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viessmann gas boilers industrial

2.1MW horizontal gas-fired thermal oil heater for chemical industryThe dyeing auxiliary is a chemical which enables a processing operation in textile preparation, dyeing, printing or finishing to be carried out more effectively, a viessmann boilers industrial provides stable heat source for its production process. Wuxi Kailai Biotechnology Co., Ltd., established in 2001, is an enterprise specializing in developing and manufacturing textile dyeing auxiliaries. The improving performance requirements for textiles lead to a largely increasing demand for dyeing auxiliaries. Kailai Biotechnology decided to obsolete the backward productivity due to the need of enterprise's own development as well as complying with the policy requirements of environmental protection, Kailai Biotechnology planned to order one set of 1.8 million Kcal thermal oil heater and use clean energy natural gas as boiler fuel.As one piece of important equipment of the production line, the thermal oil heater has a direct impact on the quality of dyeing auxiliaries and the benefit of the whole enterprise. After a series comparisons of boiler suppliers, the director of Kailai Biotechnology was deeply impressed by the large-scale, specialized and fine production of ZOZEN.Taking the actual working conditions of Kailai Biotechnology into consideration, the sales manager of ZOZEN provided one set of YQW series gas-fired thermal oil heater (YQW-2100Q) for the company. This series of thermal oil heater is equipped with an advanced low NOx burner, managing to ensure the full combustion of fuel and the NOx emission below 30mg/m3 ; in addition, the thermal oil heater adopts closed cycle heating, which has the characteristics of less thermal losses and remarkable energy saving effect; in conjunction with the energy-efficient equipment installed for the tail flue gas, the thermal efficiency of the heater can reach as high as 95%, the thermal oil heater is not only energy efficient but also safe.

Recently, Henan Province Industry and Information Technology Commission issued a public list on the Internet in 2018, Henan Province, manufacturing and integration of the development of pilot demonstration enterprises. Provincial and municipal levels of government through a rigorous screening, layers of review, the company viessmann boilers industrial remote monitoring cloud services platform project as a key project in Anyang City was selected. Meanwhile, the provincial Industry and Information Technology Committee recommended that recommendation to declare: "The 2018 National Manufacturing and Internet convergence pilot and demonstration units."

We recommend that, before you determine the viessmann boilers industrial, first do an assessment of the transformation. Is it worth the stove transformation, transformation is the cost, or cost-effective renewal is the transformation conversion, the user issues are to be considered. How much of the cost of the boiler from coal to gas in the end what is it? How to calculate it? 1, the first to do right now with a valuation of coal-fired boilers, such as what year to buy used, the service life of the furnace is how long, how long now use, how long can also be used to purchase equipment cost, how boiler loss and so on. 2, secondly, to determine the transformation of the specific components, such as the burner is sure to transformation, since the coal combustion mode has changed. So to choose what kind of burner, the price of domestic and imported is different. 3. When ready to do a good job, these statistics up, and then do a calculation, can be drawn transformation costs and expenses.

Gaz than steam viessmann boilers industrial should be how to calculate? Q: ratio of gas steam boiler gaz simple algorithm is multiplied by the calorific value of coal and boiler efficiency is calculated by dividing this simple assumption does not heat to the steam boiler efficiency of 80%, coal calorific value 5500, if the amount of steam produced a ton of coal can be calculated as follows * 0.8 = 5500/600 = 7.3, ie: gaz ratio of 7.3 can be calculated simply, is this right? A: According to your argument: the amount of steam a ton of coal produced, commonly referred to as the evaporation rate of the fuel, commonly known as steam coal ratio. The calculation formula is: base received low calorific value of coal is then divided by multiplying the thermal efficiency of the boiler (steam heat feedwater minus heat). You said above is correct.

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