We regenerate catalyst performance using a controlled low-temperature process with no residual chemicals, combined with temperature-controlled enrichment—engineered for pharmaceutical isolators and other critical cleanroom applications.
Book a 30-minute technical assessment
Instead of scrapping fouled catalysts and waiting for new parts, Catalyst Reactivate enables you to restore performance, extend asset life and keep isolator lines in compliant, reliable service with minimal downtime.
Key benefits for pharmaceutical isolators and cleanrooms
Our process is developed specifically for regulated aseptic environments, with a focus on predictable performance, documentation and minimal disruption to production.
Extend service life and reduce replacement costs
Regeneration preserves catalyst capacity and defers the need for new Pt/Al₂O₃ components, lowering both capex and waste.
Low-temperature, humidity-controlled oxidative treatment
Fouling is removed under defined temperature and relative humidity conditions, gentle on supports, adhesives and mechanical structures.
Residue-free and cleanroom-compatible
The process is completed with aeration and conditioning, and ISO 15202 (ICP-QMS) testing by an accredited third-party laboratory to document that no residues can cross-contaminate isolators.
Traceability and documentation
The process is completed with aeration and conditioning, and ISO 15202 (ICP-QMS) testing by an accredited third-party laboratory to document that no residues can cross-contaminate isolators.
Fast logistics and minimized downtime
Typical lead times are measured in days rather than weeks, supported by structured logistics and optional pooling concepts to keep spare catalysts in rotation.
Sustainability-first, circular by design
Our reactivation method is designed with a sustainability-first approach. Low-energy, electrically controlled process steps reduce CO₂ emissions and avoid the environmental burden of manufacturing new catalyst substrates. By extending catalyst lifetime, we reduce waste and cut the carbon footprint associated with Pt/Al₂O₃ and similar components.
Instead of a linear “use and discard” model, we focus on reuse and renewal: circular regeneration keeps your existing components in compliant service for longer, supported by robust data that can be reused in ESG reporting.
Where relevant, we can provide a data package summarizing re-use rate, waste streams and indicative CO₂e savings, with clearly defined system boundaries so claims remain aligned with available evidence.
You can expect an answer within 48 hours.
