Surface disinfection in industrial facilities
We minimise contamination, biofilm and the risk of downtime
Sanitised water meter
m2 secure areas
Estimated figures based on supported installations
Why does simply rinsing with water
not solve the biofilm problem?
In industrial environments, biofilm and microorganisms can persist on technological surfaces, infrastructure elements, equipment, ventilation systems, and in hard-to-reach technical spaces. Standard cleaning methods often work at specific points, not covering the entire volume and areas beyond the reach of manual application. EHT disinfection using ClO₂ and ULV technology allows for more effective control of the microbiology of surfaces and industrial spaces.
Why is standard disinfection not always sufficient?
In production environments, microorganisms can develop:
- in biofilm,
- technological systems,
- CIP area,
- in structural gaps,
- and in hard-to-reach areas for standard cleaning.
Surface disinfection often eliminates only the visible problem, without removing the source of microbiological contamination.
The EHT technology, based on ClO₂ and ULV fogging, effectively covers both surfaces and production spaces in the disinfection process, reducing the risk of recontamination.
Standard disinfection
It primarily operates locally and may not cover large volumes, service shafts, structural elements, ventilation systems, and hard-to-reach infrastructure spaces.
Disinfection
EHT
It uses ClO₂ technology and ULV fogging, enabling uniform disinfection of surfaces, technical spaces, and large industrial facilities.
Every industry faces different challenges. We tailor our solutions accordingly.
Production halls and industrial infrastructure
Technological surfaces, equipment, and production zones can be environments where microorganisms persist, affecting the stability of the working environment.
Ventilation systems and technical spaces
Technical channels, structural elements and confined spaces require a disinfection method that reaches further than standard manual application.
Large industrial volumes
Large halls, warehouses, and technical facilities require even disinfection of the entire operational space.
High operational risk zones
Production, warehousing, and technological areas require stable microbiological control to limit the risk of secondary infrastructure contamination.
Technical and specialist objects
Industrial plants, technology centres, and water infrastructure require solutions tailored to the specifics of the site and the level of microbiological risk.
Areas beyond the reach of manual application
ULV technology allows for the disinfection of hard-to-reach spaces, internal installations, and infrastructure elements not covered by standard methods.
What are the benefits of EHT technology?
Limiting biofilm and microbiology in installations: EHT disinfection helps limit surface biofilm, environmental bacteria, and the growth of microorganisms in technical spaces.
Effective disinfection of large spaces: ULV fogging allows for the treatment of large industrial spaces, halls, warehouses, technical ducts, and enclosed areas.
Industrial Process Stability Support Environmental workplace microbiology control reduces the risk of disruptions that can impact safety and operational continuity.
Reduced risk of secondary contamination: The process helps to limit sources of contamination on technological surfaces, equipment, infrastructure components, and in technical spaces.
Enhanced operational security of infrastructure: Disinfection supports the maintenance of hygienic stability in industrial facilities, production zones, and specialised infrastructure.
Reaching hard-to-reach places: ULV technology allows for the distribution of disinfectant in places that are beyond the reach of standard cleaning and manual application.
Process tailored to the object: We select the technology, parameters and application method according to the size of the space, the type of infrastructure and the level of microbiological risk.
Modern ULV and ClO₂ technology The combination of ULV fogging with ClO₂ technology supports effective control of microbiology on surfaces, in spaces, and on industrial infrastructure.
What does the EHT microbiological testing process involve?
Risk and production environment analysis
We assess the level of microbiological hazards, critical areas and places with increased risk of biofilm development.
Selection of technology and process parameters
We design a disinfection process tailored to the type of installation, the nature of production, and the operational requirements of the plant.
Disinfection process implementation
We carry out professional disinfection of surfaces and spaces using ClO₂ and ULV technology.
Effectiveness check and recommendations
We are verifying the effectiveness of the process and preparing recommendations to support the maintenance of high production hygiene standards.
Disinfection is a reaction.
Microbiological control is a strategy.
Disinfection as an emergency measure
Implemented in case of:
- detection of contamination,
- quality problems,
- recurrence of micro-organisms,
- the need for rapid production safeguarding.
The aim of the process is to mitigate the threat and restore safe production conditions.
Preventative disinfection
Implemented in case of:
- detection of contamination,
- quality problems,
- recurrence of micro-organisms,
- the need for rapid production safeguarding.
The aim of the process is to mitigate the threat and restore safe production conditions.
Modern disinfection is not just about reacting. It's about building an environment where microbiological threats have limited opportunities to develop.
CUSTOMERS
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Customer testimonials
We have earned the trust of customers for whom hygiene, safety and process efficiency are of paramount importance.
ABOUT US
Over 15 years’ experience
in biosafety
15+
experience in international markets.
implementations carried out in industrial systems.
countries served
(Poland, Scandinavia, the Baltic States, Western Europe).
QUALIFICATIONS
Quality confirmed by tests and certificates
Certificates
OMRI Listed®
Organic Materials Review Institute
Health Certificate
National Institute of Public Health (PZH)
– State Research Institute
ISO 9001:2015
The Certification Body of TÜV SÜD America Inc.
Tests carried out according to standards:
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FAQ
You most often ask
What microbiological hazards might be present in industrial infrastructure?
Microorganisms can persist on technological surfaces, devices, infrastructure elements, ventilation systems, and hard-to-reach technical spaces.
Is EHT disinfection suitable for large industrial spaces?
Yes. ULV fogging allows for the disinfection of large volumes, production halls, warehouses, technical spaces, and areas beyond the reach of standard manual application.
What objects can be disinfected?
The process can be applied in industrial plants, water infrastructure, technical facilities, technology centres, and environments requiring regular microbiological monitoring.
What is the benefit of disinfecting technical spaces?
Disinfection supports the limitation of surface biofilm, environmental bacteria, secondary contamination of infrastructure, and the development of microorganisms in technical spaces.
What are the benefits of ULV and ClO₂ technology?
The combination of ULV and ClO₂ technology supports uniform distribution of the disinfectant, effective disinfection of large spaces, and modern microbiology control of industrial infrastructure.