The latest offering from Thermax Water and Waste Solutions, atoM is a unique modularised MBR product to treat sewage efficiently; contributing to the circular economy model of reduce, reuse and recycle. This compact package consists of processes involving biological degradation of organic load and nutrients integrated with membrane filtration. Further, it eliminates nitrogen and phosphorus, consistently achieving good quality of treated sewage which is suitable for recycle and reuse. ‘atoM’ is available in both options, with and without nutrient removal.
Membrane bio-reactor is the combination of activated sludge process with membrane filtration system. This package includes screening, oil & grease removal, equalisation, fine screening, anoxic zone, aeration and membrane filtration.
BioCask is one of the most efficient technologies for domestic wastewater treatment. The innovative design of the BioCask has overcome major limitations of a conventional wastewater treatment system. The BioCask uses the first-of-its-kind unidirectional fluidisation pattern that makes efficient use of oxygen that is required for the biological degradation of organic impurities.
SeqtreaT (Sequential Batch Reactor Technology) is one of the most advanced sequential batch reactors developed by Thermax for wastewater treatment. SeqtreaT accomplishes equalisation, aeration and clarification in timed sequence batch modes, especially for domestic wastewater – all in a single reactor basin. Also, the cycle time of treatment of batches can be optimised to suit variations in loads. Aerobic phase and controlled anoxicphase are used to reduce organics to suit variations in loads, as well as nitrogen and phosphorus compounds.
This technology with lower footprint is a better alternative to conventional wastewater treatment plants with larger capacities, which require monitoring at multiple points. It works on improved FAB (Fluidised Aerobic Bioreactor Technology) based technology and offers an effective option to the conventional systems made unavailable due to scarcity of open space, geographical network of piping, high power and land cost.