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With the booming new energy industry, lithium resource extraction technology is poised for revolutionary breakthroughs! The traditional brine lithium extraction process has industry pain points such as small processing volume, low purity, high water consumption, and insufficient recovery rate. Zhengzhou…

The electroplating industry is a cornerstone of the manufacturing industry, but efficient treatment of nickel plating wastewater and nickel resource recovery have long been a pain point. Although the traditional chemical precipitation method can barely meet the standards, it produces…

In steel production, stainless steel production generates a large amount of pickling sludge, which contains high concentrations of valuable metal ions such as Fe3+, Cr3+, and Ni2+. If this large amount of sludge is not promptly treated, it will seriously…

Centrifugal extractor is a commonly used extraction equipment for extracting organic matter from organic wastewater in chemical plants. It uses solvent extraction to effectively remove organic matter in wastewater, reduce COD, and facilitate subsequent biochemical treatment. H-acid is a very…

In the fields of chemical industry, pharmaceuticals, bioenergy, etc., n-butanol is an important solvent and chemical raw material, and its efficient and high-purity separation and recovery are crucial. However, the azeotrope formed by n-butanol and water complicates traditional distillation separation…

With the booming development of industries such as electroplating, metallurgy, and battery manufacturing, the treatment of large amounts of zinc-rich waste acid has become an environmental and resource problem that needs to be solved urgently. Traditional chemical precipitation methods are…