On-Site Disinfection Applications for Water Treatment and Process Hygiene
Envirolyte on-site disinfection applications include water treatment, process hygiene, Legionella control, food processing sanitation, CIP, wastewater treatment, agriculture, maritime and industrial hygiene.
Envirolyte systems help facilities generate disinfectant solutions on site from water, salt and electricity, reducing dependence on transported chemicals and supporting controlled dosing for water treatment and process hygiene applications.
Typical projects are evaluated by water quality, flow rate, required FAC concentration, contact time, dosing point, monitoring method, available space and local regulatory requirements.
- On-site generation of anolyte and catholyte solutions
- Controlled dosing into water systems, tanks, process lines or CIP circuits
- Product lines for compact, municipal, industrial, maritime and high-capacity projects
- Application review based on flow rate, water analysis, target microorganisms and compliance requirements
- Links to testing, by-products, Legionella evidence and ECHA/BPR information
Find the Right Envirolyte Application
Envirolyte systems can be configured for different disinfection and process hygiene tasks. Use the table below to identify the most relevant application area for your project.
| Application area | Common challenge | Envirolyte solution | Recommended next page |
|---|---|---|---|
| Drinking water and process water | Microbial control in drinking water, process water, storage tanks, distribution loops and remote water systems. | On-site anolyte generation with controlled dosing, residual monitoring and system configuration based on flow rate, water quality and local regulatory requirements. | drinking water and process water disinfection systems |
| Legionella risk management | Microbial growth, biofilm formation and Legionella risk in hot and cold water systems, tanks, loops and building water infrastructure. | Continuous or controlled anolyte dosing with FAC or ORP monitoring as part of a site-specific Legionella control programme. | Legionella control in hot and cold water systems |
| Food processing and CIP | Hygiene control for food processing surfaces, conveyors, pipelines, tanks, fillers, packaging lines and cleaning-in-place workflows. | On-site generation of anolyte and catholyte solutions for process hygiene, surface sanitation and selected CIP applications where technically and legally suitable. | food processing sanitation and CIP disinfection systems |
| Cooling towers and recirculating water | Biofilm, algae, microbial growth and Legionella-related risk in cooling towers and industrial recirculating water circuits. | Controlled oxidant dosing with monitoring of water chemistry, residual disinfectant, ORP and operational parameters. | cooling tower disinfection and biofilm control |
| Agriculture, livestock and farm hygiene | Water hygiene, drinking line sanitation, barn hygiene, equipment cleaning and biosecurity support for farms and livestock operations. | Envirolyte systems can support on-site disinfectant generation for farm water treatment, surface sanitation and livestock hygiene applications. | farm water hygiene, poultry and dairy sanitation applications |
| Wastewater and treated effluent | Microbial reduction in treated effluent, industrial wastewater, polishing stages, discharge points and selected water reuse projects. | On-site disinfectant generation with dosing configured around organic load, suspended solids, contact time, target microorganisms and required treatment outcome. | wastewater disinfection before discharge or reuse |
| Maritime and offshore water systems | On-board water hygiene for ships, offshore facilities, storage tanks, technical water, drinking water and ice-making water. | Compact or seawater-based Envirolyte systems for on-board disinfectant generation, dosing and integration with vessel water systems. | maritime and offshore on-board water treatment systems |
| Greenhouses and horticulture | Irrigation water hygiene, surface sanitation, microbial control in growing environments and hygiene support for horticulture operations. | On-site anolyte generation for controlled use in irrigation water, selected spraying or misting workflows, surfaces and equipment hygiene. | greenhouse irrigation water disinfection and horticulture hygiene |
Below you can explore Envirolyte on-site disinfection applications by sector, including municipal water treatment, building water systems, food processing, agriculture, industrial water treatment, wastewater, maritime and environmental hygiene applications.
Municipal and Drinking Water Applications
On-site Water Disinfection
Problem: Water treatment operators need reliable microbial control while reducing dependence on stored disinfectant chemicals, manual handling and complex logistics.
Envirolyte solution: Envirolyte on-site anolyte generation systems produce disinfectant solution from salt and water for controlled dosing into suitable water treatment applications.
Typical use cases: Drinking water systems, process water, storage tanks, distribution loops, industrial water treatment and remote water disinfection projects.
Technical factors: System selection depends on water quality, flow rate, required FAC concentration, contact time, dosing point, storage volume, monitoring method and local drinking water regulations.
On-site water disinfection systems for drinking and process water
Rural Drinking Water Disinfection
Problem: Rural and remote communities often lack reliable access to treated drinking water because conventional infrastructure can be difficult, slow or uneconomical to install.
Envirolyte solution: Envirolyte drinking water disinfection systems can be configured for simple local water treatment projects using filtration followed by controlled anolyte dosing.
Typical use cases: Villages, remote settlements, small municipal supplies, rural development projects, borehole water, river water treatment and local storage tank disinfection.
Technical factors: Evaluation should include raw water analysis, filtration requirements, turbidity, flow rate, daily consumption, tank volume, dosing method, operator training and local water quality standards.
Rural drinking water disinfection systems for remote communities
Building Water Systems and Public Facilities
Legionella Prevention
Problem: Large hot and cold water systems can create conditions for biofilm formation and Legionella risk, especially in buildings with complex pipework or areas of low water use.
Envirolyte solution: Envirolyte anolyte generators can be integrated into building water systems for continuous or controlled dosing as part of a Legionella risk management programme.
Typical use cases: Hotels, hospitals, care homes, schools, offices, military facilities, public buildings, ships and other multi-occupancy water systems.
Technical factors: Design should consider water temperature, pipework layout, stagnation risk, biofilm load, dosing points, residual disinfectant monitoring, contact time and local Legionella control requirements.
Swimming Pools
Problem: Swimming pool operators need to maintain microbiological water quality while managing odour, eye irritation, chemical handling and operational safety concerns.
Envirolyte solution: Envirolyte on-site anolyte generation can support pool water disinfection programmes by producing disinfectant solution on site for controlled dosing.
Typical use cases: Public swimming pools, hotel pools, wellness facilities, leisure centres, training pools and selected private or commercial pool installations.
Technical factors: Pool application requires evaluation of pool volume, turnover rate, bather load, pH, ORP/FAC control, filtration, dosing point, local pool regulations and operator procedures.
Swimming pool water disinfection with on-site anolyte generation
Hospitality
Problem: Hotels and hospitality facilities operate complex water, laundry, kitchen, housekeeping, pool and guest-area systems where hygiene, safety and environmental performance are important.
Envirolyte solution: Envirolyte systems can support selected hospitality applications by generating anolyte on site for water hygiene, surface sanitation and process cleaning.
Typical use cases: Hotel water systems, kitchens, restaurants, laundry, guest rooms, conference areas, swimming pools, housekeeping and public assembly areas.
Technical factors: Evaluation should include facility size, water system design, Legionella risk, surface applications, staff procedures, dosing control, storage needs and local hygiene regulations.
Health Care
Problem: Healthcare and care environments require strict hygiene management for water systems, surfaces, laundry and selected process areas while reducing unnecessary chemical handling where possible.
Envirolyte solution: Envirolyte systems may support approved surface hygiene, water disinfection and facility sanitation applications where on-site generated anolyte is technically suitable.
Typical use cases: Hospital water systems, care facilities, laundry hygiene, non-critical surface cleaning, utility areas and selected facility sanitation protocols.
Technical factors: Use in healthcare settings must be evaluated according to local regulations, approved protocols, target microorganisms, material compatibility, concentration, contact time and staff operating procedures.
Dental Unit Waterline Disinfection
Problem: Dental unit waterlines can be vulnerable to biofilm formation and microbial contamination because of narrow tubing, intermittent flow and periods of stagnation.
Envirolyte solution: Envirolyte anolyte generation may be evaluated for dental waterline hygiene applications where the use of generated disinfectant solution is approved and technically suitable.
Typical use cases: Dental chair waterlines, water bottles, dental unit water circuits, flushing procedures and selected surface hygiene applications in dental clinics.
Technical factors: Evaluation should include waterline design, biofilm condition, dosing method, contact time, concentration, material compatibility, clinical protocols and local dental water quality requirements.
Food, Beverage and Processing Applications
Food Processing
Problem: Food processing facilities need consistent hygiene control for surfaces, equipment, water, packaging areas and transport systems while protecting product quality and staff safety.
Envirolyte solution: Envirolyte anolyte systems can support approved food-industry hygiene applications through on-site generation of disinfectant solution for controlled use.
Typical use cases: Preparation surfaces, pipes, conveyors, cutting areas, packaging lines, transport systems, seafood processing, meat processing, produce handling and ice machine water lines.
Technical factors: Application depends on food contact approval, organic load, surface material, concentration, contact time, rinsing procedure, temperature, automation and local food safety regulations.
Food processing sanitation for surfaces, conveyors and pipelines
CIP Solutions for Processing Equipment
Problem: Food, beverage and processing plants need effective cleaning-in-place procedures for pipelines, tanks, fillers and equipment while managing chemical use, temperature and downtime.
Envirolyte solution: Envirolyte CIP systems generate anolyte and catholyte solutions on site for selected CIP and process hygiene applications.
Typical use cases: Beverage lines, bottle washing, tunnel pasteurizers, tanks, pipelines, conveyors, transport systems and food processing equipment.
Technical factors: Evaluation should include soil type, organic load, temperature, flow velocity, contact time, material compatibility, rinsing requirements, automation and food safety regulations.
CIP disinfection for tanks, pipelines and processing equipment
Feed Material Decontamination
Problem: Raw and processed feed materials can carry a wide range of microorganisms during harvesting, processing, transport and storage, increasing the risk of cross-contamination and product losses.
Envirolyte solution: Envirolyte anolyte systems can be evaluated for controlled feed material hygiene applications where on-site generated disinfectant solution is technically suitable.
Typical use cases: Raw agricultural materials, processed feed, storage areas, handling zones, conveyors, processing floors and selected fogging or spraying applications.
Technical factors: Suitability depends on feed type, moisture level, water activity, application method, mixing zone, contact time, target microorganisms and feed safety regulations.
Feed material decontamination with on-site anolyte application
Agriculture, Livestock and Horticulture
Farming
Problem: Farms need practical hygiene systems for animal drinking water, equipment, housing and working areas to help reduce microbial pressure across daily operations.
Envirolyte solution: Envirolyte anolyte systems can support farm biosecurity programmes through on-site generation of disinfectant solution for water hygiene, surface sanitation and equipment cleaning.
Typical use cases: Animal drinking water, stock pens, barns, floors, tools, tanks, pipelines, vehicles and general farm sanitation routines.
Technical factors: System configuration depends on livestock type, water quality, drinking water flow, application method, target hygiene objective, concentration, contact time and local animal health requirements.
Dairy Farming
Problem: Dairy farms need consistent hygiene control for water, milking areas, pipelines, tanks, equipment and animal housing to protect milk quality and operational efficiency.
Envirolyte solution: Envirolyte systems can generate anolyte and catholyte solutions on site for water hygiene, surface sanitation and selected cleaning processes in dairy environments.
Typical use cases: Milking parlours, milk rooms, pipelines, tanks, floors, drinking water systems, animal housing, equipment cleaning and vehicle hygiene.
Technical factors: Suitability depends on milk contact regulations, cleaning protocol, water quality, organic load, surface materials, concentration, contact time, rinsing requirements and farm operating schedule.
Dairy farm hygiene for milking areas, tanks and water systems
Poultry Farming
Problem: Poultry operations require reliable water and housing hygiene to help manage microbial pressure across drinking lines, barns, equipment and production areas.
Envirolyte solution: Envirolyte anolyte systems can be integrated into poultry farm hygiene programmes for water treatment, surface sanitation and equipment cleaning.
Typical use cases: Drinking water lines, barns, hatchery support areas, floors, transport crates, tools, tanks and between-cycle sanitation routines.
Technical factors: Evaluation should include bird type, water quality, drinking line design, biofilm condition, dosing method, target concentration, contact time and animal welfare requirements.
Pig Farming
Problem: Pig farms need effective hygiene management across drinking water, farrowing areas, fattening units, equipment and surfaces where microbial contamination can spread quickly.
Envirolyte solution: Envirolyte systems can support pig farm biosecurity programmes by generating anolyte on site for water hygiene, surface sanitation and equipment cleaning.
Typical use cases: Drinking water systems, pens, floors, farrowing areas, feeding equipment, transport areas, tools and between-batch cleaning protocols.
Technical factors: System selection depends on herd size, water demand, organic load, application method, concentration, contact time, material compatibility and local veterinary requirements.
Pig farm water hygiene, pen sanitation and biosecurity support
Veterinary Medicine
Problem: Veterinary and livestock facilities need controlled hygiene procedures for water, surfaces, equipment and animal environments while avoiding unsupported treatment claims.
Envirolyte solution: Envirolyte anolyte solutions may support water hygiene, surface sanitation and equipment cleaning as part of approved veterinary or livestock biosecurity protocols.
Typical use cases: Veterinary clinics, animal housing, treatment rooms, equipment cleaning, water hygiene, transport boxes and general facility sanitation.
Technical factors: Any veterinary use must be assessed according to local regulations, animal health protocols, approved application conditions, target microorganisms, concentration and contact time.
Veterinary water, surface and equipment hygiene applications
Shrimp Farming
Problem: Shrimp farms and hatcheries face water quality, microbial control and disease pressure challenges that can affect survival rates, product quality and production stability.
Envirolyte solution: Envirolyte seawater and anolyte generation systems can be evaluated for aquaculture water hygiene and controlled disinfection of incoming or stored water.
Typical use cases: Hatcheries, grow-out ponds, water storage tanks, incoming water treatment, pond water preparation and selected aquaculture hygiene procedures.
Technical factors: Evaluation should include salinity, organic load, pond volume, water exchange rate, target microorganisms, dosing strategy, contact time, aeration and aquaculture regulations.
Greenhouse and Horticulture Applications
Problem: Greenhouse and horticulture operations need controlled water and surface hygiene to help manage microbial pressure, algae, biofilm and contamination risks in intensive growing environments.
Envirolyte solution: Envirolyte anolyte systems can support irrigation water hygiene, surface sanitation and selected misting or spraying applications where technically suitable.
Typical use cases: Greenhouses, irrigation water systems, propagation areas, benches, floors, tools, tanks, pipes and horticultural hygiene programmes.
Technical factors: Evaluation should include crop type, growth stage, water quality, irrigation method, phytotoxicity risk, concentration, contact time, application frequency and local agricultural regulations.
Greenhouse irrigation water disinfection and horticulture hygiene
Green Fodder / Silage Preservation
Problem: Green fodder and silage preservation can be affected by microbial activity, moisture variability, plant respiration and the handling risks associated with traditional chemical preservatives.
Envirolyte solution: Envirolyte-generated anolyte can be evaluated as a preservative and hygiene-support solution for selected green fodder and silage preparation processes.
Typical use cases: Silage preparation, green fodder storage, forage preservation, feed storage hygiene and agricultural preservation workflows.
Technical factors: Application depends on crop type, moisture content, storage method, dosage, distribution uniformity, pH effect, storage duration and feed safety requirements.
Green fodder and silage preservation with anolyte application
Edible Mushrooms Growing
Problem: Mushroom growing facilities require strict hygiene control in chambers, surfaces, equipment and water systems to reduce contamination risks during production cycles.
Envirolyte solution: Envirolyte anolyte may be evaluated as part of a mushroom farm hygiene programme for chamber sanitation, surface cleaning and water hygiene applications.
Typical use cases: Empty chamber sanitation, growing room hygiene, equipment cleaning, floor and surface treatment, water systems and between-cycle hygiene protocols.
Technical factors: Evaluation should include mushroom species, growth stage, room conditions, surface materials, application method, concentration, contact time, ventilation and food safety requirements.
Mushroom cultivation hygiene for chambers, compost and surfaces
Industrial and Environmental Applications
Cooling Towers
Problem: Cooling towers can suffer from biofilm, algae, scaling, microbial growth and Legionella risk, reducing heat transfer efficiency and increasing maintenance demands.
Envirolyte solution: Envirolyte anolyte generation can be integrated into cooling water treatment programmes for controlled microbial management and biofilm control support.
Typical use cases: Industrial cooling towers, HVAC cooling circuits, process cooling systems, air-conditioning systems and recirculating water systems.
Technical factors: Design should consider water chemistry, blowdown rate, system volume, organic load, corrosion control, ORP/FAC monitoring, dosing point and local Legionella regulations.
Cooling tower water treatment, biofilm control and Legionella risk management
Wastewater Treatment
Problem: Wastewater treatment facilities and industrial sites may need an additional disinfection stage to reduce microbial load before discharge, reuse or further processing.
Envirolyte solution: Envirolyte anolyte generators can be configured for on-site disinfectant generation and controlled dosing into suitable wastewater treatment processes.
Typical use cases: Treated effluent disinfection, industrial wastewater sanitation, water reuse projects, holding tanks, polishing stages and selected odour-related microbial control applications.
Technical factors: Suitability depends on organic load, suspended solids, wastewater composition, target microbial reduction, flow rate, contact time, dosing method and discharge regulations.
Wastewater disinfection before discharge, reuse or polishing
Oil & Gas Industries
Problem: Oil and gas operations can face microbial contamination, slime formation, sulphate-reducing bacteria, drilling fluid issues and microbially influenced corrosion.
Envirolyte solution: Envirolyte anolyte and catholyte solutions can be evaluated for selected oilfield water treatment, microbial control and drilling support applications.
Typical use cases: Produced water, injection water, drilling fluids, storage tanks, pipelines, microbial control programmes and selected oilfield process applications.
Technical factors: Suitability depends on water chemistry, salinity, hydrocarbon content, target microorganisms, corrosion strategy, dosing method, contact time, compatibility and field operating conditions.
Industrial Applications
Problem: Industrial facilities often require flexible hygiene and water treatment solutions for premises, process equipment, work surfaces, process water and effluent-related applications.
Envirolyte solution: Envirolyte anolyte and catholyte generation systems can be adapted for different industrial disinfection, cleaning and process hygiene requirements.
Typical use cases: Manufacturing areas, processing equipment, work surfaces, water systems, air-conditioning circuits, humidifiers, tanks, pipelines and selected effluent treatment processes.
Technical factors: System selection depends on application type, water chemistry, required capacity, target microorganisms, material compatibility, automation, concentration and site operating conditions.
Maritime On-board Water Treatment
Problem: Ships and offshore facilities need compact and reliable water treatment systems for onboard water hygiene while reducing storage and handling of chemical disinfectants.
Envirolyte solution: Envirolyte anolyte and seawater generation systems can be configured for selected onboard water treatment and hygiene applications.
Typical use cases: Onboard drinking water, technical water, storage tanks, water distribution systems, fishing vessel ice-making water and selected maritime sanitation applications.
Technical factors: Design should consider available space, feed water type, salinity, flow rate, tank volume, dosing control, monitoring, power supply, crew procedures and maritime regulations.
How Envirolyte Systems Are Selected for Each Application
Every Envirolyte project starts with a technical evaluation. The correct system configuration depends on the application, water quality, required treatment capacity, target microorganisms, required FAC concentration, contact time, dosing method, installation conditions and local regulatory requirements.
For water disinfection and process hygiene applications, Envirolyte engineers typically evaluate:
- source water quality and variability;
- required flow rate and operating schedule;
- target disinfectant concentration;
- contact time and dosing point;
- storage and dosing requirements;
- integration with pumps, tanks, ORP/FAC controllers or existing automation;
- applicable industry standards and local approvals.
This approach helps determine whether an ELA, ANW, HD, CIP, seawater or custom Envirolyte system is the most suitable option.
Recommended Envirolyte Product Lines by Application
The table below provides a general guide to product line selection. Final system configuration depends on water quality, required capacity, FAC concentration, contact time, dosing method, installation conditions and local regulatory requirements.
| Application | Typical Envirolyte product lines | Selection notes |
|---|---|---|
| Drinking water and general water disinfection | ELA, ANW, Modular Units | Depends on flow rate, required residual, storage volume and dosing control. |
| Legionella prevention and building water systems | ANW, ELA | Requires evaluation of hot/cold water systems, biofilm risk and residual monitoring. |
| Food processing and CIP | CIP Equipment, CIP HD Equipment, ELA | Depends on soil load, food-contact requirements, contact time and rinsing procedure. |
| Agriculture, livestock and farm hygiene | ELA, ANW | Depends on drinking water demand, housing sanitation needs and farm biosecurity protocol. |
| Cooling towers and industrial water circuits | ANW, HD, Modular Units | Requires evaluation of system volume, water chemistry, ORP/FAC monitoring and corrosion strategy. |
| Wastewater treatment | HD, ANW, Modular Units | Depends on organic load, suspended solids, target microbial reduction and contact time. |
| Maritime, offshore and aquaculture | Sea Water Anolyte Generators, ELA | Depends on feed water type, salinity, onboard space, power supply and maritime requirements. |
Which Envirolyte Product Line Is Suitable?
Different Envirolyte applications require different system configurations. Smaller facilities may need compact anolyte generation units, while municipal, industrial, maritime, food processing or high-demand applications may require higher-capacity systems with automated dosing, monitoring and integration with existing infrastructure.
The most suitable product line depends on water quality, required treatment capacity, target application, FAC concentration, contact time, dosing method, installation conditions and local regulatory requirements.
ELA Anolyte Generators
Suitable for many general on-site disinfection, water treatment, agriculture, food processing, healthcare, hospitality and commercial hygiene applications where reliable anolyte generation is required.
ANW Anolyte Generators
Designed for low-salt on-site anolyte generation and larger-scale water disinfection applications, including municipal, industrial, cooling tower and process water treatment projects.
HD Anolyte Generators
Suitable for high-capacity industrial applications requiring stronger disinfectant solution, higher output or continuous operation for demanding water disinfection and process hygiene tasks.
CG Catholyte Generators
Designed to generate catholyte, an alkaline solution used for selected cleaning, washing, pH adjustment and process support applications in industrial and hygiene-related environments.
CIP Equipment
Suitable for cleaning-in-place and process hygiene applications in food processing, beverage production, pipelines, tanks, fillers, conveyors and other processing equipment.
CIP HD Equipment
Suitable for higher-demand CIP and industrial cleaning applications where larger processing lines, stronger output or more intensive cleaning cycles are required.
Sea Water Anolyte Generators
Suitable for maritime, offshore, aquaculture and coastal applications where seawater can be used as the input source for on-site disinfectant generation.
Industrial Water Ionizers
Suitable for industrial water conditioning, alkaline ionized water generation, pH-related process support and selected water treatment applications.
Modular Units
Suitable for larger custom installations, integrated electrochlorination projects and industrial sites requiring scalable on-site disinfectant generation capacity.
GH-40 Anolyte/Catholyte Generator
Suitable for smaller on-site generation requirements where both anolyte and catholyte production may be needed for disinfection, cleaning or water treatment support.
DesiStation-120
Suitable for compact on-site disinfectant generation needs, demonstration projects, smaller facilities and selected point-of-use hygiene applications.
Electrolysis Cells
Suitable for custom equipment manufacturers, system integrators and specialised installations requiring electrochemical cells for anolyte and catholyte generation.
Testing, Evidence and Compliance Information
Envirolyte applications should be evaluated according to technical performance data, microbiological requirements, by-product formation, toxicological information and local regulatory conditions.
Frequently Asked Questions
Envirolyte systems are used in selected industrial, municipal, agricultural, food processing, healthcare, maritime and commercial applications where on-site generation of disinfectant solutions can support water treatment, sanitation and process hygiene requirements.
The suitable system depends on water quality, required capacity, target microorganisms, FAC concentration, contact time, dosing method, installation conditions and local regulatory requirements. Envirolyte can help evaluate whether an ELA, ANW, HD, CIP, seawater or custom system is appropriate.
Yes, Envirolyte systems can be configured with tanks, dosing pumps, FAC or ORP controllers and automation components for integration with existing water treatment or process hygiene systems.
Envirolyte systems may be used for drinking water disinfection where the generated solution, system design and operating conditions meet applicable local regulations and approvals.
Typical evaluation data includes water analysis, flow rate, operating hours, target application, microbial control requirements, available utilities, installation conditions and local regulatory requirements.
Request Help Choosing the Right On-Site Disinfection System
Share your application, water quality, required flow rate, operating conditions and local regulatory requirements. Envirolyte can help assess whether an ELA, ANW, HD, CIP, seawater or custom system is the most suitable option for your project.
