IN Brief:
- Probe Industries has launched AiroVive for odour control in food and nutraceutical processing plants.
- The system is built on AiroPure technology and is designed to neutralise odours at source.
- The launch reflects growing pressure on processors to manage emissions, working environments, local community impact, and environmental compliance.
Probe Industries has launched AiroVive, an odour elimination and enhancement system designed for food and nutraceutical processing plants.
The technology is aimed at sites where processing activity produces persistent malodours, including bulk powder and ingredient handling, wastewater management, slaughterhouses, animal by-product processing, high-heat cooking, sludge, slurry, and organic food waste. Anaerobic decomposition of organic waste can generate sulphur compounds such as hydrogen sulphide, creating odour and air-quality challenges.
AiroVive is built on Probe Industries’ patented AiroPure technology, which is designed to break down harmful compounds at molecular level. The formula is described as non-toxic, non-hazardous, biodegradable, and compliant with ISO 14001 environmental targets.
The foundational AiroPure technology has been independently tested, with performance figures including complete reduction of sulphur dioxide and hydrogen sulphide emissions and a 99.4% reduction in ammonia and amines. AiroVive adds an industrial fragrance element, pairing odour neutralisation with scent design intended to improve the working environment.
Victoria Taylor, CEO at Probe Industries, said: “Industrial odours affect air quality as well as workplace performance and productivity. With evidence linking poor air quality and malodours to headaches, irritation, fatigue, low mood, stress and other health-related symptoms, operators face increasing pressure from regulators and local communities to improve air quality and control odour and emissions in line with environmental laws and permit conditions.”
The system can be deployed through automated misting systems, direct spray applications, and liquid injection operations, allowing it to be integrated into existing plant infrastructure rather than requiring a full redesign. That flexibility is valuable because odour problems often sit across several parts of a site rather than at one isolated outlet.
Odour control has become a sharper operational issue for food processors. Many plants operate close to residential areas, trading estates, transport routes, or mixed-use development. Even where emissions remain within permit limits, persistent odour can create community complaints, worker discomfort, and reputational pressure.
Source control is particularly important because masking alone rarely solves industrial odour. A plant that covers unpleasant smells without treating the underlying compounds can still face environmental, occupational, and neighbour-impact problems. Systems that neutralise odours at generation points are more aligned with modern environmental management than end-of-pipe treatment alone.
Food processing sites are diverse in their odour profiles. A bakery, slaughterhouse, pet food plant, nutraceutical powder facility, ready meal factory, fryer operation, and wastewater treatment area all create different compounds and emission patterns. A flexible deployment model gives operators options, but each application still needs assessment of source, airflow, humidity, temperature, chemistry, and exposure.
Supplier technology is increasingly being shaped by the tougher realities of food plant environments, from hygienic drive systems built for wash-down and corrosion resistance to air-quality systems designed for odour and emissions control. Hygiene, compliance, worker conditions, and lifecycle performance are now part of equipment selection across more areas of the factory.
Workforce conditions add another pressure point. Food and nutraceutical manufacturers are competing for staff in environments that can be physically demanding. Improving air quality and reducing unpleasant odours can support retention, comfort, and site perception, especially in plants where processing conditions cannot be removed entirely.
Planning and community relations are also affected. Odour complaints can constrain expansion, trigger investigation, and complicate permit variation. Sites looking to add capacity, extend production hours, or change product mix may need stronger evidence that odour controls are robust.
AiroVive’s performance will ultimately depend on how it behaves under changing feedstocks, wash-down regimes, waste loads, seasonal temperature shifts, and production peaks. The launch nevertheless shows how air quality has moved from a facilities concern into a broader operational issue, tied to compliance, workforce welfare, community acceptance, and the ability to grow production without creating environmental friction.
