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Bubble generating nozzle Product List

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Ultrafine bubble generation nozzle "Nano Celeb" 20A

Ultrafine bubble generation nozzle "Nano Celeb" 20A

Ultra-fine bubble generation nozzle for 20A equipment and piping that can be introduced at low cost.

Our industrial and commercial ultra-fine bubble generation nozzle "NanoCeleb 20A" generates a large number of ultra-fine bubbles using special technology by simply being attached to a 20A pipe, utilizing approximately 2% of the air contained in the water. This contributes to solving various industrial problems through the enhanced cleaning power provided by the surfactant action characteristic of ultra-fine bubbles. ■ Structure that generates ultra-fine bubbles at tap water pressure levels ■ Ultra-fine bubbles generated in a 1-pass (inline) system ■ Compact and lightweight ■ Maintenance-free, with no running costs or electricity required ■ Unlike equipment types, no additional space is needed

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[Example] Use of 25L/min OK nozzle

[Example] Use of 25L/min OK nozzle

Achieved 400%! A case where it was proposed to install a hose about 10 to 20 meters on the discharge side of the OK nozzle.

We received data from a Chilean vendor regarding an experiment to increase the Do value using a "25L/min OK nozzle." In the experiment before reaching 400%, we received an email stating that the Do value did not exceed 160%. At that time, we suggested placing a hose about 10 to 20 meters on the discharge side of the OK nozzle. As a result, we achieved 400%. *For more details on this case, you can view them through the related link. Please feel free to contact us for more information.

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Ultra Fine Bubble Generation Nozzle "Nano Celeb" 15A

Ultra Fine Bubble Generation Nozzle "Nano Celeb" 15A

Ultra-fine bubble generation nozzle for 15A equipment and piping that can be introduced at low cost.

Our industrial and commercial ultra-fine bubble generation nozzle "NanoCeleb 15A" generates a large number of ultra-fine bubbles using special technology by simply being installed on 15A piping, utilizing approximately 2% of the air contained in the water. It contributes to solving various industry problems through the cleaning power enhanced by the surfactant action characteristic of ultra-fine bubbles. ■ Structure that generates ultra-fine bubbles at tap water pressure levels ■ Ultra-fine bubbles generated in a 1-pass (inline) system ■ Compact and lightweight ■ Maintenance-free, with no running costs or electricity required ■ Unlike equipment types, no additional space is needed

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[Case Study] Flounder Farming in Jeju Island, South Korea (1200L/min OK Nozzle)

[Case Study] Flounder Farming in Jeju Island, South Korea (1200L/min OK Nozzle)

Using the "1200L/min OK nozzle"! It is expected to cover an area of about 8,000 to 10,000 m2 of water surface.

At the Jeju flounder breeding farm "Sangji Fisheries," an oxygen dissolution system using the "large nozzle MB1,200" has been introduced. The total water surface area of the farm is approximately 25,000 m2. One "MB1,200L nozzle" is expected to cover an area of about 8,000 to 10,000 m2. [Case Overview] ■ Jeju flounder breeding farm "Sangji Fisheries" - The total water surface area of the farm is approximately 25,000 m2 - One "MB1,200L nozzle" is expected to cover an area of about 8,000 to 10,000 m2 *For more detailed information about the case, please refer to the related link. For further inquiries, feel free to contact us.

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[Case Study] Use of Nanobubbles in Irrigation Cultivation of Mini Tomatoes

[Case Study] Use of Nanobubbles in Irrigation Cultivation of Mini Tomatoes

Mini tomatoes thrive with nanobubbles! Depending on the variety, there are cases where the harvest increased by 5% to 35%.

Here is a case study from Kumamoto Prefecture using nanobubbles in the irrigation cultivation of mini tomatoes. In 2014, simply incorporating the "200L/min OK nozzle" into the existing pipeline resulted in an increase in harvest of 5% to 35%, depending on the variety. In 2015, by adding 10% oxygen and using the OK nozzle with pig manure, organic fertilizer was produced, leading to a 46% increase in harvest. 【Case Summary】 <2014> ■ Just incorporating the 200L/min OK nozzle into the existing pipeline ■ Harvest increase of 5% to 35% depending on the variety ■ Use of well water ■ Irrigation volume approximately 150% ■ Liquid fertilizer without solidification ■ Increased fertilizer amount ■ Irrigation tubes are cleaned *For detailed information about the case, please refer to the related links. For more information, feel free to contact us.

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[Case] Ship Bottom Resistance Reduction Experiment (500L/min OK Nozzle)

[Case] Ship Bottom Resistance Reduction Experiment (500L/min OK Nozzle)

Using a 500L/min OK nozzle! This is an introduction to the hull resistance reduction experiment conducted in October 2016.

We would like to introduce a case where the "500L/min OK nozzle" was used during a hull resistance reduction experiment at a shipyard in the Netherlands. 【Case Overview】 ■ Hull Resistance Reduction Experiment: October 2016 ■ Shipyard in the Netherlands ■ Used the 500L/min OK nozzle *For more details about the case, you can view them through the related links. Please feel free to contact us for more information.

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Patent obtained in May! Loop flow microbubble generation nozzle.

Patent obtained in May! Loop flow microbubble generation nozzle.

The loop flow microbubble generation nozzle has been patented!

The Loop Flow Microbubble Generation Nozzle, application number 2008-034846, was granted a patent on May 15, 2012, and the patent registration process was completed on the 21st, resulting in the acquisition of the patent. We were considering a "divisional application," but concluded that it was unnecessary, and completed the patent registration process on the 21st. It took four years from the application. No one had created a similar microbubble generation nozzle. Neither patent searches nor internet searches revealed any designs that maximized the characteristics of loop flow. In August of this year, I will present on "Characteristics and Application Examples of the Loop Flow Microbubble Generation Nozzle" at a conference of the Japan Society of Multiphase Flow at the University of Tokyo, Kashiwa Campus. For more details, please contact us or refer to the catalog.

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[Application Example] Coverage of measures against clams in Lake Shinji.

[Application Example] Coverage of measures against clams in Lake Shinji.

An example of application where the collaboration of fine bubbles and jet injectors is believed to have been effective.

As a measure against the clams in Lake Shinji, we would like to introduce an application example using the "100L・500L/min OK nozzle." After fishing, we took turns with fellow fishermen to aerate the lake bottom for two hours every day using a jet sprayer to inject fine bubbles. It is believed that the collaboration of fine bubbles and the jet sprayer has been effective. [Overview] ■ In July 2012, the "100L OK nozzle" was introduced. ■ Approximately one year later, clam catch increased. ■ In August 2014, the "500L" was introduced by the Shinji Lake Fisheries Cooperative. *For more detailed information about this case, please refer to the related links. For further inquiries, feel free to contact us.

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Loop flow microbubble generation device nozzle 200 mL/min *Customizable

Loop flow microbubble generation device nozzle 200 mL/min *Customizable

A device (nozzle) with a high generation efficiency of milky white nanobubbles even at low water pressure of 0.22 MPa.

This device (nozzle) directly applies the mechanism of a loop flow microbubble generation device (nozzle). It adopts a multi-stage turbulent method, resulting in a high generation efficiency of nanobubbles and a large gas self-absorption capacity. It can be manufactured in sizes ranging from ultra-small to large, contributing to the enhancement of existing equipment capabilities. *For more details, please download the catalog or contact us directly.*

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Birth of the Loop Flow Microbubble Generation Nozzle

Birth of the Loop Flow Microbubble Generation Nozzle

The birth of the loop flow microbubble generation nozzle is in the "rice field."

The impetus for developing the loop flow microbubble generation nozzle came from the inspiration I got from observing the phenomenon of stealth bubbles.

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From households to agriculture, fisheries, and industry! Introduction of achievements in the use of microbubbles.

From households to agriculture, fisheries, and industry! Introduction of achievements in the use of microbubbles.

There are over 300 inquiries with clear applications for microbubbles! We have achievements in hydroponics, drainage, wastewater treatment, portable toilets, microbubble showers, and more.

<Agriculture> Individuals and agricultural workers are starting to show interest in microbubbles. There have been many inquiries about hydroponics. ● Hydroponics ● Irrigation cultivation ● Liquid fertilizer production ● Improved germination efficiency <Water Treatment> Since 2013, inquiries about this matter have suddenly increased. The power of microbubbles seems to be gaining recognition. ● Wastewater treatment ● Purification of ponds, rivers, and lakes ● Purification of seawater ● Application in portable toilets <Fisheries> Inquiries related to fisheries have also increased. ● Aquaculture of fish and shellfish ● Sterilization and cleaning of oysters ● Live fish tanks ● Fish pens on boats ● Live bait such as sardines ● Transport of juvenile shrimp <Cleaning> Since 2013, inquiries related to cleaning have increased. ● Vegetable cleaning ● Animal cleaning ● Parts cleaning ● Cleaning machines <Household> There are many inquiries. ● Microbubble baths ● Jacuzzis (bubble baths) ● Microbubble showers ● Bubble showers ● Ornamental aquariums ● Coral cultivation ● Ranchu goldfish cultivation ● Arowana cultivation <Others> ● Fuel improvement ● Various oil separation ● Plating-related ● Deodorization ● Reduction of ship resistance ● Medical-related ● Chemical ● Cosmetics *For more details, please request materials or contact us.

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[Example] Custom nozzle with a small flow rate of 500 mL/min

[Example] Custom nozzle with a small flow rate of 500 mL/min

Manufactured a 500mL/min nozzle! Adjusted to increase vacuum level, resulting in an increase in bubble generation.

We would like to introduce a case study using the '500mL/min small custom nozzle' from OK Engineering Co., Ltd. In July 2011, at a water pressure of 0.15MPa, the discharge rate was 410mL/min, and the vacuum level was approximately -0.03MPa under normal settings. A 500mL/min nozzle was manufactured, and adjustments were made to increase the vacuum level at the nozzle agitation section to -0.09MPa when the water pressure was 0.25MPa, resulting in a slight increase in bubble generation. Currently, we are ensuring that the vacuum level of the nozzle exceeds -0.05MPa at a water pressure of 0.15MPa. [Case Summary] <July 2011> ■ A 500mL/min nozzle was manufactured. ■ Since the generation amount is low, it is necessary to increase the vacuum level if required. ■ Adjusted to increase the vacuum level to -0.09MPa at a water pressure of 0.25MPa. ■ There was a slight increase in bubble generation. *For more detailed information about the case, please refer to the related links. For further inquiries, feel free to contact us.

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Generation of microbubbles in anhydrous ethanol.

Generation of microbubbles in anhydrous ethanol.

I filmed how microbubbles are generated.

I recorded a video on how microbubbles are generated in 99.5% anhydrous ethanol. I placed a glass filled with ethanol into an empty tank and generated the bubbles using a nozzle with a flow rate of 420 cc/min. The pressure was about 0.27 MPa. In the first half, the solution was a thick white turbidity, but it became thinner in the second half. It seems that there is a bit of a trick to controlling the generation of microbubbles. Since I was using an electromagnetic pump, I tried to reduce vibrations by using a silicone rubber tube, but it burst during the experiment. The video was recorded after changing to a urethane tube where the pressure was applied. For more details, please contact us or refer to the catalog.

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[Example] Use of fine bubbles in clam farming

[Example] Use of fine bubbles in clam farming

Used a total of 6 "100L/min OK nozzles"! It became so clean that there is no need for cleaning.

Here is an example of using fine bubbles in clam farming. Immediately after generating fine bubbles, dirt surfaced to the extent that workers were reluctant to continue. One unit was used in this tank, and now the waste that had accumulated at the bottom has disappeared, making it clean enough that there is no need for cleaning. Additionally, a new tank compatible with fine bubble usage has been created. The ammonia concentration has drastically decreased. Furthermore, there have been reports that scallops and top shells suffer damage and die. Microbubbles may be clogging their respiratory systems. 【Sea Water Analysis Results for Clam Farming Tank *Evaluation: 1 is no problem, 5 is problematic】 <Water Quality Analysis Data: 15-ton Tank> ■Ammonia: 0.0mg/L - Evaluation 1 ■Nitrite: 0.0mg/L - Evaluation 1 ■Nitrate: 50mg/L - Evaluation 4 ■Phosphorus: 2.0mg/L - Evaluation 5 ■pH 7.5 *For more details on the case, please refer to the related links. For further inquiries, feel free to contact us.

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Custom-made ■ Loop Flow Microbubble Generation Nozzle 80, 100L/min

Custom-made ■ Loop Flow Microbubble Generation Nozzle 80, 100L/min

Milky appearance even with low water pressure. Compact design even with a discharge rate of 200-300 L/min.

This nozzle directly applies the mechanism of the loop flow microbubble generation nozzle. It is also equipped with a self-priming inlet for gas-liquid applications.

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Blue-green algae floating experiment

Blue-green algae floating experiment

The bubble diameter generates microbubbles around 20 microns.

The separation of floating algae by adding a neutralizing agent is perfect.

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[Example] Agricultural Sector

[Example] Agricultural Sector

We are introducing examples of the implementation of the "500L/min OK nozzle" in lettuce hydroponic cultivation.

Here are some examples from the agricultural sector. 【Case Overview】 ■ Tomato and strawberry irrigation cultivation: Approximately 20% increase in production ■ Mini tomato irrigation cultivation: 46% increase in harvest in 2015 ■ Spinach: Reduction of nitrate ions, promotion of growth ■ Hydroponic lettuce cultivation: Introduction of 500L/min OK nozzle ■ Hyogo Prefectural Agricultural Center ■ Shimane Prefecture, successor experiments *For detailed information on the cases, please refer to the related links. For more information, feel free to contact us.

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[Example] Custom OK nozzle for drainage treatment, 100L/min

[Example] Custom OK nozzle for drainage treatment, 100L/min

A breakthrough in wastewater treatment system reform! Introducing a case where the biggest issue of oxygen deficiency has been resolved.

We would like to introduce a case study using the "custom OK nozzle for wastewater treatment at 100L/min" from OK Engineering Co., Ltd. In December 2010, we delivered two 100L/min nano-microbubble generation nozzles for wastewater treatment to a food manufacturer in Shikoku. In January, we received an email stating, "The installation is complete, and the biggest concern, the lack of oxygen, has been resolved all at once." 【Case Overview】 ■ Response - Delivered two 100L/min nano-microbubble generation nozzles ■ Effect - Installation is complete, and the biggest concern, the lack of oxygen, has been resolved all at once. *For more detailed information about the case, please refer to the related links. For further inquiries, feel free to contact us.

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[Case] New release of loop flow OK nozzle for draft beer.

[Case] New release of loop flow OK nozzle for draft beer.

Fine bubbles rise for a long time! A case of the server's self-cleaning ability and the beer becoming smoother.

The "fine bubble generation nozzle for draft beer" was developed over three years starting in 2014 with the support of the national "monozukuri subsidy." The goal was to enable self-cleaning of draft beer servers, but it was discovered as a byproduct that the draft beer became "mellow." It is hypothesized that this is due to ultra-fine bubbles (nanobubbles). Additionally, we requested an investigation from the National Institute of Advanced Industrial Science and Technology to understand why draft beer with fine bubbles becomes "mellow." They conducted comparisons of floating Pocky, foam generation with Mentos, and analyses using an electron microscope. *For detailed information on the case, please refer to the related links. For more details, feel free to contact us.*

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[Case Study] Mechanism of Silicon Wafer (Semiconductor) Cleaning

[Case Study] Mechanism of Silicon Wafer (Semiconductor) Cleaning

This is an introduction to a case that clearly shows the area ratio that can be cleaned has reached 92%!

Here is a case study on the mechanism of silicon wafer cleaning. By utilizing the characteristic of ultra-fine bubbles that creates high pressure inside, we experimentally verified the effect of removing fine particles from solid surfaces using pressure waves. It was revealed that fine particles larger than 1 micron were removed and became unobservable, and that the area ratio of the cleaned surface reached 92%. 【Cleaning Effect】 ■Before cleaning: 359–472 µm² ■After ultrapure water cleaning: 320–482 µm² ■After ultrapure water jet + ultra-fine bubble cleaning - 1000x image: 28.65 µm² - 3000x image: 37.33 µm² *For more detailed information about the case study, please refer to the related link. For further inquiries, feel free to contact us.

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Technical Data: Fine Bubble Technology

Technical Data: Fine Bubble Technology

Examples of utilization that improve quality and productivity, along with a lineup of nozzles!

The document includes applications and case studies of "fine bubble technology," as well as fine bubble generation nozzles. Fine bubbles refer to a collective term for tiny bubbles smaller than 100μm. Bubbles approximately smaller than 60μm exhibit significant behavior of shrinking in water due to the surface tension at the water-bubble interface, ultimately collapsing (dissolving or disappearing) in the water. This phenomenon alters the physical properties of water. 【Contents】 ■ What are fine bubbles? ■ Applications of fine bubbles ■ Case studies - Seaweed quality improvement system - Shrimp productivity enhancement system - Cleaning field ■ Fine bubble generation nozzles *For more details, please refer to the PDF document or feel free to contact us.

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Improving the cutting of machine tools with fine bubbles! *Case study collection available.

Improving the cutting of machine tools with fine bubbles! *Case study collection available.

By simply installing the microbubble generation device "OK Nozzle," there are cases of reduced processing time and prevention of coolant liquid contamination and decay!

Fine bubbles refer to the general term for microbubbles and ultrafine bubbles (nanobubbles). Ultrahigh fine bubbles (UFB) are nanobubbles (NB). *Defined in June 2017 by ISO TC281. Our "OK Nozzle" is an ultrafine bubble generation device with a very high generation efficiency of [480 million bubbles/mL]. The effects of fine bubbles are diverse and are effective even in cutting and grinding situations. **Effects of using the microbubble generation device "OK Nozzle":** - Improved cutting and grinding performance - Cleaning and purification of coolant tanks - Prevention of edge chipping during aluminum cutting - Separation of lubricating oil and cutting oil - Purification of cutting fluid and prevention of spoilage This document details cases where the "OK Nozzle" was used in cutting with machine tools. It includes examples where the cutting depth increased from 4μm to 7μm, reducing processing time, and cases where the generation of biofilms on the inner surface of water-soluble coolant tanks was suppressed. *For more details, please contact OK Engineering. If you would like the document, please refer to the PDF materials.

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Loop flow microbubble generation device/nozzle 500L/min *custom order available

Loop flow microbubble generation device/nozzle 500L/min *custom order available

A microbubble generator (nozzle) with a capacity of 500L/min has been introduced as part of the sterilization device!

[Introduction of a Case Study on the Microbubble Generator (Nozzle) 500L/min] 500ml is the largest custom microbubble generator (nozzle) developed by our company. It has been introduced as part of a sterilization device. The 500L/min nozzle measures 290mm in length and weighs 14kg. The thread is PT3. The thread at the liquid inlet can also be PT2. We can prototype and manufacture any size according to your needs! *The microbubble generator (nozzle) is used in various fields such as household, agriculture, fisheries, and industrial sectors. It excels in functionality, simplicity, and price, and microbubbles are active in various situations. ● For more details, please click the link below. http://oke-matrix-mb.blogspot.com/2011/12/89.html

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[Case Study] China Experiments with Fine Bubbles for Pig Farm Waste Treatment

[Case Study] China Experiments with Fine Bubbles for Pig Farm Waste Treatment

Using the 500L OK nozzle! A case where many fundamental aspects of pig manure and urine treatment technology were understood.

Initially, the purpose of purchasing the OK nozzle was for the treatment of domestic wastewater, so a single φ16 self-priming hose was used. However, the actual experiment involved the treatment of pig manure, and it was being investigated how much processing capacity could be achieved with the "500L OK nozzle" to generate fine bubbles and whether it could meet the standard values. At the time of installation, it was noted that the NH3 levels did not reach the standard values, and inquiries were made regarding countermeasures. Through several email exchanges involving an interpreter, the current situation was somewhat understood, so measures were proposed to ensure that ammonia levels fell within the standard values. Experimental methods were suggested, and solutions were clearly outlined. Based on these instructions, some improvements were made, but only insufficient interim data was obtained, and after being informed that "there was a prospect of clearing the standard values," the final data was not sent. However, many fundamental aspects of pig manure treatment technology were understood from this experiment, so it was decided to compile the results, including the progress of this experiment. *For detailed information about the case, please refer to the related links. For more details, feel free to contact us.*

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