Electrodeionization (EDI) is a technology that combines two water purification techniques, electrodialysis and ion exchange, to produce ultrapure water.
Wastewater with refractory COD can not be treated with traditional biological processes. Wet oxidation is one of the most efficient solutions nowadays and we analyze its different types.
Real example of wastewater valorization in a paper production factory that recovers a valuable and marketable resource such as ammonium sulfate from its industrial effluents.
Design, installation and application of filtration ceramic membranes for the treatment of industrial process water and industrial effluents.
Industries are increasingly aware of the need to treat the effluents and waste they produce and optimise their management to reduce their costs and protect the environment; in fact, the trend is to consider them as part of their production processes.
Metalworking processes have a very distinct set of pollutants. The effluents from this industry are usually complex to deal with and, due to their high content in water and thus volume, expensive to dispose of.
Saline water management (also know as brine treatment) is essential in many industrial sectors due to its potential danger for the environment.
Aerobic digestion reactors are the most competitive choice when effluents have a high concentration of dissolved organic matter due to its low cost and simplicity.