A secure supply of water

Veolia provides SK Hynix with ultrapure water of consistent quality – a critical component for manufacturing the company’s high-tech products.

 

 

PRODUCING ULTRAPURE WATER

Since March 2001, Veolia has been supplying South Korea’s top producer of semiconductors, SK hynix, with a full range of process water as well as effluent management services at three sites in Icheon, Cheongju and Gumi respectively. The contract runs until 2018.
The manufacture of chips and semiconductors requires ultra-pure water that must meet especially stringent quality standards. The water is used to clean the wafers, which are extremely vulnerable to contamination from impurities. Veolia operates and maintains 20 facilities that ensure a constant supply of high-quality, ultra-pure water to each of the three sites.

 
REDUCED OPERATING COSTS

By conducting regular audits and analyses at all of the facilities it manages and by implementing the most innovative solutions and technologies to emerge over the past decade, Veolia has been able to guarantee a secure supply of ultra-pure water to the three SK hynix production sites while improving their effluent treatment capabilities. Some 40% of the wastewater produced is reused on-site, substantially reducing SK hynix’s operating costs. This effluent treatment and recycling system, which exceeds the standards set by the South Korean government, also plays a major role in preserving the environment.
 

“For over 13 years, we have guaranteed a reliable supply of ultra-pure water in terms of quality, quantity and continuity – and we are constantly working to improve the services we offer our partner.”

 

 

Key figures

  • An 18-year partnership

 

Customer benefits 

  • A steady supply of ultra-pure water
  • Improved effluent management
  • Risk reduction
  • Environmental protection

 

Solutions

  • Process water treatment and effluent recycling

Learn how Veolia is resourcing the world
> See how we’re working to save water and energy

Operational security and continuity

40% of effluent reused on site