Argent Energy has reached a key milestone in its sustainability journey with the successful commissioning of a second Wastewater Membrane BioReactor (MBR) at its Amsterdam facility. This development means that all Argent Energy production sites are now equipped with fully operational MBR systems, enabling each plant to recycle 100 percent of its process water.
The newly installed MBR at the Amsterdam site is designed to treat wastewater generated during biodiesel production. Using advanced microfiltration technology, the system ensures that water is thoroughly cleaned and made suitable for reuse, significantly reducing waste and supporting the company’s circular approach to resource management.
The MBR system features a suspended growth biological reactor that removes contaminants such as nitrogen, sulphates, biochemical oxygen demand, and total suspended solids. This ensures that the treated water meets the high standards required for internal reuse, contributing to a sustainable cycle of production.
Peter Blokpoel, Amsterdam site manager at Argent Energy, commented:
“This marks another exciting development at our Amsterdam site and represents a milestone in our ongoing commitment to sustainability and the environment. We’re always improving our production processes to maximise efficiency, add value, and reduce waste, ensuring we make a positive impact at every stage.”
The timing of the installation aligns with Argent Energy’s expansion plans in Amsterdam, where it is preparing to triple biodiesel production through the construction of a new state-of-the-art refinery at the Port of Amsterdam. The upgraded MBR will play a vital role in managing the increased demand for water treatment and recycling.
With MBR systems now in place across all sites, Argent Energy reinforces its commitment to environmental stewardship and responsible resource management. This achievement highlights the company’s long-term vision to lead in sustainable biodiesel production and reflects its focus on creating value through innovation and efficient use of existing resources.
For more information visit www.argentenergy.com
