VKS Textiles

98427 60773, 04288 260772

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dhanaraj@vkstextile.com

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Our Green Policy

For more than 15 years, companies around the world have depended on VKS Textiles

Green Environment

The unit adopts stringent practices to safeguard our green enviornment by the installation of state of the art ZERO DISCHARGE effluent treatment with enviornmentally safe process and with equipment's like Ultrafiltration, Reverse Osmosis Stages 1,2,3 & 4 fully controlled automatically by SCADA systems followed by Four effect Multiple evaporator for final reject handling (FIRST of its kind in Erode area) along with strict energy saving utility procss machineries

To ensure quality with productivity, the unit engages skilled employees with varied experience pioneered by motivation.

VKS Textiles weaving unitis equipped with world class Machines and high quality yarn from our spinning unit.
VKS Textiles
VKS Textiles
VKS Textiles

Our Quality Policy

We at, VKS Textiles, shall continuously strive to improve and provide quality service to meet the multi various needs of the textile industry. This service shall be aimed at enhancing satisfaction of our customers and thus becoming their “NATURAL CHOICE”.

Environmental Focus

As an environmentally concerned organization we have made substantial contribution in this regard.

  • We use azo-free dyes and chemicals in our dyeing house which are also complying with Reach and standards
  • 15% of our energy consumption is met through Wind energy, produced by our parent concern VKS Textiles., which is a fully wind powered facility.
  • Only 50 to 55 Ltrs of water per Kg of yarn is used as against the industrial norms of 85 to 90 Ltrs of water per Kg of yarn, through selection of lower MLR machines and process control and optimisation of process sequences.
  • We have implemented condensate recovery system in 2003, where water and heat energy are recovered and re-used by the boiler.
  • We have rain water harvesting facility of total catchment area of 6576 cu. Mtrs and at present we are harvesting about 70% of the potential and use it to recharge ground water with rain water.
  • Ours is a ‘Zero Liquid Discharge’ (ZLD) facility since March 2006, which means no liquid from the process is discharged to environment.
  • Only 2% of our process water is lost due to evaporation (98% is recycled). Currently studies are underway to reduce this loss further.

Our Environmental Policy

We at VKS Textiles, aim to continuously improve our environmental performance, considering the impact of our processes on the environment and move towards being an ‘ECO-FRIENDLY’ Organization.

  • comply with the applicable legal, statutory and other environmental requirements, reduce our specific fresh water consumption, thermal and electrical energy consumption,
  • prevent or minimize pollution at source,
  • adopt innovative techniques and technology to increase the percentage of water recovered from our effluents and
  • train our employees in the best practices for efficient use of water and electrical energy.

Our Water and Salt Recycling Plant

Oil & Gas Energy

To lower this impact we reduced our process water consumption by process optimisation and technology upgradation.

Recycle water & salt

Our focus was to minimise solid waste generation, particularly secondary waste and to recycle water and salt.

ZLD Process

ZLD is a no liquid from the process is discharged to environment. Only 2% of our process water is lost due to evaporation.

Zero Liquid Discharge

We initiated research and development of advanced treatment technology in 2001 ahead of ‘Zero Liquid Discharge’.

Other Environmental Facts

Oekotex standards

We use azo-free dyes and chemicals in our dyeing house which comply with Reach and Oekotex standards.

Recovery system

We have implemented condensate recovery system in 2003, where water and heat energy are recovered and re-used by the boiler.

Benefits of water and salt recycling include,

  • Elimination of pollution load to environment.
  • Substantial reduction in depletion of fresh water and salt sources.
  • Reduction in carbon footprint of water and salt supply vehicles.
  • Minimal process dependence on the availability of fresh water and salt.