Antwerp, Belgium – A collaborative project aimed at bolstering water sustainability in the Port of Antwerp has encountered significant setbacks, with key partners withdrawing from the initiative. The Waterkracht project, initially designed to convert treated wastewater from Antwerp households into cooling water for port companies, is now facing uncertainty as several stakeholders reassess their involvement.
Originally announced in January 2022, Waterkracht sought to recycle 20 billion liters of water annually, equivalent to the consumption of 600,000 inhabitants, by 2026. The project represented a significant step towards reducing pressure on freshwater resources and promoting a circular economy within the port. The initiative was lauded as a prime example of public-private partnership.
However, recent developments indicate a fracturing of the consortium. Ekopak, a key player responsible for constructing and operating the water treatment plant on the Covestro site, has confirmed the project’s suspension. PMV, an investment company, has also withdrawn its support. This follows an earlier announcement on September 20, 2024, detailing the project’s progress after successful pilot tests.
The collaborative effort originally involved Water-link, Aquafin, Ekopak, and PMV, with Aquafin supplying the treated wastewater and Ekopak utilizing membrane technology to upgrade it for industrial cooling applications. The planned facility was to be located in the NextGen district of the port. The decision to halt the project underscores the complexities of large-scale infrastructure ventures and the challenges of coordinating multiple stakeholders.
Water-link, Aquafin, and Ekopak had initially joined forces with the goal of upgrading wastewater to meet the cooling needs of businesses in the Antwerp port. This move aimed to improve water efficiency and contribute to a more sustainable port environment. The project’s suspension raises questions about the future of water resource management in the region and the potential impact on industrial operations reliant on cooling water.
The Waterkracht project was also seen as a potential model for other regions facing water scarcity challenges. The collaborative approach, involving both public and private entities, was intended to demonstrate the viability of circular water solutions. Further details regarding the reasons for the withdrawals and the future of the project are expected to emerge in the coming weeks.
