Wastewater Treatment
Greenhouse 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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Understanding Surfactants: The Science Behind Soaps and Detergents
Unveiling the Chemistry of Surfactants: How Soaps and Detergents Work Liquid soaps, detergents, degreasers and disinfectants or antimicrobials all contain...
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The Impact of Surfactants & Disinfectants on Wastewater Treatment
Wastewater treatment facilities play a crucial role in safeguarding public health and preserving environmental integrity. However, wastewater and water...
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Revolutionize Wastewater: Unlock Efficiency with Process Intensification
Wastewater process intensification (or wastewater treatment intensification) is the use of new technologies or modifications to existing processes to improve...
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The Impact: How Surfactants Inhibit Wastewater Treatment Efficiency
Did you know surfactants and other inhibitory compounds commonly found in wastewater treatment plants are causing serious problems? Until recently, there...
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Scaling Up! H2O Podcast Interview: Bursting Nanobubble Myths
Trace Blackmore at the Scaling Up! H2O podcast interviewed John Crisman, Moleaer’s Senior Water Process Engineer, on the challenges facing wastewater treatment...
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Advanced Water Treatment: Lowering the carbon footprint of water recycling
The heavy use of Quaternary Ammonium Compounds (QACs) and other surfactants cause operational issues in Water Reclamation and Recovery Facilities (WRRFs)...
Water
We focus on water and climate because they go hand in hand for a sustainable future. Moleaer enables industries to do more with less by enhancing water quality, reducing water use and supporting industry efficiency.
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Nanobubbles & Nanoparticles: Moleaer & Malvern Panalytical Webinar Q&A
Moleaer and Malvern Panalytical cohosted three webinars on the science behind nanobubbles and how they are studied, measured and viewed. We’ve compiled all the...
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One Water: Why One Water is Key for Successful Climate Action
What is One Water? Why is the water cycle important to life on earth Water is foundational to life on Earth. Salt water, fresh water, rainwater, and even ...
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The Water Values Podcast | Moleaer CEO Nick Dyner Transcript
Dave McGimpsey interviewed Nick Dyner, Moleaer's CEO, on the Water Values Podcast published by Bluefield Research. They dive into nanobubble technology,...
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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...
See more nanobubbles articles
Want 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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Nanobubbles & Nanoparticles: Moleaer & Malvern Panalytical Webinar Q&A
Moleaer and Malvern Panalytical cohosted three webinars on the science behind nanobubbles and how they are studied, measured and viewed. We’ve compiled all the...
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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...
WHITE PAPER: The Impacts of Surfactants on Wastewater Treatment
Did you know surfactants could be the cause of your treatment issues? Regardless of industrial or municipal application, the common observed wastewater challenges are often caused by inhibitory compounds like surfactants and fats, oils and grease. Dive into the world of inhibitory compounds in our white paper.
Videos | Discover the Benefits of Nanobubbles
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All Wastewater Treatment Blogs
Moleaer’s customers in water resource recovery facilities and industrial food and beverage wastewater treatment facilities are seeing lower treatment costs, better treatment efficiency and increased capacity. Read these blogs to learn more.
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Understanding Surfactants: The Science Behind Soaps and Detergents
Unveiling the Chemistry of Surfactants: How Soaps and Detergents Work Liquid soaps, detergents, degreasers and disinfectants or antimicrobials all contain...
-
The Impact: How Surfactants Inhibit Wastewater Treatment Efficiency
Did you know surfactants and other inhibitory compounds commonly found in wastewater treatment plants are causing serious problems? Until recently, there...
-
Revolutionize Wastewater: Unlock Efficiency with Process Intensification
Wastewater process intensification (or wastewater treatment intensification) is the use of new technologies or modifications to existing processes to improve...
-
The Impact of Surfactants & Disinfectants on Wastewater Treatment
Wastewater treatment facilities play a crucial role in safeguarding public health and preserving environmental integrity. However, wastewater and water...
-
Scaling Up! H2O Podcast Interview: Bursting Nanobubble Myths
Trace Blackmore at the Scaling Up! H2O podcast interviewed John Crisman, Moleaer’s Senior Water Process Engineer, on the challenges facing wastewater treatment...
-
Advanced Water Treatment: Lowering the carbon footprint of water recycling
The heavy use of Quaternary Ammonium Compounds (QACs) and other surfactants cause operational issues in Water Reclamation and Recovery Facilities (WRRFs)...
