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Integrated VHP sterilization (vaporized hydrogen peroxide sterilization) system for BSL-3/P3 laboratories enables large-space decontamination with 6-log microbial reduction and efficient cycle control.
In BSL-3 and P3 laboratories, effective bio-decontamination is essential to ensure biosafety and regulatory compliance. Traditional sterilization strategies often rely on multiple independent systems for different areas, such as core rooms, BIBO units, negative-pressure isolators, and HVAC pipelines. This results in complex workflows, higher equipment costs, and longer downtime.
To address these challenges, an integrated large-space hydrogen peroxide vapor sterilization approach has been implemented in a P3 laboratory. By connecting the laboratory core area, BIBO systems, containment isolators, and air handling ducts into a closed-loop circulation system, a single vaporized hydrogen peroxide generator (VHP Generator) can achieve synchronized decontamination across the entire facility.
In this approach, the laboratory air supply and return ductwork are integrated into a unified sterilization loop, covering:
During operation, vaporized hydrogen peroxide is evenly distributed throughout the closed-loop environment, enabling simultaneous decontamination of room surfaces, equipment interiors, and airflow pathways. This integrated approach reduces equipment redundancy and simplifies overall sterilization management.
Biological indicator testing using Geobacillus stearothermophilus (ATCC 12980) demonstrated reliable sterilization performance, achieving ≥6-log microbial reduction even in challenging locations such as ducts, HEPA filters, and isolator interiors.
These results confirm the effectiveness of hydrogen peroxide vapor in large-scale, interconnected containment environments.
The system has been validated using Geobacillus stearothermophilus (ATCC 12980), achieving a stable 6-log reduction. This ensures reliable decontamination performance in high-containment environments.
Vaporized hydrogen peroxide can reach complex geometries and enclosed areas that are difficult to access using conventional disinfectants.
Suitable for stainless steel, glass, silicone, and many cleanroom-compatible materials. After aeration, hydrogen peroxide decomposes into water and oxygen, leaving no toxic residues.
The system continuously monitors and adjusts key parameters such as sterilant concentration, temperature, and exposure time. A precision dosing algorithm controls hydrogen peroxide usage within ±3% accuracy, ensuring stable and repeatable sterilization cycles.
A complete sterilization cycle takes approximately 4 hours, helping reduce laboratory downtime and improve facility utilization. The system supports preset programs for simplified and reliable operation
For BSL-3/P3 laboratories requiring reliable, validated, and efficient large-space bio-decontamination, integrated VHP sterilization system enables vaporized hydrogen peroxide to circulate through laboratory rooms, BIBO units, isolators, HEPA filter housings, and HVAC ducts within a closed-loop system.
With validated 6-log microbial reduction, strong penetration capability, intelligent process control, and residue-free aeration, VHP decontamination provides an effective solution for large-space bio-decontamination in high-containment laboratories. Contact Tailin to discuss a customized bio-decontamination solutions for your laboratory facility.
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