Shanxi Sinopharm Group (Weiqida) 35-ton Steam Boiler Supporting Low-nitrogen Burner Project
Shanxi Sinopharm Group (Weiqida) 35-ton Steam Boiler Supporting Low-nitrogen Burner Project
Sinopharm Weiqida Pharmaceutical Co., Ltd. is an important antibiotic production base under China National Pharmaceutical Group, which is located in the Pharmaceutical Industrial Park of Datong Economic and Technological Development Zone, Shanxi Province. The company fully relies on the Sinopharm Group’s integrated scientific and technological innovation platform, integrated operation platform of modern logistics and distribution, and integrated platform of international management to continuously enhance the brand value of Sinopharm Weiqida. And it is committed to becoming a comprehensive pharmaceutical company with international competitiveness. The company has established a product marketing center in Beijing with an extensive marketing network that is sold in more than 30 countries and regions including India, South Korea, Egypt, Brazil, and Spain.
Sinopharm Weiqida mainly produces cephalosporin pharmaceutical intermediates, bulk drugs, powder injections, and Clavulanic pharmaceutical API. And it is a world-renowned supplier of potassium clavulanate. The production process of the above-mentioned medicines includes dozens of sophisticated procedures. And the purification and drying steps among them require the steam boiler and its supporting burner to provide high-temperature steam to ensure the output quality of the pharmaceutical products.
In order to meet the trend of energy saving and environmental protection, EBICO recommends EC11GR low-nitrogen burners with clean energy such as natural gas as the main fuel. This series of burners use the latest vacuum internal mixing technology (VIC) to efficiently adsorb combustion tail gas and stably control NOx below 30 mg/m3 without FGR. It has the performance advantages of low nitrogen, low oxygen, low energy consumption, and low noise. At the same time, the flame can be adjusted greatly in real-time, and the combustion plan can be adjusted at any time according to changes in working conditions.
