Henan Zhengzhou Jienengda Environmental Protection Equipment Co., Ltd. specializes in producing various types of dust removal equipment, such as: various filter cartridge dust collectors, various series bag filter, dust removal and desulfurization integration technology, various dust removal accessories, etc., through years of accumulated experience and Continuous development and innovation There is a unique set of technologies for the application of bag filter, including the improvement of bag filter and the handling of some problems are all experienced. Users are welcome to inquire and order. We will work together with you to bring our environment together.
Zhengzhou, Henan Jie Nengda environmental protection equipment sales: surface treatment core products - "Ren Teng card" environmental automatic sandblasting machine, environmental protection sandblasting room, environmental protection high-grade sandblasting machine, wet cyclone dust collector, while supporting direct sales of various types of machines Supporting spare parts, wearing parts consumables, sandblasting, blasting abrasive; at the same time supporting our customers with domestic and foreign high quality screw air compressor products.
The Zhengzhou Environmental Protection Equipment in Zhengzhou, Henan Province took full advantage of the most advanced technologies and management concepts in the world today, combined the industrial level of contemporary manufacturing technology in China, and strived to create the characteristics of “proactive, motivated, united, hardworking, full-studying, and survival of the fittestâ€. The atmosphere of corporate culture and efforts to build an efficient peak team enable the company to achieve an extraordinary and leap-forward development.
Non-powered dust removal
According to foreign experience, there are three different levels of dust removal equipment choices: the first choice is dust, that is, like all kinds of diseases, prevention is always more cost-effective than treatment, such as loading and unloading, belt transfer when adding a flow channel, you can greatly reduce Dust, or soot generation and processing volume; in the processing of discrete materials such as steel slag, the use of partial airtight, so that the generated dust, dust and dust in the circulation of its kinetic energy, the dust will most of the natural settlement. This type of machinery is dust-removed and dust-removed in foreign countries and it is called unpowered dust-removal. In most cases, most of the dust is suitable for non-dust-removal dust removal; at least, non-power dust pretreatment is required.
Dust collector water mist dust
Followed by the use of spray mist, or foam dust. On the one hand, the direct spray can make the dust particles wet, adhere to each other, agglomerate and grow, and then it is easy to separate in the atmosphere. On the other hand, for the flue gas with higher temperature, the direct spray to achieve evaporative cooling can be made with a small amount of water. Flue gas cooling, volume shrinkage, and speed reduction also contribute to dust removal. Past textbooks and design manuals say that spray dust removal is only suitable for handling dust above 50 μm, and the dust removal efficiency is only 40-70%. Practical experience has proved that due to the advancement of spray technology, dusts of more than 10 μm can be removed by nearly 100% through the spray system, and dusts of more than 1 μm can also be removed by 90-95%. For example, tundish turning and steel slag treatment using spray dust removal actually achieve a high dust removal efficiency of 90-95%.
Dust collector ventilation dust
Therefore, from the perspective of emission reduction, energy saving and cost reduction, we must first consider non-powered dust removal and direct spray dust removal. We must consider the third option when it is a last resort: ventilation and dust removal. As long as the choice of ventilation and dust removal, it must have high-energy fans and dust collectors, energy-saving to reduce costs is more difficult. When using the ventilation and dust removal system, we must first consider the low energy consumption of electric dust, and finally consider the bag filter. In this way of thinking, we can reflect on the actual selection sequence of our dust removal equipment, and we can find some problems worthy of improvement: for example, secondary dust removal from converters, dust removal from blast furnace cast iron fields, dust removal from loading and unloading, and many other similar applications. Dust particles are 80% or even over 90%. All of them are more than 10μm, but almost all of them use ventilation and dust removal and use bag filter to solve the problem of emission reduction, but the operating costs are very high; the dust is also large when the converter LT method is used to remove dust. Some are coarse particles, but the inlet concentration of the electrostatic precipitator is designed in the range of 70-100 g/m3, resulting in a large electric field and a huge equipment. Of course, some unstable electrostatic precipitators are also problems that must be solved.
Zhengzhou, Henan Jie Nengda environmental protection equipment sales: surface treatment core products - "Ren Teng card" environmental automatic sandblasting machine, environmental protection sandblasting room, environmental protection high-grade sandblasting machine, wet cyclone dust collector, while supporting direct sales of various types of machines Supporting spare parts, wearing parts consumables, sandblasting, blasting abrasive; at the same time supporting our customers with domestic and foreign high quality screw air compressor products.
The Zhengzhou Environmental Protection Equipment in Zhengzhou, Henan Province took full advantage of the most advanced technologies and management concepts in the world today, combined the industrial level of contemporary manufacturing technology in China, and strived to create the characteristics of “proactive, motivated, united, hardworking, full-studying, and survival of the fittestâ€. The atmosphere of corporate culture and efforts to build an efficient peak team enable the company to achieve an extraordinary and leap-forward development.
Non-powered dust removal
According to foreign experience, there are three different levels of dust removal equipment choices: the first choice is dust, that is, like all kinds of diseases, prevention is always more cost-effective than treatment, such as loading and unloading, belt transfer when adding a flow channel, you can greatly reduce Dust, or soot generation and processing volume; in the processing of discrete materials such as steel slag, the use of partial airtight, so that the generated dust, dust and dust in the circulation of its kinetic energy, the dust will most of the natural settlement. This type of machinery is dust-removed and dust-removed in foreign countries and it is called unpowered dust-removal. In most cases, most of the dust is suitable for non-dust-removal dust removal; at least, non-power dust pretreatment is required.
Dust collector water mist dust
Followed by the use of spray mist, or foam dust. On the one hand, the direct spray can make the dust particles wet, adhere to each other, agglomerate and grow, and then it is easy to separate in the atmosphere. On the other hand, for the flue gas with higher temperature, the direct spray to achieve evaporative cooling can be made with a small amount of water. Flue gas cooling, volume shrinkage, and speed reduction also contribute to dust removal. Past textbooks and design manuals say that spray dust removal is only suitable for handling dust above 50 μm, and the dust removal efficiency is only 40-70%. Practical experience has proved that due to the advancement of spray technology, dusts of more than 10 μm can be removed by nearly 100% through the spray system, and dusts of more than 1 μm can also be removed by 90-95%. For example, tundish turning and steel slag treatment using spray dust removal actually achieve a high dust removal efficiency of 90-95%.
Dust collector ventilation dust
Therefore, from the perspective of emission reduction, energy saving and cost reduction, we must first consider non-powered dust removal and direct spray dust removal. We must consider the third option when it is a last resort: ventilation and dust removal. As long as the choice of ventilation and dust removal, it must have high-energy fans and dust collectors, energy-saving to reduce costs is more difficult. When using the ventilation and dust removal system, we must first consider the low energy consumption of electric dust, and finally consider the bag filter. In this way of thinking, we can reflect on the actual selection sequence of our dust removal equipment, and we can find some problems worthy of improvement: for example, secondary dust removal from converters, dust removal from blast furnace cast iron fields, dust removal from loading and unloading, and many other similar applications. Dust particles are 80% or even over 90%. All of them are more than 10μm, but almost all of them use ventilation and dust removal and use bag filter to solve the problem of emission reduction, but the operating costs are very high; the dust is also large when the converter LT method is used to remove dust. Some are coarse particles, but the inlet concentration of the electrostatic precipitator is designed in the range of 70-100 g/m3, resulting in a large electric field and a huge equipment. Of course, some unstable electrostatic precipitators are also problems that must be solved.
Pneumatic Regulator: adjust and control the air pressure of a system to ensure that down-line components do not exceed their maximum operating pressures. This is the second step in the FRL system.
Pneumatic Air Regulator, Pneumatic Pressure Regulator, Airtac Pneumatic Regulator, SMC Pneumatic Regulator, FESTO Pneumatic Regulator
NINGBO BRANDO HARDWARE CO.,LTD , https://www.brandopneumatic.com