We created a structural design and successfully obtained building and environmental permits for a plant housing a unique new process that enables contaminated steel to be recycled into premium raw materials.
Our client, Purified Metal Company, developed the innovative technology which solves a long-term environmental problem and social hazard. Currently many thousands of tonnes of steel contaminated with asbestos, and other hazardous components like chromium 6, mercury or pcb’s, are dumped into landfill in the Netherlands every year. Once the plant in Delfzijl is up and running it will be possible to recycle the steel and safely destroy the asbestos and other hazardous components without the need to clean the steel in advance.
Further plants are anticipated to address what is a global issue. Steel coated with all kinds of hazardous contaminations is available all over Europe and other western countries.
Structural design incorporates rigorous safety features
Royal HaskoningDHV carried out the structural design for the plant and has successfully obtained the necessary building and environmental permits. Due to the asbestos, the structure incorporates rigorous safety measures. It has been designed to withstand earthquakes and includes measures to create permanent containment areas with sub-atmospheric pressure and air-lock systems.
“The building design was special, partly because of the new and unique process it will house and also due to the need to safely manage the asbestos,” explained Tim de Jong, senior project manager. “With permits approved, this unique technology is set to be operational mid-2020.”
Jan Henk Wijma, CEO of PMC, added the following: ‘’Royal Haskoning DHV has been advising PMC from the early start of the project up till today. The new technology of Purified Metal Company creates all kinds of complex legal, environmental and technical questions. Royal HaskoningDHV has been a strong partner in guiding PMC in that process. The strong and credible Royal HaskoningDHV brand helped to reach financial close in the project.”