Agriculture & Irrigation

Maximize Your Yield
with Bio-Enabled Water

Revolutionary electronic water conditioning that increases growth rates by 35-40% while slashing water and fertilizer needs.

Crop Growth & Yield

Scientifically proven results for modern farming

Increases growth rate of all types of crops and plants by 35–40%
Crop production and crop quality both increase significantly
Documented yield increases: celery up to 23%, snow peas 8%, wheat 19%, overall crops 15–35%
Vegetation period (time from sowing to harvest) decreases — faster cycles
Seed germination is up to 30% faster, giving a critical head start on the growing season
Enhanced photosynthesis in treated plants
Reduces tip burning problem in leaves by 45–60%
Helps crops grow from borewell water previously considered unsuitable for agriculture due to high TDS
Reduces heat stress on plants
Improves drought resistance — stronger root systems help plants withstand water stress
White roots grow longer and stronger; root hair density increases
Reduces bud and flower drop significantly
Fruit quality, color, and shelf life improve

Restore the natural vitality of your land

Improves soil porosity and structure — water and air penetrate more easily
Breaks up compacted (hard-pan) soil layers, eliminating standing water
Reduces sodium accumulation in soil (SAR — Sodium Adsorption Ratio reduced)
Sodium ions change and dissolve, creating purer water that penetrates soil more easily
Chloride loads are pushed deeper into soil layers, allowing plants to thrive
Helps maintain soil moisture for longer periods between irrigations
Improves soil pH control and buffering capacity
Dissolves impurities within the soil with each irrigation cycle
Previously saline or hard soils become cultivable over time
Reduces the need for gypsum and acid treatments in saline soils

Comparison of crop fields: Treated vs Untreated agricultural fields.

More output with fewer inputs

Water usage reduced by up to 30–50% — period between two irrigations increases significantly
Conditioned water has better percolation into soil, so less volume achieves the same effect
Reduces pumping costs and fuel/electricity costs for water delivery
Optimises irrigation schedules — water reaches plant roots rather than running off or evaporating
Surface runoff and evaporation losses are significantly reduced

Maximize the value of your agricultural inputs

Fertiliser solubility in conditioned water is dramatically increased — fertilisers deliver 100% of intended benefit
Reduces fertiliser requirement by up to 50%
Pesticides and agrochemicals mix more uniformly, improving pest control outcomes
Reduces pesticide requirement by up to 70%
Prevents hard water minerals from antagonising pesticide molecules
Reduces need for wetting agents and surfactants in spray applications
Phosphorus from chemical fertilisers bonds more efficiently with water — less loss
Flushing conditioned water removes salt deposits of Mg, Ca, Fe from pipes at end of season

Continuous protection for your hardware

Prevents and removes scale buildup in drip lines, emitters, sprinklers, and sprayer nozzles
Prevents clogging of drip irrigation emitters (a major cause of uneven water supply)
After treatment, blocked drippers clear progressively without manual flushing
Keeps pivot systems, distribution lines, and water mains free of scale
Corrosion in metal irrigation components is significantly reduced
Protects motors and pumps from scale accumulation
Reduces iron staining on irrigation equipment, walkways, and farm structures
Algae growth in water tanks, lagoons, and ponds is controlled and reduced
Reduces hard water spotting on walls, fences, and farm equipment

Unlocking production in tough conditions

Highly beneficial for fruit crops: chillies, guavas, pomegranates, mangoes, grapes
Reduces leaf tip burn in nursery crops and ornamental plants
Improves flowering, fruit setting, and fruit weight
Beneficial for hydroponic systems — allows usage of tough water sources
Improves root zone conditions in greenhouse growing