Improving Irrigation Source Water for Higher Crop Performance

Get the most from irrigation water stored in reservoirs and basins with chemical-free nanobubbles

Leverage one of the most cost-effective solutions to improve irrigation water quality and crop health. Reduce your reliance on chemical treatments or enhance their impact by supplementing with nanobubbles.

Reduce your risk of crop loss. Improve root health, suppress pathogens, increase nutrient uptake efficiency, and enable crops to better withstand environmental stresses with oxygen-rich water.

Yield is affected by multiple variables that affect plant growth. One of the most important variables is water quality and dissolved oxygen levels. Moleaer’s nanobubble technology consistently increase yields across a variety of crops and cultivation methods.

Solve common water challenges

Algae growth, waterborne pathogen proliferation and water scarcity are all factors that impact crop management and plant growth, leading to crop loss. Nanobubbles are a sustainable, chemical-free tool for growers who use water storage basins or reservoirs to combat:

Low Levels of Dissolved Oxygen (DO)
Algae Blooms
Water Borne Pathogens and Biofilm

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Improve water quality and reduce chemical usage

Nanobubbles increase water’s oxidation-reduction potential (ORP) or water’s ability to clean itself, resulting in higher quality irrigation. When nanobubble-treated source water is pumped into greenhouses or inline irrigation systems, fewer chemicals are needed to clean the water. Reduced chemistry, including Hydrogen Peroxide (H₂O₂) and ozone (O₃), is not only more sustainable but also more cost-effective for growers.

Case Study

Reduce algae, pathogens and biofilm

Nanobubble technology is highly efficient at increasing dissolved oxygen (DO) concentrations throughout the water column, improving water quality, encouraging beneficial bacteria, and limiting the environment for algae and waterborne pathogens to thrive. Chemical-free nanobubbles also produce a mild oxidant that naturally lyses bacterial cells and inactivates microalgae. Nanobubbles physically scour biofilm and coat the surfaces of irrigation systems to prevent it from reforming.

Our Products

Moleaer Hoopnet Irrigation Neo Nanobubble Generator 1-1

Boost plant vigor with nanobubble-infused irrigation water

Nanobubbles are stable in water for months, producing a myriad of benefits in irrigation source water delivered to crops. Increased DO levels result in better root and plant development, improved plant resilience to environmental stressors and increased nutrient uptake efficiency. This all leads to improved crop quality and for some growers, increased yields.

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Case Studies

Reservoir for

Greenhouse Tomatos

A greenhouse tomato grower in the Netherlands, Prominent Grevelingen deployed Moleaer’s Clear nanobubble generator to treat their 2-million-gallon irrigation reservoir. Nanobubbles improved the water quality inside the reservoir resulting in a significant reduction in backflushing and a 50% reduction in hydrogen peroxide for cleaning.

Case Study

Reservoir for

Herbs

Freeman Herbs in Canada has a 6.1-million-gallon water basin that supplies irrigation water to their crops. After installing the Moleaer Clear nanobubble generator, they were able to reduce filter cleaning by 50% and saw reduced microbial counts. Also, they had a 50% higher H₂O₂ residual.

Reservoir for

Greenhouse Crops

Increasing DO in irrigation water, especially during warmer months, can be challenging for many growers. By treating their irrigation source water, Biosabor in Spain increased DO from 8 to over 20 ppm, averaging in that range even during the summer months. This significant improvement in their 9.2-million-gallon reservoir led to improved water quality and root health.

Learn how to optimize irrigation source water sustainably

Water quality in irrigation reservoirs and basins is important for plant health and crop quality. Read our blog to learn how nanobubbles are a sustainable, chemical-free tool to improve source water quality and reduce chemical applications to treat common issues like algae, biofilm and water-borne pathogens.