Vacuum evaporators for brine treatmentVacuum evaporators are one of the most efficient technologies for the treatment of brines generated in various industrial processes.
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Cristallizers for the treatment of industrial effluents: zero dischargeThe crystallizers are, along with vacuum evaporators, the most efficient technologies for achieving zero discharge in effluent treatment.
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Activated carbon filters from hemp waste to reduce VOC emissionsWe analyze the possibility of designing activated carbon filters for the treatment of volatile organic compounds from hemp waste.
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Zero discharge through vacuum evaporation and state-of-the-art reverse osmosis.Obtaining zero discharge through a combination of vacuum evaporation technologies and state-of-the-art reverse osmosis membranes.
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New brine treatment system for the meat industryNew process for the treatment of brines in the meat industry that uses technologies such as decantation, centrifugation, and vacuum evaporation.
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Treatment of effluents in the brewing industry and valorization of its liquid wasteTreatment of wastewater through biological processes in the brewing industry and valorization of its waste through vacuum evaporation.
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Treatment of effluents with boron in water desalination systemsTreatment of effluents and rejects containing boron from seawater desalination systems using reverse osmosis, resins, and vacuum evaporation.
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Waste to energyWe review waste energy recovery processes that allow fuel to be generated for the production of electricity, heat or biogas from waste.
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Treatment of effluent containing PFASsWe detail how to treat wastewater containing perfluoroalkylated substances (PFAS) as well as its effects on health and the environment.
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Ultrapure water by electrodeionizationElectrodeionization (EDI) is a technology that combines two water purification techniques, electrodialysis and ion exchange, to produce ultrapure water.
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