Envirolyte pig farm water treatment and biosecurity systems generate anolyte on site for controlled use in animal drinking-water systems, farrowing and nursery areas, grower and finisher units, equipment-sanitation processes and between-batch cleaning programmes.
Anolyte is generated from conditioned water, sodium chloride and electricity and contains free available chlorine species, including hypochlorous acid under suitable operating conditions. Concentration, pH, dosing rate, application volume and contact time must be selected for each process and validated under actual farm conditions.
Envirolyte equipment should support, not replace, veterinary oversight, physical cleaning, animal-health planning and established biosecurity procedures. Learn about electrochemical activation technology, review the broader farming and livestock applications, and check the applicable ECHA and BPR information.
Pig Farm Hygiene as Part of a Biosecurity Programme
Pig farm biosecurity should control the introduction and spread of infectious agents through animals, people, vehicles, equipment, feed, water, manure, pests and contaminated surfaces. A disinfectant is one element of this programme rather than a standalone disease-control solution. Before applying disinfectant, pens and equipment should be cleared of manure, bedding, feed, grease and other visible contamination. Cleaning procedures should then include washing, detergent use where required, rinsing, inspection, disinfectant application, the validated wet contact time and protection against recontamination. General external guidance is available from the WOAH pig-farm biosecurity principles and the UK livestock disease-prevention guidance.Envirolyte Installation at a Pig Farm in Canada
The project photograph documents an installed Envirolyte system. It shows the generator, water-conditioning components, brine or process-solution tanks, dosing equipment and associated pipework.
Potential Pig Farm Applications
The requirements for drinking water, housing, equipment, feed areas and fogging differ. Each application should therefore have its own authorised and validated operating procedure.Scroll horizontally to view the complete table.
| Application area | Potential role | Important requirements |
|---|---|---|
| Pig drinking water | Controlled treatment of suitable source water, storage tanks, distribution pipes, troughs and nipple-drinker systems. | Water analysis, herd demand, peak flow, line condition, dosing method, permitted residual, materials compatibility and routine water-quality verification. |
| Waterline sanitation between batches | Circulation or controlled filling of compatible drinking-water lines during an empty-house sanitation programme. | Removal of deposits, complete line filling, validated concentration, contact time, flushing requirements and verification before animals regain access. |
| Pens and housing surfaces | Disinfection of cleaned floors, walls, gates, partitions and other compatible surfaces. | Removal of manure and bedding, effective washing, complete coverage, wet contact time, drying, ventilation and animal re-entry procedure. |
| Farrowing accommodation | Environmental hygiene of cleaned farrowing pens, floors, partitions and compatible equipment between groups. | Documented cleaning, attention to organic contamination, surface compatibility, drying and coordination with the herd health and welfare plan. |
| Nursery and weaner units | Water and environmental hygiene during preparation of cleaned accommodation for a new group. | All-in/all-out flow where used, cleaning records, line sanitation, inspection and measures preventing contamination between age groups. |
| Grower and finisher units | Controlled drinking-water treatment and between-batch environmental sanitation. | Peak water demand, line length, stocking cycle, organic load, application method and representative monitoring points. |
| Tools, equipment and vehicles | Sanitation of cleaned tools, handling equipment, loading areas, wheels and selected vehicle surfaces. | Separation of clean and dirty areas, removal of manure and soil, complete coverage, drainage, contact time and prevention of recontamination. |
| Feed-handling equipment | Hygiene support for compatible feeders, conveyors, mixers, tanks and storage areas. | Feed-contact requirements, moisture and water activity, application volume, drying and prevention of post-treatment contamination. See feed material decontamination. |
| Fogging or misting | Possible supplementary environmental treatment where the product and application procedure are authorised. | Aerosol risk assessment, room volume, droplet size, concentration, ventilation, occupational exposure, animal welfare and confirmation of whether animals must be absent. |
| Direct animal or reproductive use | Direct animal or reproductive use requires a specifically authorised veterinary product, an approved indication, appropriate animal-safety and residue data, a defined procedure and veterinary oversight. | A specifically authorised veterinary product, approved indication, animal-safety data, residue assessment, defined procedure and veterinary oversight. |
Biosecurity Considerations by Production Stage
The guidance below is organised into farrowing, weaner and grower or finisher cycles, with a focus on environmental and water-hygiene considerations.
Farrowing Areas
- Clean and disinfect accommodation before each new group according to the farm health plan.
- Remove manure, bedding and organic contamination before disinfectant application.
- Inspect drinkers, waterlines, floors, partitions and heating equipment.
- Maintain separate procedures for animal care, assisted farrowing and veterinary treatment.
- Do not use an environmental disinfectant as a substitute for treatment of sick sows or piglets.
Nursery and Weaner Units
- Clean and disinfect pens and compatible equipment before new arrivals.
- Sanitise drinking-water lines under a validated empty-house procedure.
- Prevent movement of contaminated tools, footwear and equipment between groups.
- Monitor drinking-water quality and residual at representative outlets.
- Investigate diarrhoea or poor performance through the herd veterinarian rather than changing disinfectant dosing without diagnosis.
Grower and Finisher Units
- Base generator capacity and dosing on actual peak water use and line hydraulics.
- Include floors, gates, feeders, loading areas and equipment in the between-batch hygiene programme.
- Maintain ventilation and environmental controls independently of the disinfection system.
- Do not use fogging as treatment for cough, pneumonia or other respiratory disease.
- Record water, health and production data without attributing changes to anolyte until the result has been properly evaluated.
How an Envirolyte Pig Farm System Works
A complete installation may combine an Envirolyte generator with water preparation, brine supply, solution storage, dosing pumps, flow monitoring, spray or circulation equipment and suitable alarms and interlocks.
- Application assessment: define whether the project concerns drinking water, line sanitation, housing, equipment, feed areas or another authorised process.
- Water analysis: evaluate hardness, pH, conductivity, turbidity, temperature, organic demand and microbiological quality.
- Water preparation: install filtration, pressure regulation or softening where required by the generator.
- Brine preparation: prepare sodium chloride solution according to the equipment specification.
- On-site generation: produce anolyte under controlled hydraulic, electrical and solution-quality conditions.
- Storage or direct supply: transfer the solution to a compatible tank or directly to the treatment process.
- Controlled application: dose, circulate or spray the solution at the validated concentration and application rate.
- Monitoring: check solution parameters, dosing-pump output, drinking-water residual or other critical controls.
- Verification: record operating data and confirm the result through chemical, physical or microbiological testing where required.
Pig Drinking-Water Treatment
Generator capacity should be selected using minimum, average and peak water demand rather than animal numbers alone. Pig age, ambient temperature, feed composition, source-water quality, storage volume, line length and drinker type can affect consumption and disinfectant demand.
The treatment programme should define the injection point, mixing, target residual, representative sampling points, alarm limits and corrective action. The free available chlorine concentration generated by the Envirolyte unit must not be confused with the permitted residual at the drinker.
Waterline Cleaning and Biofilm Management
Continuous drinking-water treatment and intensive line sanitation are separate procedures. Established deposits or biofilm may require compatible cleaning products, a different solution concentration, a longer contact time or mechanical action.
After an intensive empty-line treatment, the water system should be flushed or returned to the validated drinking-water specification before animals regain access, unless the approved procedure explicitly states otherwise.
Housing and Equipment Sanitation
Applying disinfectant over manure, bedding or heavy organic contamination should not be described as complete sanitation. The solution must reach the cleaned surface and remain wet for the validated contact time.
Compatibility should be checked for galvanised metal, stainless steel, plastics, seals, concrete, floor coatings, feeders, electronics and other materials exposed repeatedly to the treatment.
Fogging and Occupational Safety
Fogging should not be recommended automatically in occupied pig housing. The exact product, concentration, aerosol exposure, ventilation, animal welfare, worker protection and local veterinary requirements must first be reviewed.
Where authorised, fogging should supplement rather than replace physical cleaning and direct treatment of contaminated surfaces.
Pig Farming Application Images
The following photographs provide visual context for farrowing, nursery and growing environments. They do not demonstrate a treatment result or support a specific animal-health claim.
Potential Operational Objectives
When the system and operating procedure are properly designed, authorised and validated, on-site generation may support practical farm-hygiene objectives without guaranteeing lower mortality, reduced medication, improved feed conversion or greater weight gain.
- Controlled treatment of suitable pig drinking-water systems
- Automated generation and metered dosing close to the point of use
- Integration with storage tanks, waterlines, circulation loops and spraying equipment
- Standardised between-batch cleaning and disinfection procedures
- Reduced dependence on deliveries of concentrated disinfectant products
- Monitoring of generated-solution and dosing parameters
- Improved traceability through operating, cleaning and verification records
- Scalable system configurations for individual buildings or larger farm complexes
Claims concerning mortality, medication, feed conversion, growth rate, carcass downgrades or financial savings should be supported by documented farm records, an appropriate baseline and analysis of other management changes.
System Validation and Routine Monitoring
Scroll horizontally to view the complete table.
| Parameter | Why it matters | What should be recorded |
|---|---|---|
| Production stage | Farrowing, nursery, grower and finisher units have different water demand, contamination risks and schedules. | Animal group, age, population, housing arrangement and batch or all-in/all-out schedule. |
| Incoming water | Water chemistry and microbiological quality affect generator operation and disinfectant demand. | Source, hardness, pH, conductivity, turbidity, temperature and microbiological analysis. |
| Generated anolyte | Performance and compatibility depend on the actual solution at the point of use. | Free available chlorine, pH, temperature, production time and solution age where storage is used. |
| Water consumption | Peak demand may be substantially higher than the average daily figure. | Minimum, average and maximum flow by building, production stage and season. |
| Dosing and residual | Under-dosing may reduce control, while excessive dosing may create welfare, compatibility or regulatory concerns. | Pump calibration, dosing rate, flow signal, residual at representative drinkers and alarm limits. |
| Pre-cleaning | Manure, bedding, feed, grease and soil can interfere with disinfection. | Dry cleaning, washing, detergent use, rinsing, inspection and acceptance criteria. |
| Contact time | The treated surface must remain under the validated conditions for the required period. | Minimum wet contact time, process interruptions, drying and re-entry requirements. |
| Materials compatibility | Pig buildings contain different metals, plastics, seals, concrete, coatings and electronic equipment. | Materials inventory, inspection frequency, corrosion observations and corrective action. |
| Microbiological verification | Performance should be measured rather than inferred from generator operation. | Sampling points, organisms or indicators, laboratory method, limits and retesting procedure. |
| Animal-health and production records | Outcomes have multiple possible causes and should not be attributed to one intervention without evaluation. | Mortality, medication, water consumption, feed conversion, growth, veterinary events and concurrent management changes. |
Testing and Regulatory Context
Envirolyte publishes microbiological testing information covering bactericidal, yeasticidal and virucidal activity under defined laboratory conditions. Results depend on concentration, pH, temperature, organic load, contact time, organism and test method and cannot be treated as a universal pig-farm performance guarantee.
Potential European applications may fall under PT3 Veterinary hygiene, PT4 Food and feed area or PT5 Drinking water. Supplier or active-substance status does not by itself authorise every generated solution, pig-farm application or marketing claim in every country.
Review the by-products testing information for drinking-water projects and the organic status information before making claims concerning certified organic pig production.
Selecting an Envirolyte Pig Farm System
- Installation country and applicable veterinary, biocidal, drinking-water and environmental requirements
- Production type and number of sows, piglets, weaners, growers and finishers
- Number, size and operating schedule of farm buildings
- Minimum, average and peak water demand
- Source-water analysis and existing treatment equipment
- Storage tanks, pipe diameters, line lengths and drinker configuration
- Current waterline cleaning and housing-sanitation procedures
- Required application areas and frequency
- Target generated-solution parameters and permitted water residual
- Existing pumps, tanks, sensors and control signals
- Required generator redundancy and storage capacity
- Sampling, alarms, remote monitoring and record keeping
- Available electrical supply, drainage and installation space
Projects may be evaluated using equipment from the ELA anolyte generator range or the ANW anolyte generator range. Model selection depends on required output, water quality, solution parameters, operating hours, storage strategy and application method.
For environmental and equipment hygiene that is separate from animal treatment, review the related veterinary hygiene application.
Frequently Asked Questions
No. Diarrhoea requires veterinary diagnosis and treatment. Direct administration of any product requires the appropriate authorisation and approved instructions for the intended use.
Not as a general hygiene application. Intrauterine procedures require veterinary diagnosis, an authorised veterinary product, appropriate sterility and professional supervision.
No. Anolyte should not be presented as accelerating recovery after castration. Castration, wound care, pain management and infection prevention must follow applicable animal-welfare requirements and the herd veterinarian’s procedure.
No. Respiratory disease requires veterinary investigation. Environmental fogging must not be presented as medical treatment and should only be used where the exact application is authorised and assessed for aerosol exposure and animal welfare.
Not as a general procedure. Heavy organic contamination should be removed and surfaces cleaned before disinfection so that the solution can reach the underlying material.
No. These processes have different efficacy, exposure, contact-time, compatibility and regulatory requirements.
No. Mortality and medicine use depend on herd health, genetics, feed, housing, ventilation, vaccination, veterinary management and many other variables. Any project claim should be based on documented farm results.
Discuss a Pig Farm Water and Biosecurity Project
Provide the Envirolyte technical team with the herd structure, building layout, water analysis, peak water demand, current hygiene programme, intended applications and applicable regulatory requirements.
