Chlorine Dioxide Technology

Versatile deployment options for practical site needs.

Our versatile ClO2 technology features 3 deployment options tailored to fit the needs of your industry.

Deployment Options

Three controlled ways to apply the chemistry.

Match the treatment format to the environment, available access, and the amount of time the area can be set aside for treatment.

Blue-gloved operator applying a surface disinfection solution with a spray bottle.

Solution

Applied chlorine dioxide solution for high-touch surfaces and hygiene-critical areas, supporting surface disinfection protocols with a clean, controlled application method.

Controlled blue vapour released from a small deployment vessel.

Dry Fogging (Gas Fumigation)

Controlled chlorine dioxide dry fogging for vehicles, enclosed rooms, equipment spaces, and hard-to-reach areas where whole-space treatment is the better fit.

Blue slow-release beads representing sustained chlorine dioxide release.

Slow Release

Sustained chlorine dioxide release for ongoing odour control, mould prevention, and enclosed environmental hygiene where a longer treatment window is needed.

Key Attributes of Chlorine Dioxide

What the chemistry is designed to do.

Effective Disinfection

Chlorine dioxide delivers broad-spectrum disinfection and microbial control against bacteria, viruses, spores, and biofilms at effective working concentrations.

Odour Control at Source

Neutralises odours at the molecular source by breaking down malodour compounds, rather than masking smells with fragrance.

Food & Water Applications

Suitable for food processing, water treatment, and hygiene-critical systems, supporting stringent safety and compliance standards.

Residue-Conscious Chemistry

Designed to avoid persistent harmful chemical residues while remaining gentle on surfaces, pipelines, and equipment.

Controlled Application

When applied by trained operators and according to protocol, chlorine dioxide supports controlled disinfection programs for systems and managed environments.

Sustainable Hygiene

High-efficiency chemistry can help reduce chemical usage while supporting sustainable hygiene and environmental performance goals.