The Agricenex Platform is an integrated agricultural technology platform that combines advanced water treatment, soil regeneration, digital monitoring and agronomic support to improve irrigation water quality, soil health and overall production efficiency.

Developed through more than 20 years of practical on-farm experience, the Agricenex Platform differs from conventional water treatment systems and standalone agricultural products by combining three integrated solutions: the Agricenex Hardware System, the Agricenex Plus Product Range, and the Agricenex Intelligent Central Management System (ICMS). Together, these integrated solutions improve irrigation water quality, soil performance and operational management.

The Agricenex Platform combines water treatment, water conditioning and intelligent monitoring into a single integrated solution. Rather than addressing one problem in isolation, each component complements the others to improve irrigation water quality, support healthier soil conditions and enhance overall operational performance.

Yes. The platform is designed for irrigated agricultural operations of all sizes and can be adapted to different irrigation systems and water sources.

No. The platform is designed to improve the efficiency of existing fertiliser programmes by enhancing irrigation water quality and supporting healthier soil conditions. It complements, rather than replaces, sound agronomic practices, helping to reduce the need for excessive corrective fertiliser applications and associated input costs.

No. It enhances irrigation performance by improving the quality of the irrigation water before it reaches the crop while helping to maintain a cleaner, more efficient irrigation system.

The Agricenex System is an infrastructure-integrated inline water treatment platform that applies an Advanced Oxidation Process (AOP) with a controlled peroxide dosage to improve irrigation water quality. It integrates seamlessly with existing irrigation systems and combines scalable hardware with intelligent monitoring to deliver reliable, long-term performance.

Advanced Oxidation Process (AOP) is a proven water treatment technology that generates highly reactive hydroxyl radicals capable of oxidising a wide range of contaminants, helping to improve overall irrigation water quality.

Yes. The system is designed to integrate with virtually all irrigation systems and typically requires only minimal modifications to existing infrastructure.

No. The system is engineered to preserve existing flow and pressure dynamics, ensuring that irrigation performance is maintained.

Yes. The Agricenex System features a modular, scalable design that can be configured for a wide range of irrigation capacities and expanded as operational requirements change.

Installation is generally completed quickly with minimal disruption to normal farming operations. The exact installation time depends on the site and system configuration.

Yes. Each installation includes a built-in bypass that allows irrigation to continue while the system is being serviced or maintained.

No. The system is designed for long service life with low maintenance requirements. Routine inspections and scheduled servicing help ensure reliable, long-term performance.

Yes. The Agricenex System is integrated with the Agricenex ICMS, enabling real-time monitoring, remote diagnostics and proactive system management where communication infrastructure is available.

The Agricenex ICMS is an AI-enabled monitoring and management platform that provides real-time information, reporting and decision-support tools to help farmers optimise system performance and manage their operations more effectively.

The platform is accessible through WhatsApp, a web portal and email, allowing users to monitor system performance and receive information from virtually anywhere.

Depending on the installation and available data, the ICMS can provide real-time system monitoring, diagnostics, irrigation water quality trends, reporting, operational insights and alerts to support informed decision-making.

Yes. The platform continuously monitors system performance and can generate automated alerts and diagnostic information, helping to identify potential issues early and reduce unnecessary downtime.

No. The ICMS is designed as a central management platform that can support water management, operational reporting, knowledge sharing, communication and business management functions, creating a more connected farming operation.

The ICMS uses AI to analyse operational data, generate useful insights, automate reporting and support better decision-making, helping farmers improve efficiency, productivity and long-term management.

Agricenex Plus is a range of proprietary granule and soluble water conditioning products developed to support healthier soil conditions and improve irrigation performance. It is designed to work in synergy with the Agricenex System as part of the complete Agricenex Platform.

Agricenex Plus is continuously dosed through the irrigation system during normal irrigation, allowing it to condition the irrigation water and support healthier soil conditions throughout the growing season.

Agricenex Plus helps improve soil structure and aggregation, enhances aeration and porosity, supports healthier root development, improves nutrient availability and uptake, helps condition challenging irrigation water, and promotes long-term soil resilience.

Yes. Agricenex Plus can be used independently to improve irrigation water and soil conditions. However, optimum performance is achieved when it is used together with the Agricenex System as part of the complete Agricenex Platform.

Continuous dosing conditions the irrigation water during every irrigation cycle, providing consistent support for soil health, irrigation water quality and nutrient efficiency instead of relying on occasional corrective treatments.

Yes. The Agricenex Platform is an investment in agricultural infrastructure designed to deliver long-term operational, agronomic and financial benefits. The hardware component may also qualify for capital allowances or depreciation for tax purposes, subject to applicable tax legislation and the purchaser's individual tax circumstances.

Yes. Depending on the market and applicable terms, Agricenex may offer approved financing solutions to assist customers with acquiring the platform.

Return on investment is typically realised through a combination of operational improvements, including: improved irrigation water quality, increased operational efficiency, reduced irrigation system maintenance, better utilisation of fertilisers and other agricultural inputs, improved water-use efficiency, reduced need for corrective soil treatments, enhanced production potential, and lower operating costs over time.

The cost per hectare depends on the size of the irrigation system and the area being serviced. Because each Agricenex System is designed to treat large irrigation volumes, the capital cost is spread across many hectares, making the investment highly cost-effective on a per-hectare basis.

The Agricenex Platform is designed to help manage common irrigation water quality challenges, including excess salts, sodium, carbonates, bicarbonates, iron and manganese. These water quality issues can gradually affect soil health, irrigation efficiency and crop performance if left unmanaged.

Irrigation water does more than supply moisture. Its chemical composition influences soil structure, nutrient availability and the long-term productivity of the soil. Even water that appears clean can contain dissolved minerals that create ongoing challenges.

No. While pH is important, it is only one aspect of water quality. Salinity, sodium, calcium, magnesium, carbonates, bicarbonates and dissolved metals also play a significant role in determining how irrigation water performs.

The Agricenex System applies an Advanced Oxidation Process (AOP) with a controlled peroxide dosage to improve irrigation water quality by reducing dissolved contaminants and supporting balanced water chemistry.

Agricenex Plus continuously conditions the irrigation water during each irrigation cycle, supporting improved water chemistry and creating a more favourable soil environment.

Yes. By improving irrigation water quality and conditioning the water during application, the Agricenex Platform helps reduce the negative effects associated with excess sodium and salinity, supporting better soil structure and water movement.

Poor irrigation water quality can gradually alter soil chemistry, reduce nutrient availability and uptake, weaken soil structure, and increase the need for corrective soil treatments over time.

High sodium levels can upset the natural balance between calcium and magnesium in the soil. Over time, this can weaken soil structure, reduce water infiltration and drainage, limit root development, and make it more difficult for crops to access water and nutrients.

Excess carbonates and bicarbonates can bind with calcium, reducing its availability to support healthy soil structure. Over time, this can gradually alter soil chemistry, contribute to soil degradation, and reduce the effectiveness of irrigation and fertiliser programmes.

Osmotic stress occurs when excess salts in the soil make it more difficult for plants to absorb water. Even when the soil contains adequate moisture, plants must use more energy to take up water, which can reduce plant health, growth and overall productivity.

High sodium levels cause clay particles to disperse rather than bind together into stable soil aggregates. This weakens soil structure, resulting in compaction, surface sealing, reduced water infiltration and poor drainage over time.

Compacted soils restrict root development, reduce oxygen availability and limit the movement of water and nutrients through the soil. This can reduce plant vigour and make irrigation and fertiliser programmes less effective.

The Agricenex Platform helps improve irrigation water quality and continuously conditions the irrigation water during every irrigation cycle. This helps reduce the effects of osmotic stress by creating conditions that allow plants to access available water more efficiently.

Yes. Agricenex Plus helps reduce the negative effects associated with excess sodium, supporting improved soil aggregation, better infiltration, reduced surface sealing and healthier soil structure over time.

Improved soil structure allows water to infiltrate more effectively while enhancing drainage, aeration, root development, nutrient availability and uptake, and the activity of beneficial soil microorganisms.

The Agricenex System uses an Advanced Oxidation Process (AOP) to help control bacteria and biofilm while assisting in reducing iron, manganese and mineral-related deposits that contribute to irrigation system fouling.

Yes. By helping to keep pipelines, filters, drippers and sprinklers cleaner, the Agricenex Platform promotes more consistent water flow and improves overall irrigation efficiency.

Uniform water distribution helps ensure that all areas of the field receive a more consistent supply of irrigation water. This supports more even plant development, improves input efficiency and reduces variability across the field.

Yes. By helping to minimise the build-up of biofilm and mineral-related deposits, the platform can help reduce the frequency of irrigation system cleaning and maintenance, supporting reliable, long-term system performance.

The Agricenex ICMS provides real-time monitoring, diagnostics and automated alerts, enabling proactive system management. This helps growers maintain system performance, minimise downtime and respond quickly to potential issues.

Nutrient lock-up occurs when essential nutrients are present in the soil but are chemically unavailable for plant uptake. As a result, crops may show nutrient deficiency symptoms even when adequate nutrients are present.

Roots need both water and oxygen to function properly. Healthy soils contain pore spaces filled with both air and water, allowing roots and beneficial soil microorganisms to grow, absorb nutrients and support healthy plant development.

Poor soil structure reduces water infiltration, drainage and oxygen movement through the soil. This can restrict root development, reduce biological activity, limit nutrient availability and uptake, and ultimately reduce crop performance.

By improving irrigation water quality and continuously conditioning the irrigation water, the Agricenex Platform helps create conditions that support healthier soil structure, improved aeration, stronger root development and increased biological activity.

Yes. By helping to reduce chemical imbalances associated with poor irrigation water quality, the Agricenex Platform supports improved nutrient availability and uptake, allowing fertiliser programmes to perform more effectively.

Healthy soil biology supports nutrient cycling, organic matter breakdown and overall soil function. Together, these processes contribute to healthier soils, stronger root systems and more efficient use of water and fertiliser.

In many cases, additional fertilisers, acids and soil amendments address the symptoms rather than the underlying cause. If irrigation water quality and soil chemistry remain unbalanced, input efficiency may continue to decline over time.

Yes. Poor irrigation water quality can contribute to chemical imbalances in the soil, reducing nutrient availability and making it more difficult for crops to utilise applied fertilisers effectively.

By improving irrigation water quality and supporting healthier soil conditions, the Agricenex Platform helps create an environment where water, nutrients and soil amendments can be used more efficiently.

Yes. By helping to reduce the underlying water quality and soil chemistry challenges that contribute to declining efficiency, the Agricenex Platform may reduce the need for repeated corrective applications over time.

The Agricenex ICMS provides real-time monitoring, reporting and operational insights that help growers identify trends, optimise system performance and make more informed management decisions.

Improving irrigation water quality supports healthier soil conditions, more efficient use of water and fertiliser, reduced plant stress, improved operational efficiency and a more sustainable production system over the long term.