Common Challenges in Koi Pond Maintenance Koi fish ponds, although visually appealing and serene, can encounter a range of common issues that require ..
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Have you ever wondered why algae blooms often get worse during the summer months? You’ve probably seen at least one article about toxic or harmful alg..
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How to Efficiently Get Dissolved Oxygen (DO) to the Sediment with Nanobubble Technology The sediment layer in a lake is the layer of organic and inorg..
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Oxidation-reduction potential (ORP), commonly called Redox, is a measure of the tendency of a solution to either gain or lose electrons. Simply, it’s ..
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Creating a lake management plan can help ensure the long-term health and sustainability of a lake or other body of water. Here are some general steps ..
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Nanobubbles, Agriculture, Lakes & Ponds, Aquaculture, Horticulture, Climate Tech, Wastewater Treatment
What are Nanobubbles? Most scientists categorize nanobubbles as bubbles that are around 100 nanometers in diameter, and Moleaer considers bubbles less..
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Maintaining good water quality in lakes is important for protecting human health, supporting biodiversity and ecosystem services, and promoting econom..
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Muck is a type of organic sediment that can accumulate in lakes and ponds, often consisting of decomposing plant material, algae, and other organic ma..
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Agriculture
See more Agriculture articlesFarmers are using nanobubble technology to improve water quality, increase crop yields, reduce inputs like fertilizers and chemicals, enhance soil health, and increase water use efficiency. Our blogs cover topics like soil health, irrigation water, biofilm and disease reduction and more.
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Why are Regenerative Agriculture Practices Important for the Future of Farming?
What is Regenerative Agriculture? Regenerative agriculture is a holistic approach to farming and ranching that aims to restore and enhance the health of soil,...
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How to Use Sustainable Farming Methods with Nanobubble Technology
For decades, we’ve produced the bulk of our food through industrial agriculture, a system dominated by large farms growing the same crops year after year,...
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Nanobubble Research: How nanobubbles improve greenhouse tomato crops
For years, researchers across the world have been conducting trials on a wide variety of crops to analyze the benefits of oxygen nanobubble-enriched irrigation...
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How to Measure, View and Study Nano-Sized Bubbles
What are Nanobubbles? Most scientists categorize nanobubbles as bubbles that are around 100 nanometers in diameter, and Moleaer considers bubbles less than 200...
Horticulture
See more Horticulture articlesGreenhouse vegetable, leafy green, fruit and ornamental growers are seeking sustainable and chemical-free ways to improve their crop yields. Nanobubble technology helps growers improve irrigation water quality in tanks and reservoirs to support healthy crops and improve yields. Learn how you can reduce biofilm and disease pressure while improve crop health with nanobubble technology by reading our blogs.
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Benefits of Nanobubble Technology for Ornamental and Nursery Growers
THE 4 MAJOR BENEFITS OF NANOBUBBLE TECHNOLOGY FOR ORNAMENTAL AND NURSERY GROWERS Although greenhouse crop production provides a controlled environment for...
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Root Respiration: Oxygenating Irrigation Water for Productive Crops
ROOT RESPIRATION: How to Oxygenate Irrigation Water for Healthier, More Productive Crops Too much irrigation water, especially in soils with poor drainage can...
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Oxygen Uptake by Roots Is Critical for Plant Respiration
Achieving HIGH PLANT YIELDS: OXYGEN UPTAKE BY ROOTS IS CRITICAL FOR PLANT RESPIRATION The first factors we tend to think of in achieving high yields are light...
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How to Use Sustainable Farming Methods with Nanobubble Technology
For decades, we’ve produced the bulk of our food through industrial agriculture, a system dominated by large farms growing the same crops year after year,...
Nanobubbles
See more Nanobubbles articlesWant to dive deeper into the science of nanobubbles? These blogs cover a variety of topics in nanobubble technology, sharing peer-reviewed research and tools for measuring nanobubbles.
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Unlocking the Power and Wonder of Nanobubbles
With a 10-person Research and Development (R&D) team focused on advancing nanobubble science, Moleaer aspires to more than sales. Just twenty years ago,...
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How to Measure, View and Study Nano-Sized Bubbles
What are Nanobubbles? Most scientists categorize nanobubbles as bubbles that are around 100 nanometers in diameter, and Moleaer considers bubbles less than 200...
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ChatGPT | What AI has to say about nanobubbles
There's a lot of buzz around ChatGPT and AI in general lately, so we thought we'd see what AI had to say about nanobubbles and nanobubble technology. Below are...
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Zoë Routh Leadership Podcast Transcript Featuring Nick Dyner, CEO
Zoë Routh interviewed Nick Dyner, Moleaer's CEO, on her Leadership Podcast. Together they discuss nanobubble technology and how it applies to various...
Lakes & Ponds
See more Lakes & Ponds articlesNanobubble technology is a restorative tool for lake managers and owners to improve water quality and target the root cause of common problems like muck, algae, excessive nutrients and more. Moleaer’s technology can also scale to large water remediation projects to help reduce algae, improve water quality and eliminate H2S formation. Read our latest blogs to learn more.
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Chemical-Free & Sustainable Tools for Koi Pond Maintenance
Common Challenges in Koi Pond Maintenance Koi fish ponds, although visually appealing and serene, can encounter a range of common issues that require attention...
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Why do Algae Blooms get Worse in Summer?
Have you ever wondered why algae blooms often get worse during the summer months? You’ve probably seen at least one article about toxic or harmful algal blooms...
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Why Dissolved Oxygen at the Sediment Layer is Key to Healthy Lakes
How to Efficiently Get Dissolved Oxygen (DO) to the Sediment with Nanobubble Technology The sediment layer in a lake is the layer of organic and inorganic...
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What is Oxidation-Reduction Potential (ORP) for Lakes?
Oxidation-reduction potential (ORP), commonly called Redox, is a measure of the tendency of a solution to either gain or lose electrons. Simply, it’s the...
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