Sanitisation of water systems in industry
We minimise biofilm, contamination and the risk of operational problems
We help to keep water systems clean, thereby reducing the risk of contamination, downtime and quality issues in production.
Sanitised water meter
litres per month
Estimated figures based on supported installations
Biofilm developing in industrial water systems, cooling systems, pipelines, and tanks can reduce plant efficiency, destabilise processes, and increase operating costs.
At W EHT, we carry out professional sanitisation of industrial water and process systems, reducing biofilm, environmental bacteria, and the risk of secondary contamination in installations.
Simply rinsing
with water
It only removes loose contaminants from the installation, but does not eliminate biofilm, which can remain in pipelines, tanks, heat exchangers and cooling systems.
Sanitisation
EHT
It breaks down biofilm structure, limits microbial development and helps restore stable operating conditions for industrial water systems.
Every industry faces different challenges. We tailor our solutions accordingly.
Water recovery and recycling systems
Stable water microbiology after recovery processes
Sanitisation supports the microbiological control of water in closed systems, reducing the risk of secondary contamination and water quality instability.
Cooling systems and cooling towers
Biofilm reduction and improved heat exchange efficiency
The process helps to limit the growth of biofilm and environmental bacteria, which can affect the safety and efficiency of cooling systems.
Tanks and process pipelines
Microbiologically cleaner distribution and storage systems
Sanitisation helps to reduce biofilm, bacteria and secondary contamination in tanks, pipes and technological systems.
Process and technological water
Greater stability of industrial processes
Monitoring the microbiology of water helps to maintain production safety, minimise process contamination and improve the reliability of the systems.
Heat exchangers and installation components
Protection of key points from biological deposits
Reducing biofilm in hard-to-reach areas helps to maintain the efficiency of the installation and reduces the risk of a deterioration in the system’s performance.
High-risk industrial installations
Modern microbiology control in demanding environments
EHT technology supports the sanitisation of production systems, industrial infrastructure and installations requiring a high level of operational stability.
What are the benefits of our sanitisation service?
Biofilm limitation in installations: Sanitisation helps to eliminate biofilm from pipelines, tanks, cooling systems, heat exchangers, and processing systems.
More stable microbiology of aquatic systems Control of microbial development limits the risk of microbiological instability in process, technological, and recirculated water.
Business continuity support for installations Reducing biofilm and contamination helps to minimise the risk of a deterioration in operating performance and unplanned maintenance downtime.
Greater efficiency of technological systems Microbiologically cleaner systems help to ensure the stable operation of cooling systems, water circuits and industrial processes.
Reduced risk of secondary contamination: Eliminating sources of contamination in installations limits the recurrence of microbiological problems and improves process safety.
Lower operating and maintenance costs: Stable microbiology in installations helps to reduce failures, additional cleaning, downtime, and system maintenance costs.
Modern industrial microbiology control: EHT technology supports the maintenance of high operational stability in installations requiring constant hygienic supervision.
The sanitisation process, step by step
Analysis of the installation and contamination
We identify the presence of biofilm and the level of microbiological contamination. We collect water samples and carry out tests to determine the scale of the problem and select appropriate process parameters.
Selection of process parameters
We select the concentration and application conditions for chlorine dioxide (ClO₂). We take into account the specific characteristics of the system, flow rates and process requirements.
Sanitisation implementation
We are carrying out a biofilm elimination process in the installation. Sanitisation is performed under the supervision of engineers, without the need for long production downtimes.
Effectiveness verification
We confirm the results of the process with microbiological testing. We perform swabs and ATP tests to confirm the elimination of biofilm and the effectiveness of sanitisation.
CASE STUDY
Sanitisation in practice
Restoring the microbiological safety of domestic hot water installations
Water sanitisation in laying hen production
Water hygiene in pig farming
Water sanitisation in pig fattening - large-scale farm
Object
State primary school, Opole Voivodeship.
Challenge
In the domestic hot water installation, a microbiological problem was identified, which despite
the earlier remedial attempts remained unresolved. The situation required action
quick, precise, and well-controlled.
Scope of work
EHT Poland conducted an assessment of the technical and microbiological status of the installation, prepared and implemented a disinfection procedure, introduced the disinfectant solution into the installation with control of the preparation's reach to all sampling points, maintained the correct contact time, and finally flushed the installation.
Effects
- Effective elimination of microbiological contamination – confirmed by post-service water testing
- Test result: no presence of Legionella bacteria (0 cfu)
- A solution to a problem that remained unsolved by previous methods.
- Work carried out in an organised, effective and safe manner for a public utility facility
Customer feedback
„The company demonstrated practical knowledge, responsibility, and effectiveness in a situation requiring swift and well-controlled actions.”
Headteacher, Public Primary School, Strzelce Opolskie
Farm
Laying hen farm, Masovian Voivodeship. Cooperation from April 2025.
Challenge
Before implementation, the water installation required frequent operational interventions, and the microbial quality of the water varied during the production cycle. Intestinal problems in the herd and unpredictable operation of the drinkers reduced production stability.
Implementation
EHT Poland provides ongoing care for the farm's water installation. The cooperation includes regular monitoring of water quality, maintaining the hygiene of the drinking lines, and ongoing technical support. Visits are carried out systematically, measurements are taken regularly, and recommendations are communicated in a clear and practical way for the staff.
Effects
- Permanent removal of biofilm from drinking water systems
- Stable water microbiology throughout the entire length of the line
- Uniform operation of drinkers and no clogging
- Reducing intestinal problems in the flock
- Improving the repeatability of production results
- Greater predictability of farm staff work
Customer feedback
„The collaboration is being carried out in a reliable and professional manner, and ongoing technical supervision will help to stabilise the operation of the water system and improve production safety.”
Farm
Pig production in a closed-cycle system — 100 sows, approx. 1,100 fattening pigs per year.
Challenge
The watering system needed improving — the presence of biofilm and unsatisfactory microbiological parameters of the water were leading to health problems in the animals: gastrointestinal disorders, weight loss during fattening and prolonged fattening periods.
Implementation
EHT Poland conducted a water quality assessment and drinking installation check, and subsequently implemented continuous sanitisation using ProOxine® technology (chlorine dioxide). The process involved multiple service visits with concentration measurements, system performance evaluation, and microbiological water testing.
Effects
- Biofilm elimination throughout the drinking water installation
- Improvement in the microbiological parameters of water — confirmed by tests
- Increase in feed intake - first in sows, then in fattening pigs
- Significant reduction in the fattening period
- Reduction in falls caused by gastrointestinal problems
- Easier, more stable control of the drinking system's cleanliness
Customer feedback
„The greatest value was the improved control over water hygiene and practical technical support. The solution was implemented in real production conditions, taking into account the specific characteristics of the farm and the production cycle.”
Farm
Pig fattening farm – approx. 2,000 fattening pigs per cycle.
Challenge
The farm required an improvement in water hygiene standards and quality control of the drinking-water installation. The aim was to reduce mortality, eliminate biofilm and anaerobic bacteria, and stabilise production throughout the cycle.
Implementation
EHT Poland conducted an audit of the water installation, implemented a water hygiene system based on ProOxine® technology, and provided constant supervision over water quality parameters and the cleanliness of the drinking lines throughout the entire production cycle.
Effects
- Decrease in falls compared to the previous production cycle
- Very good microbiological results for the water - no abnormalities
- Absence of biofilm in drinking lines – confirmed by technical installation assessment
- High and stable ORP level of the water throughout the cycle
- Elimination of anaerobic bacteria in the water system
- No clogging of the nipple drinkers
- Stabilising the production process during the cycle
- No need to clean and disinfect the watering lines thanks to the system’s constant hygiene standards
- Improving the working comfort of farm staff
Customer feedback
„We regard our collaboration with EHT Poland as professional, well-organised and based on measurable criteria. The company provides practical technical support and consistently demonstrates the results achieved on the farm.”
Restoring microbiological safety to domestic hot water installations
Object
State primary school, Opole Voivodeship.
Challenge
In the domestic hot water installation, a microbiological problem was identified, which despite
the earlier remedial attempts remained unresolved. The situation required action
quick, precise, and well-controlled.
Scope of work
EHT Poland conducted an assessment of the technical and microbiological status of the installation, prepared and implemented a disinfection procedure, introduced the disinfectant solution into the installation with control of the preparation's reach to all sampling points, maintained the correct contact time, and finally flushed the installation.
Effects
- Effective elimination of microbiological contamination – confirmed by post-service water testing
- Test result: no presence of Legionella bacteria (0 cfu)
- A solution to a problem that remained unsolved by previous methods.
- Work carried out in an organised, effective and safe manner for a public utility facility
Customer feedback
„The company demonstrated practical knowledge, responsibility, and effectiveness in a situation requiring swift and well-controlled actions.”
Headteacher, Public Primary School, Strzelce Opolskie
Water sanitisation in laying hen production
Farm
Laying hen farm, Masovian Voivodeship. Cooperation from April 2025.
Challenge
Before implementation, the water installation required frequent operational interventions, and the microbial quality of the water varied during the production cycle. Intestinal problems in the herd and unpredictable operation of the drinkers reduced production stability.
Implementation
EHT Poland provides ongoing care for the farm's water installation. The cooperation includes regular monitoring of water quality, maintaining the hygiene of the drinking lines, and ongoing technical support. Visits are carried out systematically, measurements are taken regularly, and recommendations are communicated in a clear and practical way for the staff.
Effects
- Permanent removal of biofilm from drinking water systems
- Stable water microbiology throughout the entire length of the line
- Uniform operation of drinkers and no clogging
- Reducing intestinal problems in the flock
- Improving the repeatability of production results
- Greater predictability of farm staff work
Customer feedback
„The collaboration is being carried out in a reliable and professional manner, and ongoing technical supervision will help to stabilise the operation of the water system and improve production safety.”
Water hygiene in pig farming
Farm
Pig production in a closed-cycle system — 100 sows, approx. 1,100 fattening pigs per year.
Challenge
The watering system needed improving — the presence of biofilm and unsatisfactory microbiological parameters of the water were leading to health problems in the animals: gastrointestinal disorders, weight loss during fattening and prolonged fattening periods.
Implementation
EHT Poland conducted a water quality assessment and drinking installation check, and subsequently implemented continuous sanitisation using ProOxine® technology (chlorine dioxide). The process involved multiple service visits with concentration measurements, system performance evaluation, and microbiological water testing.
Effects
- Biofilm elimination throughout the drinking water installation
- Improvement in the microbiological parameters of water — confirmed by tests
- Increase in feed intake - first in sows, then in fattening pigs
- Significant reduction in the fattening period
- Reduction in falls caused by gastrointestinal problems
- Easier, more stable control of the drinking system's cleanliness
Customer feedback
„The greatest value was the improved control over water hygiene and practical technical support. The solution was implemented in real production conditions, taking into account the specific characteristics of the farm and the production cycle.”
Water sanitisation in pig fattening - large-scale farm
Farm
Pig fattening farm – approx. 2,000 fattening pigs per cycle.
Challenge
The farm required an improvement in water hygiene standards and quality control of the drinking-water installation. The aim was to reduce mortality, eliminate biofilm and anaerobic bacteria, and stabilise production throughout the cycle.
Implementation
EHT Poland conducted an audit of the water installation, implemented a water hygiene system based on ProOxine® technology, and provided constant supervision over water quality parameters and the cleanliness of the drinking lines throughout the entire production cycle.
Effects
- Decrease in falls compared to the previous production cycle
- Very good microbiological results for the water - no abnormalities
- Absence of biofilm in drinking lines – confirmed by technical installation assessment
- High and stable ORP level of the water throughout the cycle
- Elimination of anaerobic bacteria in the water system
- No clogging of the nipple drinkers
- Stabilising the production process during the cycle
- No need to clean and disinfect the watering lines thanks to the system’s constant hygiene standards
- Improving the working comfort of farm staff
Customer feedback
„We regard our collaboration with EHT Poland as professional, well-organised and based on measurable criteria. The company provides practical technical support and consistently demonstrates the results achieved on the farm.”
CUSTOMERS
They placed their trust in us
Feedback
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
Skuteczność naszych rozwiązań potwierdzają badania, atesty i certyfikaty uznawane w wymagających branżach.
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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Knowledge base
FAQ
You most often ask
Where does biofilm most commonly form in industrial systems?
Biofilm can develop in pipework, tanks, cooling systems, heat exchangers, process systems, and water recovery and recirculation systems.
How does biofilm affect the operation of industrial systems?
It can worsen the operating parameters of the installation, limit system efficiency, increase the risk of contamination, and raise operational and maintenance costs.
Does sanitisation work in cooling systems and cooling towers?
Yes. Sanitisation supports the limitation of biofilm and microorganisms in cooling systems, which can improve system operational stability and support heat exchange efficiency.
What microbiological hazards are present in industrial water systems?
These are most commonly installation biofilm, environmental bacteria, Legionella, Pseudomonas, secondary installation contamination and microbiological instability of water processes.
What are the benefits of sanitising industrial water systems?
The process helps to limit biofilm, stabilise the microbiology of water systems, reduce the risk of secondary contamination and support the continuous operation of the installation.