Unlock Healthier Crops and Higher Yields with Advanced Irrigation Solutions

Moleaer nanobubbles supercharge irrigation water with oxygen to improve soil health, strengthen roots and reduce pathogens. Achieve stronger plants and higher crop quality through improved irrigation.

Get Nanobubbles

Benefits For Growers

Boost Yields, Cut Costs, and Enhance Efficiency with Moleaer Nanobubble Solutions

Higher Profit Potential

Higher Profit Potential

Boost crop yields
Shorten harvest cycles
Improve crop quality
Strengthen root health for resilient crops

Cost Savings

Cost Savings

Reduce chemical applications
Lower fertilizer usage
Minimize crop loss
Save on labor hours
Extend irrigation system lifespan

Sustainable Operations

Sustainable Operations

Chemical-free pathogen control
Eco-conscious water management
Increase production with fewer inputs
Supports sustainable operations

Our Impact

Trusted by Thousands of Growers Around the Globe

Moleaer technology seamlessly integrates into your operation, unlocking higher productivity and efficiency while driving sustainable growth. It's impact you can see and results you can measure.

1000+

Installations in agricultural facilities

55+

countries worldwide

15%

Average yield increase

89%

Average reduction in root pathogens

20%

Up to 20% reduced soil compaction

50%

Up to 50% lower use of cleaning chemicals

30%

Average increase in fruit caliber

Nanobubble Benefits

The Power of Moleaer Nanobubbles: Proven Benefits in Agriculture

Maximize Yields with Oxygen Supersaturation

Moleaer nanobubble technology improves water quality through efficient oxygenation, promoting healthier root systems and optimal nutrient uptake. The result? Higher yields and more consistent crop quality.

Accelerate Germination and Enhance Root Development

Moleaer oxygen-rich nanobubbles create an ideal environment for seeds and roots to thrive, boosting germination rates and root development, while improving nutrient and water uptake efficiency.

Enhanced Water and Soil Health

Improve soil structure and water retention while reducing harmful algae and pathogens in source water. Moleaer nanobubbles also reduce biofilm in irrigation lines ensuring consistent water distribution, reducing cleaning chemical usage, and extending the lifespan of irrigation components.

Reduce Losses and Strengthen Crop Resilience

Protect crops from pathogens and reduce disease pressure with oxygen-enriched water that fortifies plants, minimizing losses and maximizing harvest potential.

Button Title

Testimonials

What Our Customers Are Saying

Revol Greens, USA

“We are thrilled with the results we have seen at our Revol Greens greenhouse since installing the Moleaer nanobubble generator. The ability of the system to help manage Pythium in water while promoting plant growth is substantial to our bottom line. The on-average 15% improvement in our yields was very surprising. This technology has demonstrated to us that it should and will be standardized into our current facility and the 3-hectare expansion we are doing this year.”

Steve Amundson

Head Grower, Revol Greens

What Our Customers Are Saying

Baglieri Farm, Italy

“The integration of Moleaer nanobubble technology was very simple. The ease of implementation surprised us, and the results spoke for themselves: healthier vines, vibrant colors, and a 64% increase in high-level coloration. We will continue to use this nanobubble technology into 2024”.

Claudio Baglieri

Owner of Baglieri Table Grape Farm, Mazzarone, Sicily

What Our Customers Are Saying

Spais Fiori, Italy

“Thanks to Moleaer’s nanobubble generator we can always have clean water without the need for chemical treatments, and we can see the efficiency cycle after cycle. The irrigation system throughout the greenhouse, including hoses and drippers, are well cleaned from any biofilm and impurities. The soil becomes softer and the root system is more developed, leading to sturdier stems that develop quicker.”

Michelle Alfano

Technical Director at Spais Fiori

What Our Customers Are Saying

Noble Fruits, Chile

“We strongly believe that nanobubbles, in combination with soil amendments and microbes, such as mycorrhiza, have improved the soil structure, which can be seen in improved and new root development, better water infiltration and water retention. We expect to continue our orchard improvement through irrigation efficiency in order to face these drought conditions."

Juan Pino

Production Manager, Noble Fruit

What Our Customers Are Saying

Traders Hill Farm, USA

“When we look at working with technology providers, having those knowledgeable team members on their side to work with my team members has been invaluable. Nanobubble technology is something that I have been very intrigued with. Moleaer has already been physically on site three times, with initial recommendations, at install, and again at midtrial working closely with the team as they work through small-scale trials, and then scale up.”

Tracy Nazzaro

President and General Manager, Traders Hill Farm

What Our Customers Are Saying

Proefstation, Belgium

“The case study at Proefstation demonstrates the remarkable effectiveness of Moleaer nanobubble technology in promoting root health, increasing lettuce head weight, and ensuring consistent growth in hydroponically cultivated lettuce variety Fairly. Moleaer technology can serve as an innovative and reliable solution for controlling Phytophthora cryptogea and improving overall crop yield in hydroponic systems.”

Tinne Dockx

Researcher at Proefstation

IRRIGATION SOLUTIONS

Tailored Solutions
for Every Grower

Moleaer's irrigation solutions are designed with growers, for growers. Backed by over eight years of research and global installations, our technology seamlessly integrates into any irrigation system — from small farms to advanced cultivation systems.

With our technology, growers reduce water usage per kilogram of crop, naturally optimize plant health, and achieve measurable gains in yield and profitability. Join thousands of growers who trust Moleaer to maximize efficiency while minimizing inputs.

View Products

Success Stories

Impact You Can Measure: Real Results Across Crops and Growing Methods

Outdoor Crops

Moleaer technology enhances water properties, improves soil infiltration, flocculation, root health, and nutrient uptake efficiency. With our solutions, growers experience higher yields, better fruit caliber, improved brix, reduced soil compaction and enhanced water infiltration and salts leaching, for healthier and more productive yields.

Noble Fruit Cherries video with nanobubbles

Maximize Fruit Yields and Enhance Quality

Explore how Moleaer nanobubble technology has helped growers achieve these benefits in the case studies below.

Avocados

Improving Avocado Caliber and Yield

Gama, a Chilean research and consultancy company, conducted a 2-year trial to address challenges in avocado production, including soil structure and root health. By implementing Moleaer nanobubble technology, they achieved improvements in soil structure, plant health, and crop productivity.

Higher Yield

6% increase

Higher Average Fruit Weight

32% increase

Increased in High-Caliber Fruit

40% more high caliber fruit

Improved Post-Harvest Quality

reduced vascular browning in fruit

Read the full case study

Kiwi

Enhancing Kiwi Yield and Quality

Melo Fiorito Societa’ Agricola, a kiwi cultivation company in norther Italy, conducted a trial to improve crop yield and quality using Moleaer nanobubble technology. By enriching irrigation water with oxygen nanobubbles, the trial demonstrated significant improvements in fruit weight, sugar content, and root zone conditions.

Increased Average Fruit Weight

8.7% higher (150g vs. 138g control)

Higher Brix Levels

9% increase in sugar content

Enhanced Dissolved Oxygen Levels

237.5% improvement (8ppm to 27 ppm)

Read the full case study

Table Grapes

Optimizing Table Grapes Quality and Soil Conditions

LandLab, an agricultural research institution in Italy, conducted a study to evaluate the impact of Moleaer nanobubbles on table grape production. By enriching irrigation water with oxygen nanobubbles, the study demonstrated improvements in grape coloration, sugar content, and soil conditions.

Improved coloration

64% of Bunches Showed Ideal Coloration at Harvest

Higher brix levels

14.6% increase in Sugar Content

Enhanced soil conditions

Improved Water Infiltration and Reduced Soil Salinity

Read the full case study

Improve Soil Health and Structure

Explore how Moleaer nanobubble technology has transformed soil conditions for growers in the case studies below.

Table Grapes

Improving Soil Structure for Better Table Grape Production

LandLab, an agricultural research institution in Italy, conducted a study to evaluate the impact of Moleaer nanobubbles on table grape production and soil conditions. By enriching irrigation water with oxygen nanobubbles, the study demonstrated improvements in soil structure, water infiltration, and overall fruit quality.

Improved Water Infiltration

Enhanced soil conditions for better nutrient uptake

Improved coloration

64% of Bunches Showed Ideal Coloration at Harvest

Higher brix levels

14.6% increase in Sugar Content

Read the full case study

Nuts

Tackling Soil Salinity to Boost Nut Tree Health

Like many farms in the Sacramento Delta, Maricopa Orchard faced the ongoing challenge of poor soil conditions and salinity, which impacted crop productivity. By implementing Moleaer nanobubble technology, they achieved significant improvements in soil infiltration, salts leaching, and root health for their nut trees.

Better Water Infiltration

20-inch depth improvement over control

Improved Salts Leaching

Increased leaching up to 46 inches compared to 26 inches for the control

Read the full case study

Blueberries

Reducing Soil Compaction to Boost Blueberry Growth

A blueberry farm in Chile sought a sustainable solution to improve soil conditions and enhance crop production. By enriching irrigation water with oxygen nanobubbles, they achieved a significant reduction in soil compaction, improving water filtration, nutrient availability, and overall plant health.

20% Reduction in Soil Compaction

Improved root access to water and nutrients

17% Improvement in Fruit Caliber

Enhanced fruit quality

13% Increase in New Shoot Growth

Boosted plant vitality

Read the full case study

Greenhouses and Controlled Environments

Harness the power of Moleaer nanobubbles to optimize greenhouse irrigation systems. By removing biofilm, boosting dissolved oxygen, and reducing anaerobic pathogens without chemicals, growers achieve healthier roots, uniform crops, and exceptional yields. Experience better production outcomes, higher crop quality, and optimized growing conditions.

Reduce Pathogens, Biofilm and Improve Root Health

Explore how Moleaer nanobubble technology supports healthier root systems and pathogen management in the case studies below.

Greenhouse Strawberries

Reducing Pathogens and Improving Root Development in Strawberries

Michiel Penninx, a strawberry nursery grower, saw remarkable improvements after integrating Moleaer nanobubble technology in his greenhouse. Prior to the installation, cleaning filters was a frequent task but after deploying Moleaer nanobubbles, the need for filter cleaning significantly decreased saving on labor costs. The irrigation water remained clear, free from organic contamination, and the trays treated with Moleaer nanobubbles exhibited more healthy, young roots at the substrate’s bottom.

11.5% Average Yield Increase

Higher productivity

5.5% Higher Average Fruit Weight

Better quality fruit

Eliminated the Need for Hydrogen Peroxide for Sanitizing

Significant reductions in pathogens

Read the full case study

Hydroponic Lettuce

Improving Root Health and Development in Lettuce

Proefstation, a leading agricultural research center in Belgium, conducted a study on the effect of Moleaer nanobubble-enriched irrigation water for hydroponically grown lettuce. Nanobubbles maintained oxygen levels at 20 ppm, improved root health, and increased crop yields, outperforming alternative treatments.

Increased Dissolved Oxygen

Oxygen levels were boosted to 13 and 15 ppm with nanobubbles

Improved Root Development

Enhanced root health and growth

Healthier Roots

Moleaer nanobubbles reduced pathogen pressure and improved oxygenation across the whole system

Read the full case study

Hydroponic Leafy Greens

Boosting Yields and Reducing Pythium in Deep-Water Culture Ponds

Revol Greens, a hydroponic greenhouse in Minnesota, integrated Moleaer’s XTB nanobubble generator to address water quality challenges in their large deep-water culture ponds. The system was used to efficiently aerate 105,000-gallon ponds and maintain elevated dissolved oxygen (DO) levels, resulting in improvements to plant health and disease management.

15% Average Yield Increase

Increased plant growth and production

180% Increase in DO

Enhanced oxygen levels for improved plant health

80% Reduction in Pythium

Reduced pathogen pressure through competitive exclusion

Read the full case study

Increase Yields, Enhance Quality, and Shorten Crop Cycles

Explore how Moleaer nanobubble technology helps growers achieve yield improvements and shortened crop cycles in the case studies below.

Greenhouse Cucumbers

Boosting Cucumber Yield and Quality

Biosabor partnered with Cajamar to study the effects of Moleaer nanobubble-enriched irrigation water on greenhouse cucumbers, under semi-controlled temperature and humidity conditions. Moleaer technology enhanced root development, improved nutrient uptake, and reduced pathogen presence. Cucumbers grown with nanobubble-enriched irrigation water outperformed those irrigated with untreated water across multiple parameters.

16% Yield Increase

Higher production and profitability

18.3% More First-Class Fruit

Improved caliber and quality

200% Increase in Dissolved Oxygen

Enhanced water oxygenation for better plant health

Read the full case study

NFT Leafy Greens

Reducing Growth Cycle and Increasing Yield in Hydroponics

Rebel Farms, a hydroponic greenhouse in Colorado installed a Moleaer nanobubble generator to address oxygen deprivation in their nutrient film technique (NFT) system. With sustained increases in dissolved oxygen (DO) and optimized oxygen delivery, Rebel Farms achieved healthier plants, faster growth cycles, and higher yields.

22% Yield Increase

More plant volume and revenue

300% DO Increase

Enhanced oxygen levels throughout the system

2 Weeks Saved

Growth cycle reduced from 10 weeks to 8 weeks

Read the full case study

Hydroponic Lettuce

Increasing Lettuce Yield and Root Health

Proefstation, a leading agricultural research center in Belgium, studied the effects of Moleaer nanobubble-enriched irrigation water for hydroponically grown lettuce. The study demonstrated that nanobubble-enriched water improved root health and development, resulting in an 11% yield increase.

11% Yield Increase

Better plant weight and consistent growth

22 ppm Dissolved Oxygen

Stable oxygen levels throughout the system

Improved Root Health

Reduced pathogen pressure and enhanced root development

Read the full case study

Irrigation Ponds and Reservoirs

Improve water quality at the source. Moleaer nanobubbles reduce algae, biofilm, and organic buildup, preventing dripper clogging and ensuring uniform water distribution. With higher dissolved oxygen levels, irrigation systems run more efficiently, lowering maintenance demands and operational costs. Protect your water supply from pathogens and contamination while maintaining a reliable, long-term solution for healthier ponds and reservoirs.

Irrigation reservoir with nanobubbles and without chilean agriculture

Irrigation reservoir with nanobubbles and without blueberries

Irrigation reservoir with nanobubbles and without

Reduce Algae, Pathogens and Sediments

Explore how Moleaer nanobubble technology helps improve water quality and reduce operational costs in the case studies below.

Chile | Irrigation Reservoir

Boosting Avocado Productivity and Fruit Size

An avocado farm in Chile addressed the challenges of clayey soils and drought with Moleaer nanobubble technology, achieving transformative results in crop productivity and fruit quality. By applying Moleaer nanobubbles to their inline drip irrigation system, the farm achieved remarkable improvements in tree growth, productivity, and fruit quality – all in just one season.

40% Increase in High-Caliber Fruit

Higher quality avocados

87.5% Increase in Dissolved Oxygen Concentrations

Better quality water to support healthier root development

Read the full case study

Netherlands, Tomatoes | Irrigation Basin

Prominent Grevelingen Cuts Costs and Improves Irrigation Water Quality

Prominent Grevelingen, a large Dutch greenhouse, faced challenges with algae, pathogen stress, and high maintenance costs in its rainwater storage basins. Frequent chemical dosing and hydrogen peroxide treatments were required to maintain water quality. With Moleaer’s Clear nanobubble generator, Grevelingen eliminated hydrogen peroxide dosing, cut hydrogen peroxide use, and reduced operational and maintenance costs.

Up to 90% Pythium & Phytophthora Reductions

Lower disease pressure on crops

50% Reduction in Hydrogen Peroxide Use for Cleaning

Lowered chemical reliance

Improved Efficiency

Reduced maintenance and operational costs

Read the full case study

Higher Yields and Better Fruit Quality

Explore how Moleaer nanobubble technology boosts productivity and crop quality in the case studies below.

Chile, Almonds | Irrigation Reservoir

Boosting Caliber and Yield for Chilean Almond Grower

Prodalmen, a Chilean almond grower with a 6.6-million-gallon irrigation reservoir, faced significant challenges from low dissolved oxygen levels, algae blooms, and pathogen growth. By installing Moleaer's Bloom nanobubble generators, they achieved remarkable improvements in water quality and almond production, experiencing notable enhancements in spur and shoot renewal, increased total production, and a better distribution of fruit caliber

27% Increase in High Caliber Fruit

Improved fruit size and quality

61.3% Average Yield Increase

Higher overall almond production

Read the full case study

Moleaer's Research Partners

Installation

Flexible Installation Locations
for Moleaer Nanobubble Generator Deployment

Day Tank

Oxygen supersaturation and stabilization
Control pathogens, biofilm and scale
Improve irrigation system hygiene

Irrigation Reservoir

Mitigate algae and pathogens without chemicals
Reduce or eliminate chemicals for cleaning and dosing
Less sediment accumulation
Increase dissolved oxygen (DO) levels and oxidation-reduction potential (ORP)
Reduce emitter clogging and lower maintenance costs

Greenhouse Neo Installation - Tank Strawberries-min

Drain Water Tank

Reduce sediment accumulation
Mitigate pathogens, contaminants and biofilm
Improve water quality
Support water reuse goals

Inline Irrigation

Improve water infiltration and salts leaching
Enhance soil structure and reduce compaction
Increase and optimize dissolved oxygen levels
Mitigate biofilm and improve irrigation system hygiene
Increase root development and crop quality

Neo in greenhouse hydroponics with nanobubbles

Hydroponics, Aquaponics and NFT

Increase crop yields with same or few inputs
Control pathogens, biofilm and scale
Improve water quality
Oxygen supersaturation and stabilization
Better crop uniformity and quality
Increase nutrient uptake efficiency
Improve root health and development

Button Title

Moleaer Nanobubble Solutions

Seamless Integration into Agriculture Systems

Moleaer’s patented nanobubble generators are designed for seamless integration with drip irrigation and hydroponic systems, effectively treating water in ponds, reservoirs, tanks, canals, or directly inline with irrigation lines. With easy installation that works within existing fertigation systems, our generators adapt to a wide range of irrigation flow rates and volumes. Whether for outdoor crops, tunnels, or greenhouse environments, we collaborate with you to provide the optimal solution and ongoing support to ensure peak performance.

our products Compare Products

Lotus

Day/Drain Tank, Hydroponics

Flow Rate Range, GPM (m3/hr)

10-22 (2.3-5.0)

Gas Options

Oxygen

Lotus PLUS

Day/Drain Tank, Hydroponics

Flow Rate Range, GPM (m3/hr)

35-50 (8.0-11.4)

Gas Options

Oxygen

Kingfisher

Reservoir

Flow Rate Range, GPM (m3/hr)

40 (9.1)

Gas Options

Compressed Air

Clear

Reservoir

Flow Rate Range, GPM (m3/hr)

40-110 (9-25)

Gas Options

Compressed Air

Neo N

Day/Drain Tank, Reservoir, Hydroponics

Flow Rate Range, GPM (m3/hr)

40-275 (9.1-62.5)

Gas Options

Compressed Air, Oxygen, Ozone optional on select units

Neo B

Day/Drain Tank, Reservoir, Hydroponics

Flow Rate Range, GPM (m3/hr)

40-275 (9.1-62.5)

Gas Options

Oxygen

Indalo

Day/Drain Tank, Reservoir, Hydroponics

Flow Rate Range, GPM (m3/hr)

80-200 (18.1-45.4)

Gas Options

Oxygen

Trinity

Inline

Flow Rate Range, GPM (m3/hr)

150-5000 (34-1135)

Gas Options

Any gas

Titan Series

Reservoir, Inline

Flow Rate Range, GPM (m3/hr)

500 and up (114 and up)

Gas Options

Any gas

	Lotus Day/Drain Tank, Hydroponics	Lotus PLUS Day/Drain Tank, Hydroponics	Kingfisher Reservoir	Clear Reservoir	Neo N Day/Drain Tank, Reservoir, Hydroponics	Neo B Day/Drain Tank, Reservoir, Hydroponics	Indalo Day/Drain Tank, Reservoir, Hydroponics	Trinity Inline	Titan Series Reservoir, Inline
Flow Rate Range, GPM (m3/hr)	10-22 (2.3-5.0)	35-50 (8.0-11.4)	40 (9.1)	40-110 (9-25)	40-275 (9.1-62.5)	40-275 (9.1-62.5)	80-200 (18.1-45.4)	150-5000 (34-1135)	500 and up (114 and up)
Gas Options	Oxygen	Oxygen	Compressed Air	Compressed Air	Compressed Air, Oxygen, Ozone optional on select units	Oxygen	Oxygen	Any gas	Any gas
Gas Included	Optional	Optional							Optional
Features
Integrated Pump									Optional
Water Quality Sensors									Optional
Advanced Controls
Outdoor Rated
Customizable

Our Locations

Global Expertise,
Local Support

At Moleaer, we’re committed to serving your region with tailored expertise. That’s why we’ve established local offices and a team of agronomy, agriculture and irrigation professionals across North and South America, Europe, the Middle East and Africa. Wherever you are, you can connect with a knowledgeable expert in your region, ready to provide solutions that meet your unique needs.

Button Title

Resource Hub

Expand Your Nanobubble Knowledge

View All Resources

Blog

Peruse Our Agriculture Blog

Read our blog to dive into the world of nanobubbles and their applications in agriculture and greenhouses.

Resource

Watch Our Horticulture Webinar

Access our recent webinar with Griffin Greenhouse Supplies, a Moleaer distributor, to learn how nanobubbles enable smart water management for growers.

Resource

Access the Root Zone eBook

Discover why nanobubble oxygenation is key to optimal root zone health by downloading this eBook.

Featured Events

Growing Together:
Upcoming Agriculture Events

Join us for industry-leading trade shows, conferences, and educational programs focused on advancing irrigation innovation and sustainable water management with Moleaer nanobubbles in agriculture and horticulture.

March

Agriculture

GreenTech Americas | QRO, Mexico

Moleaer's team in Mexico joins growers and suppliers from all over the world at GreenTech Americas,...

Inside the World of Nanobubbles: From Lab to Application | Association of Women in Water, Energy & Environment

April

Wastewater Agriculture Lakes & Ponds

Inside the World of Nanobubbles: From...

Moleaer is excited to host a special event for AWWEE members to learn about the exciting world of...

April

Agriculture

Global Cherry Summit

Our team in Chile will join Chilean cherry growers and suppliers at this year's Global Cherry...

View All Events

FAQ

Answers to the frequently asked questions

Still have questions?

To talk with an expert in your field, please visit our Contact Us page. Our dedicated team is ready to help you on your journey.

How Does Chemical-Free Nanobubble Technology Improve Irrigation Water Treatment Systems?

Water-borne pathogens that cause disease in plants like Pythium, Fusarium, and Phytophthora can be detrimental to entire crop operations if they get out of hand. Especially in hydroponic systems where water is reused, this can result in pathogens in every part of the irrigation system. If an outbreak is very large, it can lead to crop death and greatly impact a grower's bottom line.

Traditionally, growers have used pesticides and cleaning chemicals to keep their irrigation systems clean and reduce disease occurrence. If not dosed and handled properly, chemicals like these can have an unforeseen impact on plant health and cultivation employees.

That is why a chemical-free alternative to reduce pathogens, lower disease pressure, and control biofilm, which can harbor pathogens, is essential. Nanobubble technology improves irrigation water treatment by simply increasing the dissolved oxygen in irrigation water and injecting oxygen nanobubbles. Dissolved oxygen improves the water quality and reduces disease pressure, while nano-sized bubbles naturally oxidize pathogens and scour biofilm from irrigation systems. Growers using nanobubble technology have seen up to 90% pathogen control.

What Moleaer Nanobubble Generators Can Be Used in Irrigation Systems to Combat Plant Pathogens?

Moleaer has a wide range of specialized nanobubble technology products used in plant pathogen control in irrigation water.

These irrigation water treatment solutions are effective when applied to either the irrigation water reservoir, day tank, or as an inline solution for treating irrigation water.

Selecting the best product for your growth operations depends on:

1. How much water you use and want to treat
2. How your water is stored
3. Existing water quality challenges
4. Your budget
5. And other situational factors for your facility

Visit our products page to learn more.

What Are Some of the Benefits of the Advanced Greenhouse Technologies From Moleaer?

There is a reason why Moleaer's irrigation water treatment solutions and advanced greenhouse technologies are trusted by over 1,000 farmers across the globe. The following are some of the benefits you can expect:

• Cleaner and higher quality irrigation water for your crops
• Healthier and often more productive crops due to fewer problems with plant pathogens, bacteria, and disease and better nutrient and water uptake efficiency
• Sustainable irrigation practices because of better management and operation of irrigation systems

What Impact Has Moleaer Had on Treating Irrigation Water in the Agricultural Industry?

Growers that have switched from chemicals to Moleaer's advanced irrigation water treatment solutions for their crops have witnessed a wide range of benefits, such as,

• More than 20% increase in crop yields
• At least 94% peak Pythium reductions
• Reduce soil compaction by up to 20%
• Reduce fertilizer and water inputs

As a result, the use of Moleaer technology for treating irrigation water has increased rapidly around the world.

How Do Irrigation Water Systems With Nanobubbles Improve Soil Health?

Using nanobubbles has been shown to have a direct impact on soil health and function.

Nanobubbles reduce the surface tension of water molecules which results in better infiltration of water to the root zone of the plants. This increases the breakdown of organic matter and the growth of microorganisms in the soil.

The use of nanobubbles also improves soil flocculation while reducing compaction. This promotes better nutrient conversion and increases capillary water distribution around the roots.

Soil treated with nanobubbles also contains fewer plant pathogens than untreated soils because the increase in dissolved oxygen results in the creation of an environment that is not suitable for the growth of plant pathogens.

Get Exclusive Access
to the Moleaer Nanobubble Network

Stay informed with the latest nanobubble news,
research and insights by subscribing to our newsletter.

Unlock Healthier Crops and Higher Yields with Advanced Irrigation Solutions

Boost Yields, Cut Costs, and Enhance Efficiency with Moleaer Nanobubble Solutions

Our Impact

Trusted by Thousands of Growers Around the Globe

The Power of Moleaer Nanobubbles: Proven Benefits in Agriculture

Maximize Yields with Oxygen Supersaturation

Accelerate Germination and Enhance Root Development

Enhanced Water and Soil Health

Reduce Losses and Strengthen Crop Resilience

What Our Customers Are Saying

What Our Customers Are Saying

What Our Customers Are Saying

What Our Customers Are Saying

What Our Customers Are Saying

What Our Customers Are Saying

IRRIGATION SOLUTIONS

Tailored Solutions for Every Grower

Impact You Can Measure: Real Results Across Crops and Growing Methods

Outdoor Crops

Maximize Fruit Yields and Enhance Quality

Improving Avocado Caliber and Yield

Higher Yield

Higher Average Fruit Weight

Increased in High-Caliber Fruit

Improved Post-Harvest Quality

Enhancing Kiwi Yield and Quality

Increased Average Fruit Weight

Higher Brix Levels

Enhanced Dissolved Oxygen Levels

Optimizing Table Grapes Quality and Soil Conditions

Improved coloration

Higher brix levels

Enhanced soil conditions

Improve Soil Health and Structure

Improving Soil Structure for Better Table Grape Production

Improved Water Infiltration

Improved coloration

Higher brix levels

Tackling Soil Salinity to Boost Nut Tree Health

Better Water Infiltration

Improved Salts Leaching

Reducing Soil Compaction to Boost Blueberry Growth

20% Reduction in Soil Compaction

17% Improvement in Fruit Caliber

13% Increase in New Shoot Growth

Greenhouses and Controlled Environments

Reduce Pathogens, Biofilm and Improve Root Health

Reducing Pathogens and Improving Root Development in Strawberries

11.5% Average Yield Increase

5.5% Higher Average Fruit Weight

Eliminated the Need for Hydrogen Peroxide for Sanitizing

Improving Root Health and Development in Lettuce

Increased Dissolved Oxygen

Improved Root Development

Healthier Roots

Boosting Yields and Reducing Pythium in Deep-Water Culture Ponds

15% Average Yield Increase

180% Increase in DO

80% Reduction in Pythium

Increase Yields, Enhance Quality, and Shorten Crop Cycles

Boosting Cucumber Yield and Quality

16% Yield Increase

18.3% More First-Class Fruit

200% Increase in Dissolved Oxygen

Reducing Growth Cycle and Increasing Yield in Hydroponics

22% Yield Increase

300% DO Increase

2 Weeks Saved

Increasing Lettuce Yield and Root Health

11% Yield Increase

22 ppm Dissolved Oxygen

Improved Root Health

Irrigation Ponds and Reservoirs

Reduce Algae, Pathogens and Sediments

Boosting Avocado Productivity and Fruit Size

40% Increase in High-Caliber Fruit

87.5% Increase in Dissolved Oxygen Concentrations

Prominent Grevelingen Cuts Costs and Improves Irrigation Water Quality

Up to 90% Pythium & Phytophthora Reductions

50% Reduction in Hydrogen Peroxide Use for Cleaning

Tailored Solutions
for Every Grower

Flexible Installation Locations
for Moleaer Nanobubble Generator Deployment

Global Expertise,
Local Support

Growing Together:
Upcoming Agriculture Events

Get Exclusive Access
to the Moleaer Nanobubble Network

Get Exclusive Access
to Our Nanobubble Network