From Drought to Abundance: Hydro2050’s Blueprint for Horticultural Success  

In recent times, the arid landscapes of Australia have raised concerns among farmers and horticulturists alike. Growing quality crops in such conditions demands innovation, and in this challenging climate, sustainable agricultural practices have evolved from a luxury to an imperative.   Hydro2050 has emerged as a beacon of hope in the face of drought, offering transformative water solutions that can turn water scarcity challenges into tangible growth and success. Discover how our advanced and innovative technologies here at Hydro2050 present a roadmap to survive and thrive in one of the world’s driest continents.

Addressing Global Water Stress: The Hydro2050 Solution in Agriculture  

Hydro2050 emerges as a beacon of innovation. By introducing a unique water treatment process that cleans, sanitises, and oxygenates water without the use of chemicals, Hydro2050 presents an avenue not just for sustainable farming but also for combating global water stress.  

Beyond Clean Water: The Economic Advantage of Hydro2050 in Aquaculture

As consumer demand for Australian seafood swells, the spotlight shines on our aquaculture sector, brimming with innovation.

Gimcheon City Sewage Plant, S.Korea (2014)

Testing was conducted at the sewage plant to determine performance of DAF vs. Naias technology over 3 months. 

Benefits of ozone and oxygen at 22 ppm in water for horticulture production

Ozone and oxygen at 22 ppm (parts per million) can offer several benefits for horticulture production in water. Here are some of the potential benefits.

The benefits of O2 and O3 on the production of Kiwi Fruit.

The effect of lifting DO level for the production of Kiwi Fruit through irrigation.

How effective is nano bubbles in reducing BOD in waste water

Nano bubbles, also known as ultrafine bubbles, are tiny bubbles with a diameter of less than 100 nanometers.

Benefits of O3 and O2 in Soil

The effect of lifting DO and Ozone and Hydroxyl radicals on soil health through irrigation.

West Virginia Removal of Soluble Metals

Naias crystallized soluble metals out of the water. Iron before treatment 5.5pp; after treatment 0.12ppm. Manganese before treatment 10ppm; after treatment 0.04ppm

Morrope Contaminated Drinking Water

Arsenic oxidised, contaminated water and pipes successfully producing clean, safe water from polluted water.

Mount Pleasant Nostoc Algae Cyanobacteria

Testing confirmed all algae, bacteria and fungi eliminated. DO before treatment 3.8ppm; after treatment 16ppm

Lexington Country Club Dense Microcystis Algae Bloom

Visual elimination of algal bloom over 4 days with DO before treatment 3.2ppm; after treatment 12ppm

Cape Coral Algal Bloom Remediation

Visual elimination of algal bloom over 6 days

Salton Sea Waste Contaminant

Heterotrophic (bacteria) Plate Count: Before Treatment 5,700; After Treatment 18

Bear Creek, Jack Nicklaus Golf Toxic Blue Green Algae

Heterotrophic (bacteria) Plate Count: Before Treatment 5,700; After Treatment 26

Lake Elsinore Toxic Blue Green Algae

Heterotrophic (bacteria) Plate Count: Before Treatment 2,300; After Treatment 38

3 Month Sewage Plant comparison DAF vs. Naias

Energy Savings: 54.5% lower than DAF; SS 31% lower than DAF; Nitrogen 1.8% lower than DAF; Potassium 30.7% lower than DAF

Post Harvest food Cleaning vs. Normal Water Washing

Naias Ultrafine bubbles (air only): Total Bacteria Reduction 94%; Mold Reduction 96%

Dairy Farm Wastewater to meet regulatory wastewater requirements

Reduction in BOD 88%; COD 72%; SS 98%; Nitrogen 54%

Prawn Yield Increased by 60% and 25% Reduced Mortality Rate

Increase in growth rate from 6.5g to 10.4g and mortality reduced from 24% to 9%

Jubilee (Municipal) Lake with dense algal bloom

95% of algae removed after 48 hours of treatment; DO before treatment 4ppm – after treatment 28.5ppm

Wastewater Treatment Plant Energy Savings

Sewage plant energy reduction over 3 months utilising Naias technology over traditional DAF: 55% lower than DAF

Yield Increase of 25% – 64% with DO level 20 – 22 ppm

Yield Increase of 25% - 64% with DO level 20 – 22 ppm


Healthier roots for better nutrient absorption and reduced fertilizer with results achieved in days to revitalise the soil.


15% less fertilizer; 11% bigger size; 14% heavier

Sunflower Micro Green

Yield Increase of 25% - 64% with DO level 20 – 22 ppm

Ready to take your water management practices to the next level?

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