Answers to common questions about H₂O₂ catalyst reactivation, lead times, residues, documentation, and service agreements.
Typically, days rather than weeks. The exact lead time depends on batch size, test scope, and logistics. We clarify expected timing during the scoping step and can support pooling concepts to keep spares in rotation.
No. We first screen catalyst type, condition, and material compatibility. If a component is not suitable for reactivation, we state this clearly and can support decisions on remanufacture or responsible recycling. Screening is free.
No. The process is completed with aeration and conditioning to achieve a residue-free end state. Each delivery can be accompanied by ISO 15202 (ICP-QMS) testing from an accredited third-party laboratory, documenting that no residue remains that could contaminate isolators.
You receive a before/after performance report with test conditions, results, and recommendations. On request, we add a circular report summarizing re-use rate, waste streams, and indicative CO₂e savings, with clearly defined system boundaries.
No. Local enrichment and spot-heat are applied zonally and kept below agreed temperature limits. Where relevant, we perform spot temperature checks at bond lines as part of quality control.
If a catalyst cannot be restored to an acceptable performance level, it will be flagged for remanufacture or responsible recycling. The material passport is updated so the full history remains available for future decisions.
Yes. We offer preventative maintenance and periodic testing or reactivation as a structured service agreement, aligned with your shutdown schedules and capacity needs.
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The world's first reactivation service for pharmaceutical-grade H₂O₂ isolator catalysts. Validated, documented, returned in days.
