Guide: A pharmaceutical plant in Vietnam mainly engaged in Chinese patent mediciens ordered a 15 ton biomass fired steam boiler for their production.
Pharmaceutical plants have high requirements for steam systems, which also account for a large proportion of energy consumption in enterprises. Therefore, how to reduce energy consumption as much as possible while meeting production requirements has become the primary challenge faced by many pharmaceutical companies. As one of the main equipment in pharmaceutical production, boiler plays a crucial role. The commonly used preparations mainly include tablets, pills, powders, injections, tinctures, solutions, extracts, ointments, etc. The main processes include disinfection, rough washing, fine washing, drying, cooling, preparation, tablet pressing, and coating. This process requires a large amount of industrial steam and pure steam to sterilize raw materials, instruments, and equipment at high temperatures, and provide heat during the drying, cooling, and tablet granulation processes.
A pharmaceutical company in Vietnam is a modern high-tech pharmaceutical enterprise integrating scientific research, production and marketing. Its products are mainly traditional Chinese patent medicines and simple preparations. In fact, both Western medicine and traditional Chinese medicine production require a large amount of industrial steam to sterilize raw materials, instruments, and equipment at high temperatures. The pharmaceutical company ordered a 15 ton SZW series biomass fired steam boiler at Xinli Boiler due to its enterprise capacity expansion needs. This boiler is designed by Xinli Boiler in accordance with the requirements of the pharmaceutical industry for boilers. It is designed specifically to rationalize the combustion of pharmaceutical residues generated during the pharmaceutical process by burning them in a grate bed, and to provide reasonable air distribution to ensure that the residues are burned as fuel, thereby improving the combustion efficiency of the fuel and reducing the cost input of the enterprise.
More information on Facebook:
https://www.facebook.com/permalink.php?story_fbid=pfbid0kLA6aqJSiZvP7U4rkTgBiedrDZJXtEgZhaWQErVGF2hBTe44H21H2p1zLc4gK4cgl&id=100054631516411
More information on LinkedIn: