degree of moisture entrained in the steam, a measure value of 0 means 100% water content, and 1 or 100% means dry saturated steam, that is, no water is entrained in the steam.
Steam with a dryness of 0.95 refers to a mixture of 95% dry saturated steam and 5% condensed water.
The dryness of steam is necessarily related to the latent heat of steam. The steam with 50% latent heat energy at saturation pressure has a dryness of 0.5, which means that the steam is a 50:50 mixture of water and steam. -
High Temperature Steam Generator with a Reactor
How is architectural coatings production heated?High temperature steam boosts efficient production
Paint is a material that can be well bonded to the base material and form a complete and tough protective film on the surface of an object, called architectural paint. Early paints were mainly made of natural animal oils (butter, fish oil, etc.), vegetable oils (tung oil, linseed oil, etc.) and natural resins (rosin, lacquer), etc., so paints are also called paints. Since the 1950s, the rapid development of the world’s petrochemical industry and polymer synthesis industry has provided a good material basis for the development of the coatings industry. Therefore, in addition to a small amount of natural resins and oils, the current coatings mainly use synthetic resins as film-forming substances. -
High Temperature Steam Reactor for essential oils
High-temperature steam improves the extraction efficiency of essential oils
The essential oil extraction method refers to the method of extracting essential oils from plants. Common essential oil extraction methods include steam distillation.
In this method, plant parts (flowers, leaves, sawdust, resin, root bark, etc.) containing aromatic substances are placed in a large container (distiller) and steam is passed through the bottom of the container.
When the hot steam is filled in the container, the aromatic essential oil components in the plant will evaporate with the water vapor, and with the water vapor through the upper condenser tube, it will finally be introduced into the condenser; the condenser is a spiral tube surrounded by Surrounded by cold water to cool the steam into an oil-water mixture, and then flow into the oil-water separator, the oil lighter than water will float on the surface of the water, and the oil heavier than water will sink to the bottom of the water, and the remaining water is pure dew; Then use a separatory funnel to further separate the essential oils and pure dew. -
36kw Explosion-proof Electric Steam Generator
Principles and Applications of Steam Sterilization
Steam sterilization is to place the product in the sterilization cabinet, and the heat released by the high-temperature steam will cause the protein of the bacteria to coagulate and denature to achieve the purpose of sterilization. Pure steam sterilization is characterized by strong penetrability. Proteins and protoplast colloids are used to denature and coagulate under humid and hot conditions. The enzyme system is easily destroyed. Steam enters the cells and condenses into water, which can release potential heat to increase the temperature and enhance the bactericidal power. .
The non-condensable gas such as air is extracted by the exhaust equipment in the airtight sterilization cabinet. Because the existence of non-condensable gases such as air not only hinders the transfer of heat, but also hinders the penetration of steam into the product.
The steam sterilization temperature is the primary steam parameter controlled by the sterilizer. The tolerance of various germs and microorganisms to heat varies from species to species, so the sterilization temperature and action time required are also different according to the degree of contamination of the sterilized items. The sterilization temperature of the product also depends on the heat resistance of the product itself and the damage effect of high temperature on certain characteristics of the product. -
360kw Superheating Explosion-proof Steam Generator
Explosion-proof steam generator principle
Explosion-proof electric heating steam boiler, the main components are well-known brands at home and abroad; according to user needs, electric heating steam generators with pressure below 10Mpa, high pressure, explosion-proof, flow rate, stepless speed regulation, and foreign voltage can be customized. High-pressure explosion-proof steam solutions can be customized according to user needs. The professional technical team can achieve different levels of explosion-proof according to the requirements of the technical site environment, and can customize different materials, the temperature can reach 1000 degrees, and the power is optional. The steam generator adopts a variety of protection devices to ensure the safe operation of the steam generator. The product quality is guaranteed for one year (except for wearing parts), life-long maintenance service is provided, and value-added services such as regular maintenance and warranty can be provided. -
36kw superheating steam heat generator system
The steam generator assisted the completion of the high temperature and high pressure test
In related industrial production, some products have certain requirements for temperature and pressure tolerance. Therefore, when producing corresponding products and equipment, relevant manufacturers need to conduct high-temperature and high-pressure experiments on them to ensure product quality.
However, high-temperature and high-pressure tests have certain risks, and dangers such as explosions may be triggered if you are not careful. Therefore, how to conduct high-temperature and high-pressure tests safely and efficiently has become an important difficulty for such enterprises.
An electromechanical company needs to do environmental tests to measure whether thermal resistance products can be insulated under the conditions of a temperature of 800 degrees and a pressure of 7 kg. Such experiments are relatively dangerous, and how to choose the corresponding experimental equipment has become a difficult problem for the company’s procurement personnel. -
540kw Customized Steam Generator in Industrial Cooling
The role of steam generators in factory cooling
A steam generator is a common industrial steam device. In the factory cooling system, it can provide a certain pressure of stable steam or be used in various processes in the industrial production process, such as wet casting, dry forming, etc.
But the use of steam generators also has certain limitations.
With the gradual improvement of environmental protection requirements, enterprises need to collect, store, use and process industrial steam to meet the temperature requirements of enterprise production and technological innovation.
The steam generator can generate steam supply equipment with a certain temperature and no obvious water vapor discharge, which meets the requirements of the factory cooling system for temperature control, pressure control and exhaust gas control.
In order to meet the heat demand of the factory, the factory needs to provide heat for its production line equipment and other key parts by providing a certain amount of stable industrial steam.
Due to its production process and other requirements, a certain amount of stable industrial steam is required, and the current factory does not have the ability to use large-scale high-pressure steam boilers for high-temperature heating and heat preservation operations, so it is necessary to design and manufacture large-scale high-pressure steam sources for it. meet its heating needs. -
overpressure of the high-pressure steam generator
The high-pressure steam generator is a heat replacement device that reaches steam or hot water with a higher output temperature than under normal pressure through a high-pressure device. The advantages of high-quality high-pressure steam generators, such as complex structure, temperature, continuous operation, and appropriate and reasonable circulating water system, are widely used in all walks of life. However, users will still have many faults after using the high-pressure steam generator, and it is particularly important to master the method of eliminating such faults.
The problem of overpressure of the high-pressure steam generator
Fault manifestation: the air pressure rises sharply and the overpressure stabilizes the allowable working pressure. The pointer of the pressure gauge obviously exceeds the basic area. Even after the valve operates, it still cannot prevent the air pressure from rising abnormally.
Solution: Immediately reduce the heating temperature quickly, shut down the furnace in an emergency, and manually open the vent valve. In addition, expand the water supply, and strengthen the sewage discharge in the lower steam drum to ensure the normal water level in the boiler, thereby reducing the water temperature in the boiler, thereby reducing the boiler steam drum. pressure. After the fault is solved, it cannot be turned on immediately, and the high-pressure steam generator should be thoroughly inspected for line equipment components. -
360KW Electric Customized Steam Generator
Method for waste heat recovery of steam generator
The previous technical process of steam generator waste heat recovery is very imprecise and not perfect. The waste heat in the steam generator depends on the blowdown process of the steam generator. The common recovery method generally uses a blowdown expander to collect the blowdown water, and then expands the capacity and depressurizes it to quickly form secondary steam, and then use the waste water generated by the secondary steam The heat does a good job of heating the water.
And there are three problems in this recycling method. First, the sewage discharged from the steam generator still has a lot of energy, which cannot be used reasonably; second, the combustion intensity of the gas steam generator is poor, and the starting pressure is poor. If the temperature of the condensed water is slightly higher, the water supply pump will be formed. Vaporization, can not operate normally; Third, in order to maintain stable production, a large amount of tap water and fuel must be invested.
