Chematur Engineering AB (CEAB) has a long and successful history of handling the complete design, delivery, construction and commissioning of specialty chemical production plants. Since 1930, more than 1,000 plants have been supplied to customers worldwide.
Setting the standard
Always an innovator, Chematur’s fermentation process is an industry-standard setter, and the company is now involved with its customers in the development of bioethanol as an alternative source of fuel.
Chematur is also a long-term user of Intergraph’s plant technology solutions. According to Chematur, during the design and execution phases of a project, Intergraph technology “provides the right information to the right people at the right time.”
Chematur says that the benefits include reduced time for project completion, with no reduction in quality or safety. The level of input data is reduced by storing all design and project information in a single project database – any project and plant data and documents can then be generated from the same database.
As an organization that consistently exceeds set expectations, Chematur is eager to streamline its engineering workflow to maximize efficiency, making best use of its high-value engineering facilities while maintaining full project control.
The company is taking on the latest generation of Intergraph plant design and information management technology with the implementation of Intergraph’s SmartPlant Enterprise solution, beginning with SmartPlant 3D and SmartPlant Foundation.
SmartPlant 3D is currently in use on six Chematur projects worldwide, with full worksharing between engineers in Sweden, Poland and India. SmartPlant P&ID is also in place, with SmartPlant Instrumentation scheduled for implementation soon.
“The technology provides us with valuable functionality,” says Hakan Andersson, an engineering manager at Chematur. “It is database-centric and rule-based, both of which have a big impact on engineering, flexibility and productivity, and it enables full worksharing. It also allows us to continue to make use of our investment in our legacy data.”
According to Andersson, better design quality is another benefit, with less engineering rework and on-site changes needed, and the ability to produce better plant design drawings faster. Construction and installation data can be generated more quickly too. “An earlier construction kickoff means we can start the plant up earlier for the customer,” Andersson says.
Chematur’s business in Asia – particularly China – is increasing rapidly. For a company that is used to deploying and controlling key technologies that add value for the industries it serves, the world’s fastest growing market offers unique opportunities.
“We do feel that plant life cycle standards are there to be set,” Andersson observes. “China wishes to embrace the best, but it is also a highly competitive market. We will succeed by working smarter – using plant information technology to deliver projects more quickly, at lower cost.”
In all of its chosen markets, Chematur expects that having faster, more reliable access to project data and the ability to perform concurrent engineering and re-use data will reduce engineering labor hours by 20 percent. Having more accurate and consistent data should cut on-site rework by 10 to 15 percent, according to Chematur calculations.
And the bottom line?
“We expect to reduce the total installed cost of the plant by 10 percent plus,” says Andersson.