transport
Discover how Acniti’s CO2 and ultrafine bubble technology is transforming fish transport—making it safer and more efficient. Learn about this future-ready innovation!
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A new innovative way to transport fish while sleeping is almost ready to go onto the market. A combination of CO2 and ultrafine bubbles make this possible.
Selecting a nanobubble generator can be a daunting task when you are new to the technology. In the following article we explain the differences of the various units. This helps you to select the best nanobubble generator for your research, application development or ultrafine bubble production.
Not all bubbles behave the same. Milli, micro, and nanobubbles each have distinct physical properties that determine how gas transfers in water, how long bubbles persist, and how useful they are in real applications. This guide breaks down bubble size categories, surface area physics, zeta potential, and gas pressure - so you can choose the right bubble technology for your process.
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Ozone nanobubbles are attractive for water purification, treatment, and disinfection. ozone nanobubbles have a higher mass transfer rate than ordinary bubbles and there for nanobubbles more efficiently use ozone as a powerful oxidizing agent and sterilizer to kill or inactivate bacteria and viruses.
Experiencing an issue with your Acniti nanobubble generator or PSA oxygen generator? Use this form to submit a warranty claim, product support request, or shipping insurance claim. Our team will review your case and follow up promptly.
The Ultramax O2 is a portable 3-in-1 oxygen gas analyzer that measures O2 purity, flow rate, and pressure in one compact device. Using ultrasonic sensor technology, it requires no sensor replacements and no field calibration - ideal for oxygen generator monitoring, industrial gas analysis, and environmental testing.
High-performance industrial oxygen generators by Acniti. Enhance nanobubbles, aquaculture, and water treatment with reliable PSA technology.
Stagnant water in urban ponds and moats triggers seasonal algal blooms that cause fish mortality, foul odor, and murky water. Acniti solved these problems at Kyoto's 810m Higashi Honganji temple moat using submersible nanobubble aerators paired with a natural probiotics program, raising dissolved oxygen from 4.5 to 9 ppm and clearing the water completely within three months.