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Conventional physico-chemical & basic aerobic treatment Anaerobic wastewater treatment technology Large footprint due to chemical storage area, high sludge quantity, sludge drying area, and high capacity sludge management systems Improve textile wastewater treatment performance with anaerobic technology The anaerobic treatment stage can be easily incorporated in existing conventional physico-chemical or basic aerobic wastewater treatment plants to improve their overall performance – to reduce colour, COD, sludge generation and power consumption. Almost 25% reduction in plant footprint Uses large amounts of chemicals (lime, alum, ferrous) for colour removal Anaerobic process degrades and reduces colour without chemicals before aerobic bio-degradation Generates large amounts of hazardous chemical sludge Reduce sludge generation by 70% compared to conventional physio-chemical process and about 20% compared to pure aerobic process High sludge disposal costs due to high sludge volume Low sludge disposal costs due to low sludge volume Higher COD of treated stream as difficult-to-degrade organic molecules remain untreated Improved treated wastewater quality as anaerobic process breaks down difficult-to-degrade organic molecules High power consumption due to higher capacity of air blowers and sludge dewatering systems About 20% reduction in power consumption by adding anaerobic step as compared to conventional pure aerobic process +91-22-4612 1212 | [email protected] | www.atehuber.com Follow us on: Copyright © 2019 A.T.E. HUBER Envirotech Private Limited | CIN: U74999MH2000PTC127595 V1, Feb 2020
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Page 1: Improve textile wastewater treatment performance with ...

Conventional physico-chemical

& basic aerobic treatment

Anaerobic wastewater

treatment technology

Large footprint due to chemical storage area, high sludge quantity, sludge drying area, and high capacity sludge management systems

Improve textile wastewater treatment performancewith

anaerobic technology

The anaerobic treatment stage can be easily incorporated in existing

conventional physico-chemical or basic aerobic wastewater treatment plants

to improve their overall performance – to reduce colour, COD, sludge

generation and power consumption.

Almost 25% reduction in plant footprint

Uses large amounts of chemicals (lime, alum, ferrous) for colour removal

Anaerobic process degrades and reduces colour without chemicals before aerobic bio-degradation

Generates large amounts of hazardous chemical sludge

Reduce sludge generation by 70% compared to conventional physio-chemical process and about 20% compared to pure aerobic process

High sludge disposal costs due to high sludge volume

Low sludge disposal costs due to low sludge volume

Higher COD of treated stream as difficult-to-degrade organic molecules remain untreated

Improved treated wastewater quality as anaerobic process breaks down difficult-to-degrade organic molecules

High power consumption due to higher capacity of air blowers and sludge dewatering systems

About 20% reduction in power consumption by adding anaerobic step as compared to conventional pure aerobic process

+91-22-4612 1212 | [email protected] | www.atehuber.com

Follow us on:

Copyright © 2019 A.T.E. HUBER Envirotech Private Limited | CIN: U74999MH2000PTC127595

V1,

Feb

202

0

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