Background Image
Table of Contents Table of Contents
Previous Page  31 / 40 Next Page
Information
Show Menu
Previous Page 31 / 40 Next Page
Page Background

29

Chemical Technology • July 2015

DSM, the global Life Sciences & Materials Sciences company,

recently completed a five-year upgrade of its Engineering Plastics

facility in Emmen, The Netherlands. The investment, which repre-

sents several million euro, includes a capture system that uses

waste water from the production plant to reduce emissions to the

air of Volatile Organic Compounds (VOCs) to almost zero.

The DSM Engineering Plastics plant in Emmen, which produces

high performance polyesters, was acquired by DSM in 2009.

Since then, the company has made significant investments in the

facility, applied the latest technologies and introduced the most

advanced operating systems to continually optimize the production

processes – increasing output and making themmore sustainable.

As a result, the plant’s energy use has decreased by more than

30 % and water consumption has almost halved. The new capture

system, also known as a Scrubber, reuses 80 % of the water from

the production process.

DSM applied its in-house expertise, combined with the innova-

tion skills and know-how of local industry. For instance, after fur-

ther purification of waste-water, residual organic components can

be used to generate energy – thus further reducing the facility’s

environmental impact.

According to Koen Devits, director DSM Engineering Plastics

Europe, the company’s unique combination of know-how and in-

novation, known as ‘Bright Science’, stands at the basis of this

investment: “Thanks to this major step forward, we are able to offer

our customers around the globe products that are more sustainable

than ever. We will continue to make improvements such as these in

an ongoing effort to reduce environmental footprints, both within

our own operations and along all our value chains.”

For more information

go to

www.dsm.com

z

DSM continues to invest in optimizing

environmental footprint

FOCUS ON WATER TREATMENT