What is covered in the webinar
- Scale-up principles — Linear scale-up from lab to production, conserving power input per volume (watts/volume)
- Deployment methods — Direct install, plug-in, ProRBR IBC add-on, and the "vacuum cleaner effect" for particle entrainment
- Solid phase replacement strategies — Full RBR extraction (hydraulic lift), prefilled bags for easy operator handling, and CIP-like discharge
- CFD (Computational Fluid Dynamics) — Used to validate designs, predict performance, and down-select alternatives before deployment
- Nuclear waste remediation case — 95,000 L tank with Cobalt-60 and Cesium-137, reduced to 56 L of solid waste
Scalable Applications for Pharma, Nuclear, and Environmental Industries
Biocatalysis / enzyme immobilization — MCT oil hydrolysis with immobilized enzymes, API synthesis with recycled enzymes. Explore more: Biocatalysis
Activated carbon treatments — Decontamination of liquid products, decolorization.
Explore more: Activated carbon decolorization — RBR vs STR
Decolorization processes — Large-scale color removal using activated carbon in RBR.
Explore more: Decolorization
PFAS remediation — 100 m³/day wastewater treatment with semi-batch redundancy. Explore more: Environmental
Nuclear waste processing — Cobalt-60 and Cesium-137 removal from 95,000 L tanks
Explore More: Nuclear
Metal scavenging — Ion exchange applications referenced throughout
