Production of Co-Precipitated Sludge

Production of Co-Precipitated Sludge

<p>Optimize your radioactive waste treatment processes by testing them on non-active sludges, representative of your various effluent types, reproducible, and tailor-made to meet your specific needs.</p>

    • Test your chemical coprecipitation processes with reliable, representative sludges that mimic your waste streams.
    • Optimize your treatment flow sheets before deployment on real active matrices.
    • Assess the chemical stability and trapping capacity of the sludges produced.
    • Guarantee the reproducibility and traceability of your production batches.
    • Produce tailor-made complex sludges, adapted to your projects and representative of your waste.
    • Benefit from a flexible and robust pilot unit, allowing adjustment of operating parameters to reproduce different types of sludges.
    • Validate your processes by first producing small test quantities before scaling up to larger volumes.
    • Ensure rigorous analytical monitoring throughout the manufacturing process to characterize the solution, the performance of sorbents, and their sorption capacity.
    • Flexible pilot operation: variation of operating parameters to reproduce diverse sludge types.
    • Stepwise production: validation on small batches before larger-scale manufacturing.
    • Guaranteed reproducibility: comparable batches from one production run to another.
    • Integrated specific studies: chemical stability during precipitation, sorption capacity of selected sorbents.
    • Monitoring equipment: in-house analytical services for real-time solution characterization and sludge quality control.
    • Proven applications: representative sludge production for the STE2 facility (five different formulations tested).
    • Robust pilot unit ensuring production continuity.
    • Post-production sludge treatment: solid-liquid separation equipment (filter press, centrifugation, geomembrane, etc.).
    • Aging studies of sludges.
    • Definition of operating parameters to guarantee future production under conditions representative of industrial reality.
    • Production capacity: 150 L of coprecipitated sludges at 300 g/L.