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SITRA, as part of its commitment to incorporating the latest technologies into industrial water management, has strengthened its application of anaerobic wastewater treatment. This procedure, among other advantages, reduces energy consumption compared to conventional aerobic treatments, and also promotes biogas generation during the processes.
These factors represent a double benefit for industries, both in the economic and environmental spheres, by reducing CO2 emissions and energy costs.
In this regard, within its technological portfolio for industrial wastewater treatment, SITRA offers the latest advancements in this field. On the one hand, it features UASB upflow anaerobic technology, which has established itself as the leading high-rate anaerobic treatment for wastewater.
Furthermore, it has the EGSB (Expanded Granular Sludge Bed) reactor treatment which, despite occupying less space, is designed to have higher rates of elimination of the chemical oxygen demand (COD) in water by incorporating an external recirculation system.
In turn, SITRA also has internal and external recirculation and ultra-high rate IR/IC reactor technology which, in addition to requiring even less space, is able to effectively optimize treatments.
The company also offers its clients the possibility of carrying out preliminary laboratory studies to assess in each case the suitability of applying anaerobic treatments by carrying out an industrial-scale pilot project with the actual water to be treated, or opting for the installation on a rental basis of a plant with a capacity of up to 3 tons per day of COD.
In addition, SITRA provides advisory and technical assistance services for anaerobic wastewater treatment, including analysis of existing plants, monitoring and tracking of the operation of anaerobic reactors, quality studies and biogas generation, and desulfurization treatments, among others.
