Biological wastewater treatment utilises microorganisms such as bacteria and nematodes to treat wastewater. Biological wastewater treatment breaks down the organic substances present in wastewater using normal cellular processes. We aim at creating a system in which the results of decomposition can be easily disposed. A.T.E. has a team of highly experienced professionals and a sophisticated facility for waste water treatment and recycling. We have Zero Liquid Discharge facility and value-added products such as enzymes, micronutrients and microbial cultures for efficiency. We provide our services of biological wastewater treatment to a range of industries which produce diverse products such as dairy production, sugar, pharmaceuticals, petrochemicals, chemicals, healthcare services, food processing and construction industry. For specialised biological wastewater treatment, we supply wastewater in partnership with the world’s leading German wastewater treatment company, Huber. Huber has over 33,000 installations around the globe and a worldwide presence across 60 countries.
Biological wastewater treatment is more economical than many mechanical or chemical processes. Biological wastewater treatment is often done after the non-biological components such as oil are removed from the water. A.T.E. has developed the AHR-P in-house for the biological wastewater treatment for pharmaceutical industries. AHR-P is a proven technology for treatment of pharmaceutical effluents. We provide unique solutions to your waste- management problem. Find them enlisted below:
- Our motto is: quality, consistency and efficiency in wastewater management
- Robust UF and RO recycle systems for maximum recovery and enhanced membrane life
- Reduced power consumption due to anaerobic-aerobic combination
- Minimal sludge generation
- Anoxic stage for treatment of ammoniacal nitrogen
- AHR-P process allows for high organic loading rates
- Reactors contain media with large surface area for retention of solids
- Anaerobic AHR-P process to degrade difficult-to-treat organic pollutants
- Evaporators and dryers (MEE and ATFD) for Zero Liquid Discharge (ZLD)
Did you know that there are two types of waste water treatments which are aerobic and anaerobic? There are distinct advantages of anaerobic systems over aerobic systems. Anaerobic systems are more popular than aerobic systems to treat sludge. This process is popular because it can stabilise the water with little biomass production. Anaerobic process produces biogas which can also be used as a fuel.
The AHR technique used by A.T.E. has a unique combination of two different anaerobic technologies in single equipment. AHR technology’s environmental benefits include improved solid retention and enhanced technique of Chemical Oxygen Demand (COD) reduction.
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