Standic, a long-established Dutch tank storage company and part of the Hametha group, has expanded its operations with a cutting-edge terminal in Antwerp’s chemical hub. This new facility was meticulously designed to serve the company’s chemical customers more efficiently while maintaining high standards of energy efficiency.
Energy conservation was a priority during the terminal’s design phase, with innovative systems such as heat recovery from vapours to warm the tanks. Another key feature contributing to this efficiency was the use of FOAMGLAS® cellular glass insulation, which was placed between the concrete foundation and the base of the tanks. This insulation system minimises heat loss through the tank bottoms, reducing the energy required for heating and lowering operational costs.
The new terminal’s construction has been rolled out in phases. Phase I saw the addition of 95,000 m³ of storage capacity across 79 tanks, each standing 24 metres high. Phase II brought an additional 85,000 m³ and 46 more tanks. By the end of 2025, with the completion of Phase III, the terminal will provide a total of 249,000 m³ of storage capacity.
FOAMGLAS® insulation is not new to Standic, as the company had previously installed it at its Dordrecht terminal over a decade ago. The flexibility provided by FOAMGLAS® allows Standic to store a wide range of products in both heated and cooled conditions, making their operations more adaptable.
For this project, Owens Corning supplied FOAMGLAS® HLB 1200 high load-bearing insulation blocks, with a thickness of 50 mm, for installation under 51 tanks during Phase I. Phase II involved insulating an additional 46 tanks, further enhancing the terminal’s energy efficiency. The application of this insulation system contributes to reduced energy consumption, lower carbon emissions, and long-term sustainability of the terminal’s operations.
Standic’s Antwerp terminal is a testament to the company’s commitment to innovation and efficiency in chemical storage, setting a benchmark for energy-conscious industrial facilities.
For more information visit www.foamglas.com
