The world's first! "Oxygen Dissolution Device DO-MAX Falls" to replace bubbling.
DO-MAX Falls 150t
Reduce electricity costs for wastewater treatment by 75% to 90% without major renovations! By dissolving oxygen in water with a completely different approach than before, it is highly efficient!
Significantly reduce electricity costs from aeration! The electricity costs associated with aeration in wastewater treatment tanks at factories and similar facilities can be a considerable burden annually. Our DO-MAX Falls efficiently dissolves oxygen in water and can be operated with a low-power submersible pump, allowing for a reduction in electricity consumption for aeration by 75% to 90%. ◎ Compact and lightweight. ◎ No major renovations required! 【Features】 ■ It can supply oxygen to the bottom of wastewater tanks and ponds where oxygen cannot reach! ■ It is efficient because it directly dissolves oxygen in water. ■ The oxygen dissolution device itself consumes no power. It can be used simply by connecting it to a pump. ■ It does not create bubbles, preventing sludge from dispersing → making it easier for microorganisms that break down sludge to thrive. Renovating all existing equipment would incur enormous costs. By simply installing it on your current equipment, you can reduce electricity costs and improve water quality! *For more details, please download the PDF or feel free to contact us.
Inquire About This Product
basic information
For more details, please download the PDF or feel free to contact us.
Price information
Prices vary depending on the equipment and processing capacity of the facility, so please contact us for inquiries.
Delivery Time
※We will make a proposal after confirming the current status of the equipment and the wastewater situation. If the product is in stock, the delivery time is approximately 10 days.
Applications/Examples of results
【Applications】 ■ Improvement of wastewater treatment tank capacity ■ Supply of dissolved oxygen for cultured fry ■ Supply of dissolved oxygen for large-scale aquaculture farms and more
Detailed information
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Installation scene of the shrimp farming demonstration experiment equipment in Vietnam. It was installed at a shrimp farm in Vietnam. The results of the demonstration experiment confirmed that oxygen reaches the bottom and is distributed throughout the entire pond.
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Slajita & DO-MAX Falls Tank Experiment Slajita was placed at the bottom, and oxygen was supplied with DO-MAX Falls. The experiment was conducted with juvenile koi raised in somewhat overcrowded conditions. Areas affected by Slajita showed no algae growth. Due to the good balance of oxygen and microorganisms, the microorganisms are breaking down waste and leftover feed, promoting water quality purification.
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Introduction to the frozen food factory: The piping and installation were completed in about 2 hours without stopping production activities.
Line up（3）
| Model number | overview |
|---|---|
| DO-MAX Falls 5t | This is the 5t type of DO-MAX Falls. It can accommodate capacities below 10t. |
| DO-MAX Falls-TL 5t | It can accommodate capacities below 10t. Compared to the DO-MAX Falls 5t, it has limited installation locations but is more affordable. |
| DO-MAX Falls 150t | It can be installed in places that need to handle large-scale processing. It is suitable for wastewater treatment facilities with aeration tank capacities below 150t and aquaculture farms below 1500m2. ※The capacity of the treatment tanks mentioned above may vary depending on the level of contamination, the contents being discharged, and in the case of aquaculture farms, the type of organisms, density, and the amount and frequency of feeding. |
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Company information
Since our founding, we have consistently engaged in businesses related to "water." With our knowledge and technology in the design and construction of plumbing systems for water supply and sewage, along with research and development that started in 2014 to improve water environments, we have created entirely new products. We obtained two patents early in the development process in 2016 and 2018. Moving forward, we aim to address water environment issues both domestically and internationally as a company that "creates water environments."