gas hot water boiler procurement, the ingenious manufacturing spirit of ZOZEN boiler leads the development of the industry

The price of fuel is constantly fluctuating and with it comes creative ways to be more economical. Finding methods to be more energy efficient is never a waste of time. In the boiler room, efficiency improvements can be found by many sources, however, a common option for energy savings includes the use of an economizer. NOW, ZOZEN will help introduce the economizer. The economizer is a fabricated assembly of finned tubing that captures waste heat extracted from the boiler’s stack flue gases the exhaust that leaves the boiler stack.

In the process of smelting molten steel, pouring steel ingots, and producing finished castings, a large amount of steam is consumed. The superheated steam generated by the boiler provides the required thermal energy for its process. Through open bidding, ZOZEN stood out among many boiler manufacturing enterprises with its own technical advantages and quality assurance, and provided China Second Heavy Machinery Group Corporation with a large superheated steam boiler.

ZOZEN WNS series gas-fired (oil-fired) boilers are wetback fire-tube boilers with a two-pass or three-pass design. It uses threaded smoke tube for heat transfer and manages to achieve a thermal efficiency up to 98%. The economizer is installed at the tail of boiler, giving the boiler a compact size. Meanwhile, sound automatic control system enables unattended operation.

Steam boilers provide thermal energy support in the process of feed granulation. Due to the growing market demands, Zubair Feeds Private Limited in Pakistan decided to purchase one more efficient steam boiler to supply sufficient heat source for the production line. To reduce the fuel costs, the company added rice husk into the coal as boiler fuel for co-firing. ZOZEN provided the boiler solution of SZL series steam boiler system  to meet their actual demand, achieving the goal of promoting the cyclic utilization of biological resources as well as improving the economic benefits., gas hot water boiler procurement.

ZOZEN boilers adopt the ultra-low nitrogen burner with flue gas recirculation method to realize low NOx emission. Adding flue gas to the combustion air to reduce the oxygen content in the combustion air and lower the flame temperature at the combustion center, so as to greatly reduce the generation of NOx. At the same time, superimposed use of world advanced technologies such as staged combustion of ultra-low nitrogen burner and internal flue gas circulation realizes the stable and low emission of NOx, gas hot water boiler procurement.

Wuxi ZOZEN Boilers Co., Ltd., committed to realizing the efficiency maximiz of boiler operation, will deeply understand each customer’s demand and provide a complete set of optimal boiler solution design and configuration. So far, ZOZEN Boiler has provided high-quality services for customers in many countries and regions, and has established service centers in Germany, Indonesia, the Philippines, Thailand, Vietnam, and Taiwan, aiming to provide customers with project technical consultation, solution design, installation guidance and other comprehensive high-quality services.

gas hot water boiler procurement, Industrial boiler belongs to special equipment and has high requirements for product safety factors. As the domestic well-known boiler supplier, ZOZEN has advanced mechanical equipment, mature manufacturing process and guarantee of boiler quality. In addition, via the innovation and development of ZOZEN’s professional design team, the structure and material of boiler proper are continuously improved and optimized to greatly extend boiler’s service life. It is also worth mentioning that ZOZEN’s automatic boiler control system with dozen kinds of safety protection interlocks can fully ensure boiler’s safety. In the aspect of environmental protection performance, ZOZEN boilers are also outstanding. The flue gas emission of ZOZEN boilers nearly meets the EU standards. The NOx emission is low to 30mg, which realizes the goal of low-nitrogen emission.