Laboratories
Environmental decontamination for clinical, research, and diagnostic laboratories. Controlled protocols that reduce biological contamination in sensitive environments without corroding precision equipment or leaving residues.
Why manual disinfection fails in laboratory environments
Equipment access limitations
Precision instruments, biosafety cabinets, and analytical equipment contain internal surfaces that cannot be manually disinfected
Cross-contamination risk
Manual cleaning methods can transfer contamination between areas, compromising research integrity or clinical accuracy
Material incompatibility
Traditional disinfectants corrode sensitive instrumentation, optics, electronics, and calibration components over time
Accreditation requirements
NATA, ISO 15189, and Good Laboratory Practice standards require documented environmental controls that manual methods cannot consistently demonstrate
How controlled vapour works in laboratories
01
Laboratory preparation
Equipment and materials positioned or protected as required. Space sealed and treatment parameters calculated based on room volume and contamination type.
02
Controlled exposure
Dry hydrogen peroxide vapour distributed throughout the space. Reaches all surfaces including equipment internals, workbenches, and facility infrastructure.
03
Validation and documentation
Biological indicators and environmental monitoring validate decontamination. Results documented for accreditation, audits, and quality management systems.
Key advantages in laboratory settings
Total environmental coverage
Vapour reaches all surfaces including equipment internals, biosafety cabinet interiors, and hidden areas that manual methods cannot access
Equipment protection
Non-corrosive treatment preserves sensitive instruments, electronics, optics, and calibration components from chemical degradation
Repeatable protocols
Standardized treatment removes operator variability, supporting accreditation requirements for environmental control consistency
Documented validation
Provides verifiable decontamination records supporting NATA, ISO 15189, GLP, and internal quality management requirements
Laboratory applications
Where Oxylogix protocols are deployed in clinical, research, and diagnostic laboratories.
Clinical pathology laboratories
Hospital and diagnostic laboratories where cross-contamination affects test results and patient diagnoses. Supports NATA and ISO 15189 accreditation.
Microbiology and virology labs
Research and diagnostic facilities handling infectious agents. Provides documented decontamination following spills, incidents, or routine maintenance.
BSL-2 and BSL-3 containment
Biocontainment laboratories requiring validated environmental decontamination procedures. Complements existing biosafety and containment protocols.
Pharmaceutical QC laboratories
Quality control environments where environmental contamination affects product testing, stability studies, and regulatory compliance.
Accreditation and compliance support
Oxylogix protocols support laboratory accreditation requirements for documented environmental controls, particularly for areas where manual disinfection has limitations.
The protocols provide verifiable decontamination that complements existing laboratory biosafety programs, quality management systems, and standard operating procedures.
This is not a replacement for routine cleaning or biosafety practices. It is a tool that strengthens environmental controls where precision and documentation are critical.
The protocols provide verifiable decontamination that complements existing laboratory biosafety programs, quality management systems, and standard operating procedures.
This is not a replacement for routine cleaning or biosafety practices. It is a tool that strengthens environmental controls where precision and documentation are critical.
Assess fit for your laboratory.
We work with laboratory managers, biosafety officers, and quality managers to evaluate technical fit and implementation pathways.