Design, installation and application of filtration ceramic membranes for the treatment of industrial process water and industrial effluents.
Overview of the different technologies for the treatment of wastewater generated in the washing of spent lead-acid batteries and for the recycling of heavy metals dissolved in the effluent.
Thermal degasification is used to obtain ultra pure feedwater for industrial heaters and eliminate the dissolved gases in the demineralized water.
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.
Mining of these metals, together with others technologically associated with electronic advances, is being reactivated to guarantee growing supplies; especially for the fields of batteries, computers, hybrid and electric vehicles.
Although each soft drink factory may bottle different products, there are a series of common processes in its manufacturing lines to generalize a basic scheme relating to the consumption of water of different quality depending on its application.
Spent nuclear fuel gets removed at the end of its burnup cycle. The PUREX process treats the spent nuclear fuel in order to reuse uranium and plutonium.
We analyse the levels of the process of decomissioning a nuclear power plant, as well as its legal aspects and the treatment of the waste generated.
We go in-depth about the processes of the electroplating industry, as well as the waste generated and how to best handle its disposal.
The theme for World Water Day 2019 is ‘Leaving no one behind’. This is an adaptation of the central promise of the 2030 Agenda for Sustainable Development.