Hebei Wansheng Environmental Protection Engineering Blog

For agricultural, industrial, and municipal purposes, the  GLS tanks  are frequently used. Glass is fused with steel to enhance the latter's properties. Fusion is necessary because single steel is for environmental conditions. Glass Bonded to Steel is the ideal solution with the benefits from both materials. The steel is known for its high strength and flexibility. Such tanks are known for their excellent performance against corrosion.   Why are glass-fused to steel tanks highly favored? Because of its excellent features such as maintenance free design, temperature tolerant, hygienic surface and long service lives, the  Glass-Fused to steel tanks  is highly favored. The glass of these tanks helps to avoid corrosion, while steel retains its exceptional strength and durability. On the other side, glass fused tanks in steel are considered to be abrasion and impact-resistant, no bacteria can be seen on the surface of these tanks.   GFS Tanks with Integrated Membrane System   For variou

GFS bolted tank with IC reactor Product Description Operation Principle of IC Reactor for GFS Bolted Tank   The feature of IC is large ratio of height to diameter and its height can be up to 20 m.It is composed of the first anaerobic reaction chamber and the second anaerobic reaction chamber. The first anaerobic reaction chamber has a great ability to remove organic matter,wastewater entering the second chamber continues to be treated,remove the remaining organic matter from the wastewater and improve the effluent quality. Characteristics: high volume load, low capital construction investment, low operating cost, less surface area, strong impact load resistance, stable buffer PH effluent, short start-up period, strong low temperature resistance, sludge granulation. Scope of application: corn starch wastewater, citric acid wastewater, beer wastewater, pharmaceutical wastewater, alcohol wastewater, etc. Key design of IC Reactor for GFS Bolted Tank   Water distribution design   Three-phas