ISTANBUL, Turkey (May 19, 2016) -- AVEVA announced that DowAksa (DowAksa ileri Kompozit Malzemeler Sanayi Ltd. Sti.) has standardized on AVEVA’s Integrated Engineering & Design solution.

Established in 2012, DowAksa develops and globally markets a broad range of products and technical services to support the growing carbon-fiber-based composites industry. For almost 50 years, AVEVA software has enabled the creation of some of the world’s most complex power and process plants, vessels and offshore facilities.

DowAksa needed to increase the efficiency and integration of engineering and design works for its existing facilities and future projects.

“We needed to improve quality and integration of engineering data and increase efficiency across departments. One of our key goals is to save money for our customers, and that means making savings at every stage of processes. Key to this is quickly and cost-effectively completing projects that improve our cost structure. So we had to become more efficient in project execution,” DowAksa Turkey General Manager Betül Sadıkoğlu said.

“AVEVA presented an integrated approach that we can mandate to our projects, and which enables us to incrementally add new disciplines as we need them,” Sadıkoğlu added.

Thomas Branden, Senior Vice President – OO Sales at AVEVA, said, “Every owner-operator in the chemical industry wants to increase efficiency and ultimately save money. DowAksa’s move to AVEVA’s Integrated Engineering & Design enables a fast, reliable and easy exchange of information.”

Branden added, “DowAksa can confidently take on plant modification projects and new projects, keeping its engineering and design information up-to-date as they progress.”

DowAksa is a large-scale, full-service, fully integrated provider of carbon fiber solutions for industrial applications in today’s transportation, infrastructure and energy markets. Very strong and lightweight, carbon-fiber-based materials are used in a variety of applications where weight savings, emissions reduction, durability and energy efficiency are key performance factors.