Presence of colouring, additives, nonbiodegradable organic contents or presence of biological process inhibitors. Besides, they are highly corrosive which is why we manufacture our equipments using materials especially adapted to the working conditions. An effluent containing a great quantity of suspended and dissolved organic material.
Immense global competition has compelled the automobile industry to optimize processes and improve energy efficiency. Continuous and effective production processes are key factors to meeting these challenges. Kurita is your competent partner for all questions concerning water and waste water management as well as paint detackifying. With more than 60 years of experience, we offer the most technically up-to-date water and process treatment solutions. Our highly qualified engineers will gladly advise you on how to...
Membrane technology has made major progress in recent years and is nowadays the method of choice for many processes in the chemical industry, wherever substances are to be separated efficiently and gently.
A prime example of this is dia-filtration, in which solutes and particles with higher molecular weights are retained while solutes with lower molecular weights are "washed" out of the process fluid.
When automobiles are manufactured, each vehicle is painted by spraying a mist (paint mist) onto the car body and other parts. This process is referred to as the paint booth, and it ensures the beautiful finishing of car bodies and components and rust proofing. The excess paint that does not to cling to the car body and parts in the paint booth falls to the floor and is collected by water. This water is used as recycling water after removing the paint with water treatment chemicals.
Jiarong has applied its high concentrate technology to help LIER Chemical to reduce wastewater discharge from its original wastewater treatment system and improved the discharge water quality by introducing membrane technology to ensure its stable complia
The chemical industry is often faced with serious challenges in treating wastewater effectively. Wastewater streams can contain a broad spectrum of organic compounds such as solvents, detergents, polymers, pesticides, or surfactants – to name just a few. Such compounds often pose a real threat to human health and the environment. Many compounds cannot be destroyed using conventional treatment methods such as biological treatment, and disposal of wastewater by incineration is a significant operation cost.
Water is our most precious commodity. Drinking water is becoming more and more scarce as a result of rising demand and the drying up of resources. Particularly in arid regions such as the Middle East, Africa and increasingly in Southern Europe, the situation is deteriorating dramatically.
The water from pharmaceutical companies can cause big troubles because of the high variability in their manufacturing processes. Depending on the kind of raw materials used, the effluents may even be toxic, hence why the most conflictive effluents have to be separated from the rest and not to be sent to the general treatment.
In the chemical industry, oil is often discharged into wastewater during processes such as cooling or polymerization. This oil/water solution typically collects in common industry basins following completion of one of these processes or sumps when rainwater washes away oil that has leaked or spilled.
Elegant stockings, cheerfully colored paint, and trendy smartphones – you wouldn’t have any of these without modern chemistry. It all started in the eighteenth and nineteenth centuries with the production of sulfuric acid, soda, fertilizers, paint, artificial fibers, and medicine. Today, it has become one of the most innovative and strongest-growing sectors: the chemical industry. Along with basic chemistry, specialized chemistry, and pharmaceuticals, all of this has become the fifth-largest German...
The chemical industry comprises the companies that produce industrial chemicals. The chemical industry has Increasing demands of reducing emissions and improving the safety & environmental protection of factories. They also encounter severe government management requirements which vary for different countries and markets. Xinhai valves meet chemical and petro-chemical industries demands of reliability, reducing emissions, increasing safety, protecting the environment, etc.
The petrochemical industry is a process intensive industry which utilizes relatively large quantities of water in its refining operations. This industry involves the processing of chemicals derived from petroleum and natural gas that are used for a variety of chemical purposes. The wastewater generated by this industry has created many petrochemical wastewater treatment challenges.
Baymag offers magnesium oxide products for a wide range of industrial applications. These products are specifically designed to meet the needs of the intended processes or end use. Consistent high-purity, controlled reactivity, and product uniformity are an integral part of product design and production.