Three major trends in Henan Boiler Plant Now many market participants believe that the industrias boiler industry has become a lack of market competitiveness sunset industry, however, it proved the boiler industry still has a very large market demand as well as a very broad upward room for improvement. So now on the market performance is very good Henan how boiler plant in the future development prospects and trends? First, the development of high-performance products with the requirements of economic development and energy policy, every year the market has a huge number of old boilers do not meet the standards will be phased out. Boiler plant in Henan good quality service in the future development trend is the effort to produce a variety of high-performance products, namely the use of energy efficiency and the level of resources and improve the quality of Shandong gas boiler. Second, the development of environmentally friendly products at present whether national or the general public for the pursuit of increasingly high quality environment, this situation has led directly related to various types of industrial products and improve environmental standards. So the market reaction is a good development trend boiler plant in Henan is the development of more environmentally friendly boiler products, and through continuous improvement designed to make production out of Shandong gas boiler is suitable for a variety of new clean energy. Third, the development of energy-saving products to develop product boiler energy efficiency is another boiler plant in Henan in the next major trends. Which have high levels of circulating fluidized bed boiler combustion efficiency as well as to adapt to a wide range of fuel performance characteristics, has a very good marketing prospects in fast-growing industrial boiler products, it is a very promising development of the type of boiler. To sum up in the future development trend of Henan boiler plant technological advances will be mainly in three aspects, namely Henan boiler plant will be the level of resource utilization should vigorously develop better products energy efficient boiler, while the development of the environmental evaluation the performance is more excellent products, will also be more energy-efficient to develop a variety of related products to enhance the competitiveness of the boiler plant in Henan Province.
For general type of steam industrias boiler feed water hardness index it is very important, the level of boiler water hardness tends to affect fouling and corrosion problems later. If the boiler water will be so high hardness Inner boiler fouling occurs due to evaporation of water, hot water boilers and, relatively speaking, more susceptible to corrosion. 04, boiler water treatment equipment problems:
Wuhan Yu Dahua Group Co., Ltd. is a cotton based, weaving, knitting and textile car decoration installation in one of the cross-industry, diversified and comprehensive export-oriented enterprise groups. 2017, the Group expanded production scale textile processing, the number of new production lines, the Group's original steam industrias boiler can not meet the growing demand of orders in urgent need of a new steam boiler purchase. When selecting vendors steam boiler, the boiler output device side fast sustainable high quality steam attracted, decided to cooperate with the fast boiler. Fast art by side to the user site needs analysis, to provide two integrally condensing gas steam boiler (WNS4-1.25-Y.Q).
At present, the processes for preparing ultra-pure water in the power boiler feed water system are basically the above three, and the rest of the process flow is mostly derived from different combinations and combinations on the basis of the above three basic process flows. Their advantages and disadvantages are listed below:
1. The first type of ion exchange resin has the advantages of less initial investment and less occupation, but the disadvantage is that it requires frequent ion regeneration, consumes a large amount of acid and alkali, and is destructive to the environment.
2. The second type uses a two-stage reverse osmosis device, which is characterized by a higher initial injection rate than an ion exchange resin method, but does not require resin regeneration. The disadvantage is that the relevant membrane originals need to be cleaned or replaced regularly, and the water quality is relatively not too high, and most of them can only be about 1 us/cm.
3. The third type uses reverse osmosis for pretreatment and is equipped with an electric deionization (EDI) device. This is the most economical and environmentally friendly ultrapure water preparation process for preparing ultrapure water. It does not require regeneration with acid and alkali. It can continuously produce ultrapure water, which is not destructive to the environment. The disadvantage is that the initial investment is too expensive compared to the above two methods.