IDR Test Bed
Membrane Filtration for Companies
The IDR Test Bed is a pilot-scale facility open to companies looking to test, develop, and optimize advanced wastewater treatment technologies using membrane filtration systems.

With a commitment to sharing knowledge and fostering innovation in the sector, IDR offers its advanced test plant to support tertiary wastewater treatment experiments and developments.
This facility presents a unique opportunity for companies in the environmental, industrial, technological, or research sectors that are interested in testing, validating, or enhancing membrane-based wastewater treatment systems.
Thanks to its advanced and adaptable infrastructure, the plant is a strategic tool for technological innovation and development. It allows companies to work with real-world, efficient, and sustainable treatment solutions.
The operational environment is ideal for developing pilot projects and conducting customized trials to evaluate filtered water quality and assess the processes' ability to meet emerging environmental or regulatory requirements.
Physicochemical treatment system including:
Modular membrane filtration system incorporating:
The facility can be booked for a minimum period of two weeks, with the possibility of extension. At the end of the usage period, a complete cleaning and conditioning of the installation is carried out.
Included services:
Not included: membrane filters, chemical products, or replacement parts.
For more information or to request access to the facility, please contact the IDR team directly. They will provide guidance throughout the process and help assess your specific needs.
Membrane Filtration for Companies
BIOINDUSTRIAL explores whether the treatment plant can biologically process only industrial water.
RESALT aims to regenerate treated water for reuse in the tanning industry, promoting sector sustainability.
INNPELL optimizes the tanning process, reducing pollutants and processing time, while improving wastewater treatment.
ReBioenergia transforms industrial waste into resources for a sustainable future.
Improved biological treatment by increasing efficiency.
Improved desulfurization speed and reduced foam formation.
Improved sludge treatment, enhanced dehydration, reduced odors and leachates.