xccelerated coagulation for wastewater treatment and reuse in textile processing house

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Xccelerated Coagulation For wastewater Treatment and Reuse in Textile Processing House

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Xccelerated CoagulationFor

wastewater Treatment and Reuse

in Textile Processing House

Water & Wastewater treatment technology focused venture.

Engaged in:

• Research and Development of Electrochemical process based water and wastewater solutions.

• Development of Low cost wastewater treatment & reuse solution for local industries.

• Development of Chemical free disinfection, sanitation and cleaning process for industries, hospitals, hotels and domestic applications.

Sector focus:

• Chemical, Pharmaceutical, Food processing, Textile, Metal processing and Dairy

• Medical and Hospitality industry

About KAASHPRA GLOBAL ENVIRO CARE

Problem with Textile Processing Wastewater treatment System

• High volume of wastewater

• Very Scarce space available for in-plant treatment

• Complex nature of wastewater with dyes and auxiliaries

• Biological treatment unable to handle organic and hydraulic loads

• Larger treatment plant based on biological system are not viable – from engineering and economic point

• Manpower is not readily available to handle conventional plants

About Xccelerated Coagulation

Xccelerated Coagulation treatment of Textile Wastewater

- Tomorrow’s Technology Today

Reactor

Collection Tank(Pre - Filtered Water)

Collection Tank(Pre - Filtered Water)

Filter Press

Controls

Treated water

Raw water

1. Conventional process includes 4 to 5 treatment steps: Primary, Filtration, Secondary, Clarification, Tertiary

2. Generates sludge at multiple points

3. Cannot be made automatic

Conventional Process Electrochemical Process

1. Single stage operation, two stages at maximum

2. Generates sludge at single point

3. Sludge volume is substantially low

4. No additional chemicals

5. Completely automatic

Case Studies

Treatment of wastewater from Textile Processing house

(Right – Before treatment, Left – After treatment), Initial COD: 800

ppm, Treated COD: <100 ppm

Treatment of wastewater from Textile Processing house

(Right – Before treatment, Left – After treatment), complete removal of Turbidity

Treatment of wastewater from Textile Processing house

Raw COD: 1908Treated COD: 119

Appearance: Completely clear water

Raw COD: 2544Treated COD: 100

Appearance: Completely clear

water

Treatment of wastewater from Textile Processing house

Treatment of wastewater from Textile Processing house

Raw COD: 2063Treated COD: 636

Appearance: Very light tint yellow

color

Results from on Field Trial in Textile Processing house

After

Before

Before After

Trials conducted at Textile processing house at Various treatment flow rates:

Sample Name Details COD

1 RAW 1200

2 40000 - 50000 L/day 400

3 60000 – 70000 L/day 250

4 90000 – 100000 L/day 190

Sample Name Details COD

1 RAW 2000

2 30000 – 40000 L/day 400

3 40000 – 50000 L/day 340

4 80000 – 90000 L/day 200

Day 1

Day 2

Day 3

Sample Name Details COD

1 RAW 400

2 100000 – 110000 L/day <150

Economics of Treatment

Economics of Xccelerated Coagulation Treatment

Electrochemical System for 100 KL/day Textile house needs:

1. 3 to 4 sq m of Area (excluding Filtration area)

2. 8 to 10 HP of total power source

3. Treatment cost varies between 8 to 12 Rs./1000 liter*

4. Capital cost in range of 10-12 Rs./Liter**

Unique advantages of Treatment process

1. Lower Sludge Volume

2. 70-80% reduction in chemical use

3. Reusable water in high volume application like washing, rinsing etc.

4. Fully automatic

5. Negligible maintenance

6. Ease of capacity expansion

* - Approximate treatment cost ** - Filtration system under client scope

For more information and Trials at your processing house

[email protected]

or

CALL ON 09426611055, 09898500972