大阪ツーワイ Product Lineup

This is an aeration pump that integrates a unique vacuum action suction diagonal flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly groundbreaking and excellent pump that demonstrates maximum aeration with minimal power, facilitating the up-and-down convection of layered water, evenly supplying oxygen, and homogenizing water quality, thereby improving water quality physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, showing significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in the improvement of water quality and oxygen supply in layered water, and has received acclaim for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing as much contact with air as possible, either forcibly or naturally, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, by removing decomposition products such as carbon dioxide, hydrogen sulfide, and methane from the water. - Through oxidation, organic matter in the water is decomposed and transformed into mineral substances, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

This is an aeration pump that integrates a unique vacuum action suction diagonal flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly groundbreaking and excellent pump that demonstrates maximum aeration with minimal power, facilitating the vertical convection of stratified water, evenly supplying oxygen, and homogenizing water quality, thereby improving water quality physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, showing significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in improving the quality of stratified water and oxygen supply, and has received praise for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing for forced or natural contact with as much air as possible, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, byproducts from the water, such as carbon dioxide, hydrogen sulfide, and methane, are removed. - Through oxidation, organic matter in the water is decomposed and transformed into mineral substances, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

This is an aeration pump that integrates a unique vacuum action suction diagonal flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly groundbreaking and excellent pump that demonstrates maximum aeration with minimal power, facilitating the vertical circulation of layered water, evenly supplying oxygen, and homogenizing water quality, thereby improving water quality physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, showing significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in the vertical flow of layered water and oxygen supply for water quality improvement, earning high praise for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing as much contact with air as possible, either forcibly or naturally, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, by removing decomposition products such as carbon dioxide, hydrogen sulfide, and methane from the water. - Organic matter in the water is decomposed and transformed into mineral substances through oxidation, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

This is an aeration pump that integrates a unique vacuum action suction diagonal flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly groundbreaking and excellent pump that demonstrates maximum aeration with minimal power, facilitating the vertical circulation of stratified water, uniformly supplying oxygen, and homogenizing water quality, thereby improving water quality physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, exhibiting significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in the vertical flow of stratified water and oxygen supply, and has received acclaim for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing as much air as possible to come into contact, either forcibly or naturally, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, decomposition products such as carbon dioxide, hydrogen sulfide, and methane are removed from the water. - Through oxidation, organic matter in the water is decomposed and transformed into mineral substances, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

This is an aeration pump that integrates a unique vacuum action suction diagonal flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly revolutionary and excellent pump that demonstrates maximum aeration with minimal power, facilitating the vertical circulation of stratified water, uniformly supplying oxygen, and homogenizing water quality, thereby improving water quality physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, showing significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in the vertical flow of stratified water and the improvement of water quality through oxygen supply, earning high praise for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing as much air as possible to come into contact with it, either forcibly or naturally, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, by removing decomposition products such as carbon dioxide, hydrogen sulfide, and methane from the water. - Organic matter in the water is decomposed and transformed into mineral substances through oxidation, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

This is an aeration pump that integrates a unique vacuum action suction inclined flow impeller with a high-pressure water flow generating jet mixing impeller. It is a truly revolutionary and excellent pump that demonstrates maximum aeration with minimal power, facilitating the vertical convection of layered water, uniformly supplying oxygen, and homogenizing water quality to improve it physically, physiologically, and chemically. It is currently the most advanced mechanical device for water quality improvement and oxygen supply, showing significant effects in environments such as fish farming ponds, lakes, marshes, and dams, as well as in improving water quality and oxygen supply in layered water, and has received acclaim for its achievements. **Effects of Aeration** - The water is spread into thin layers, allowing as much air as possible to come into contact with it, either forcibly or naturally, facilitating gas exchange with the air, absorbing oxygen from the air, and promoting oxidation. - On the other hand, decomposition products such as carbon dioxide, hydrogen sulfide, and methane are removed from the water. - Through oxidation, organic matter in the water is decomposed and transformed into mineral substances, with ferrous oxide being oxidized into insoluble ferric oxide. *For more details, please contact us or download the catalog from the link below.*

The underwater aeration pump and underwater aeration fountain pump are exceptional pumps that achieve outstanding aeration effects that cannot be matched. They are equipped with a vacuum inclined flow oxygen suction impeller and a high-pressure generating impeller, which injects air in the form of bubble-like gas bubbles, facilitating easy air and gas exchange with a unique technology designed to create thin and numerous bubbles. These pumps demonstrate significant effects in improving the environment of fish farming ponds, lakes, marshes, and dams, as well as in the management of stratified water and oxygen supply, earning high praise for their performance. 【Features】 ■ The balance between vacuum and high-pressure impellers creates a synergistic effect that significantly reduces thrust, resulting in longer bearing life. ■ The aeration effect using balanced dual impellers generates high-pressure water from a large volume of water intake below, achieving more than double the effectiveness of any conventional pump, leading to substantial economic benefits by reducing the power source. ■ The pump is equipped with a self-cut (motor burnout protection device) for motor protection, eliminating concerns about motor burnout. (*Excerpt from the catalog) *For more details, please contact us or download the catalog from the link below.

The "Biofan" vertical circulation flow generation device slowly rotates blades on the water surface to create vertical circulation flow. This circulation flow allows bottom water to absorb oxygen, promoting uniformity throughout the pond and contributing to water quality purification. It gathers a large volume of water from a wide area and circulates it vertically with minimal energy. It is not a device that pumps or draws water but one that induces natural flow. The flow created by the device facilitates the food chain and establishes a water area with a diverse ecosystem. 【Features and Effects】 ○ Flow created on the water surface by the device → Absorbs oxygen and releases odors ○ Flow created in the bottom layer by the device → Improves bottom sediment through the rotational effect of oxygen absorbed at the surface → Prevents hypoxia in the bottom layer and suppresses the leaching of nutrients and the generation of hydrogen sulfide → As sludge decreases and becomes food for organisms, and if plankton production cannot keep up, transparency gradually recovers ○ Vertical circulation created by the device → Guides phytoplankton to the shading layer and suppresses their proliferation For more details, please contact us or download the catalog.

The "Biofan" rising circulation flow generation device is not a device for pumping or sucking up water. It is a device that induces the flow created by nature. The flow generated by the device consists of vertical flow and a large amount of moving water, promoting uniformity throughout the entire body of water in lakes and ponds. It aims to facilitate the food chain and create water areas where diverse ecosystems can be established by various organisms. It is recommended for dam lakes, golf courses, ponds, fish farms, fishing ponds, agricultural water, and park ponds. 【Features and Effects】 ■ Flow on the water surface created by the device ⇒ Absorbs oxygen and releases odors ■ Flow in the bottom layer created by the device ⇒ Improves bottom sediment through the rotation effect of oxygen absorbed at the surface ⇒ Prevents hypoxia in the bottom layer and suppresses the leaching of nutrients and the generation of hydrogen sulfide ⇒ Sludge decreases as it becomes food for organisms, and as plankton production cannot keep up, transparency gradually recovers ■ Vertical circulation created by the device ⇒ Guides phytoplankton to the shading layer and suppresses their proliferation *For more details, please contact us at the information below or download the catalog.

Our company offers water treatment systems tailored to your environmental conditions. Many people start taking measures during the summer when plankton and algae proliferate, but by addressing the issue during the winter when bacterial activity is low, you can significantly reduce costs and effort. 【Recommended for the following people!】 ■ Those who want to suppress plankton growth ■ Those who want to prevent algae proliferation ■ Those who want to improve the clarity of water 【Past Achievements】 Factory wastewater, dam lakes, golf courses, ponds, fish farming facilities, fishing ponds, agricultural water, park ponds, etc.

In the aquaculture industry, sufficient oxygen supply is essential for maintaining the growth and health of seafood. Low oxygen levels can hinder the growth of seafood and lead to diseases, negatively impacting profits. Additionally, water quality deterioration is a significant challenge in aquaculture, and oxygen deficiency is one of the factors that accelerate this deterioration. Our underwater aeration fountain pump resolves oxygen shortages in aquaculture ponds through its unique aeration technology and also contributes to water quality improvement. 【Usage Scenarios】 - Oxygen supply in aquaculture ponds - Water quality improvement - Promotion of seafood growth 【Benefits of Implementation】 - Promotion of seafood growth due to increased oxygen supply - Reduced risk of diseases through improved water quality - Enhanced profitability through improved environmental conditions in aquaculture ponds *For more details, please check the catalog download button.

At water treatment plants, it is essential to ensure the amount of dissolved oxygen through efficient aeration to maintain good water quality. Particularly in stagnant water areas or areas with high organic load, the deterioration of water quality and the occurrence of unpleasant odors due to oxygen deficiency are significant challenges. Our underwater aeration fountain pump contributes to water quality improvement by efficiently supplying oxygen to the water through our unique aeration technology. 【Usage Scenarios】 - Adjustment ponds at water treatment plants - Aeration tanks - Sedimentation basins 【Benefits of Implementation】 - Water quality improvement - Odor reduction - Increased oxygen supply *For more details, please check the catalog download button.

At tourist destinations, beautiful landscapes that inspire visitors are essential. In particular, waterfront landscapes significantly influence tourist satisfaction due to their beauty. However, if water quality deteriorates, it not only spoils the scenery but can also lead to unpleasant odors and the destruction of ecosystems, potentially diminishing the image of the tourist destination. Our underwater aeration fountain pump simultaneously improves water quality and creates beautiful fountain displays, enhancing the appeal of tourist spots. 【Usage Scenarios】 * Waterfronts in parks, gardens, amusement parks, etc. * Scenic displays in lakes, ponds, canals, etc. * Aquariums, theme parks 【Benefits of Implementation】 * Beautification of landscapes through water quality improvement * Enhanced visual appeal from fountains * Revitalization of ecosystems through oxygen supply * Increased tourist satisfaction *For more details, please check the catalog download button.*

In agriculture, the quality of irrigation water has a significant impact on crop growth. In particular, stagnant water or water rich in organic matter can lead to oxygen deficiency, increasing the risk of root rot and diseases. Additionally, if water quality deteriorates, it can hinder crop growth and potentially lead to a decrease in yield. Our submerged aeration fountain pump improves the oxygen levels in irrigation water and enhances water quality through its unique aeration technology. This promotes healthy crop growth and contributes to increased yields. 【Usage Scenarios】 - Irrigation ponds - Reservoirs - Retention basins - Agricultural waterways 【Benefits of Implementation】 - Promotion of crop growth through improved water quality - Prevention of root rot through oxygen supply - Reduction of disease risk - Increase in yield *For more details, please check the catalog download button.

In the field of environmental protection, the eutrophication of lakes and ponds has become a serious problem. Eutrophication leads to water quality deterioration, the generation of unpleasant odors, and the destruction of ecosystems, increasing the burden on the environment. Particularly in closed water bodies, oxygen deficiency tends to progress, threatening the survival of aquatic organisms. In response to this issue, our underwater aeration fountain pump contributes to combating eutrophication by supplying oxygen to the water and improving water quality. 【Usage Scenarios】 - Water quality improvement in closed water bodies such as fish farming ponds, lakes, and dams - Measures against water quality deterioration due to eutrophication - Improvement of habitats for aquatic organisms 【Effects of Implementation】 - Environmental improvement through water purification - Reduction of unpleasant odors - Promotion of ecosystem recovery - Creation of beautiful landscapes *For more details, please check the catalog download button.

In the purification of golf course ponds, water quality deterioration not only spoils the landscape but also causes unpleasant odors and negatively impacts the habitat for living organisms. Particularly in ponds that have become eutrophic, abnormal algae growth and the decomposition of organic matter from the bottom sediment can lead to a decline in water quality. In response to this issue, our underwater aeration fountain pump efficiently aerates the pond water, improving water quality. With our unique aeration technology, we increase the overall oxygen supply in the pond and promote water quality purification. 【Usage Scenarios】 - Improvement of water quality in golf course ponds - Enhancement of pond aesthetics - Improvement of environmental conditions in fish farming ponds, lakes, marshes, and dams 【Benefits of Implementation】 - Enhanced landscape through improved water quality - Reduction of unpleasant odors - Improvement of habitat for living organisms - Reduction of running costs *For more details, please check the catalog download button.

In the water environment of parks, the deterioration of water quality can damage the landscape and lead to the generation of unpleasant odors and negative impacts on the habitat for living organisms. In particular, in ponds and lakes that have progressed to eutrophication, issues such as water turbidity caused by abnormal algal blooms and fish deaths due to oxygen deficiency arise. Our underwater aeration fountain pump addresses these problems and improves the water quality in parks. 【Usage Scenarios】 - Improvement of water quality in ponds and lakes within parks - Landscape enhancement as a fountain - Activation of ecosystems through oxygen supply in the water 【Benefits of Implementation】 - Enhanced landscape through water quality purification - Reduction of unpleasant odors - Improvement of the habitat for organisms such as fish - Reduction of water quality management costs *For more details, please check the catalog download button.

In theme park attractions, water features are an important element that enrich the visitor experience. When water quality deteriorates, it not only spoils the landscape but also raises concerns about unpleasant odors and negative impacts on the habitat for aquatic life. An underwater aeration fountain pump simultaneously improves water quality and creates beautiful fountain displays, enhancing the appeal of the attraction. 【Usage Scenarios】 - Attractions utilizing ponds or lakes - Water shows - Waterfront relaxation areas - Thematically designed water features 【Benefits of Implementation】 - Beautification of the landscape through water purification - Improvement of the habitat for aquatic organisms - Increased visitor attraction through impressive fountain displays - Enhanced maintenance capabilities *For more details, please check the catalog download button.

In the field of factory wastewater treatment, efficient water quality purification and cost reduction are always required. In particular, the supply of oxygen in water through aeration promotes the decomposition of organic matter and greatly affects the efficiency of wastewater treatment. Insufficient aeration can lead to prolonged treatment times and the occurrence of unpleasant odors. Our underwater aeration fountain pump, with its unique aeration technology, achieves efficient oxygen supply and contributes to solving the challenges of wastewater treatment. 【Usage Scenarios】 - Factory wastewater treatment facilities - Adjustment ponds - Aeration tanks 【Benefits of Implementation】 - Improvement of water quality - Reduction of unpleasant odors - Increased treatment efficiency *For more details, please check the catalog download button.

In the restoration of lake and marsh ecosystems, improving water quality is essential. The occurrence of algal blooms and red tides due to eutrophication, the deterioration of bottom sediments, and oxygen deficiency hinder the growth of fish and aquatic organisms, disrupting the balance of the ecosystem. Underwater aeration fountain pumps provide a solution to these challenges by supplying oxygen to the water and purifying water quality, helping to restore a healthy ecosystem. 【Usage Scenarios】 - Water quality improvement in lakes, ponds, and marshes - Oxygen supply in fish farming ponds - Eutrophication countermeasures in dam lakes - Improvement of fish breeding environments through water purification 【Effects of Implementation】 - Increased oxygen concentration in the water - Improved transparency due to water purification - Enhanced breeding environments for fish and aquatic organisms - Reduction of unpleasant odors *For more details, please check the catalog download button.

In university research institutions conducting hydraulic experiments, managing water quality in tanks is an important issue. To maintain the accuracy of experiments, it is necessary to properly maintain the oxygen concentration in the water and promote water circulation. Conventional experimental equipment often requires considerable effort for water quality management, which can hinder the efficiency of experiments. Our underwater aeration fountain pump simultaneously improves water quality and creates a beautiful fountain, addressing these challenges in hydraulic experiments. 【Usage Scenarios】 * Hydraulic experiments in tanks * Water quality survey experiments * Flow visualization experiments 【Benefits of Implementation】 * Improved experimental accuracy through water quality enhancement * Reduced impact on organisms due to oxygen supply * Enhanced experimental environment with a beautiful fountain *For more details, please check the catalog download button.

In the field of disaster management, securing drinking water during emergencies is an urgent issue. In particular, emergency water sources such as reservoirs and ponds are prone to deteriorating water quality, raising concerns about water pollution due to oxygen deficiency. To ensure safe drinking water, it is essential to improve water quality and maintain a clean state at all times. Our underwater aeration fountain pump contributes to the improvement of water quality in emergency water sources through its unique aeration technology. [Usage Scenarios] - Reservoirs - Firefighting water - Ponds [Effects of Implementation] - Suppression of water quality deterioration - Promotion of purification through oxygen supply - Contribution to securing drinking water in emergencies *For more details, please check the catalog download button.

Water quality management of irrigation water in agriculture has a significant impact on crop growth. The occurrence of algae and plankton can lead to water turbidity and unpleasant odors, potentially hindering crop growth and increasing the risk of pests and diseases. It can also cause clogging of irrigation equipment. Our water purification solutions address these issues and contribute to the stable supply of irrigation water. 【Application Scenarios】 - Agricultural waterways - Reservoirs - Retention basins 【Benefits of Implementation】 - Promotion of crop growth through water quality improvement - Reduction of pest and disease risks - Increased longevity of irrigation equipment *For more details, please check the catalog download button.

In the aquaculture industry, water quality management is a crucial factor that affects profitability. In particular, abnormal outbreaks of plankton and algae in aquaculture ponds can hinder the growth of seafood and lead to diseases, potentially resulting in significant losses. Additionally, if the water becomes discolored, it not only looks unappealing but can also diminish product value. Our water purification solutions improve the water quality of aquaculture ponds and support stable operations by maintaining a healthy environment. 【Usage Scenarios】 - Suppression of plankton and algae outbreaks in aquaculture ponds - Improvement of water color in aquaculture ponds - Enhancement of the growth environment for aquaculture seafood 【Benefits of Implementation】 - Promotion of seafood growth - Reduction of disease risks - Increase in product value *For more details, please check the catalog download button.

In the food manufacturing industry, managing the quality of cleaning water is crucial for maintaining product quality. In particular, proper water purification is essential to prevent foreign matter contamination and microbial growth. Inadequate water quality management can increase the risk of product quality deterioration and foodborne illnesses. Our water purification solutions propose water treatment systems tailored to your environmental conditions, addressing these challenges. 【Usage Scenarios】 - Cleaning processes in food manufacturing plants - Cooling water, boiler water - Wastewater treatment 【Benefits of Implementation】 - Improved quality of cleaning water - Stabilization of product quality - Reduced risk of foreign matter contamination and microbial growth *For more details, please check the catalog download button.

In the beverage manufacturing industry, the purification of water is extremely important to maintain product quality. In particular, contamination by foreign substances, odors, and color changes can not only compromise product quality but also lead to a loss of consumer trust. By thoroughly managing water quality, we can ensure stable product supply and maintain brand image. Our water purification solutions propose water treatment systems tailored to our customers' environmental conditions, addressing these challenges. 【Usage Scenarios】 - Purification of source water in beverage manufacturing - Improvement of water quality used in the manufacturing process - Purification of cooling water and cleaning water 【Benefits of Implementation】 - Improvement in product quality - Streamlining of manufacturing processes - Cost reduction *For more details, please check the catalog download button.

In wastewater treatment at chemical plants, appropriate water quality management is required based on the Water Pollution Prevention Act. In particular, the removal of harmful substances and organic matter contained in factory wastewater is an important issue for environmental conservation. If proper treatment is not conducted, it can not only cause environmental pollution but also damage the social evaluation of the company. Our water purification solutions propose the optimal water treatment system tailored to your wastewater situation. Measures can be taken not only in summer but also in winter to reduce costs and effort. 【Usage Scenarios】 - Factory wastewater treatment - Improvement of water quality in wastewater treatment facilities - Compliance with water quality regulations 【Benefits of Implementation】 - Reduction of harmful substances in wastewater - Compliance with the Water Pollution Prevention Act - Reduction of the company's environmental impact - Cost reduction *For details, please check the catalog download button.

In the pharmaceutical industry, it is essential to properly treat the substances in wastewater generated during the manufacturing process to reduce environmental impact. In particular, water pollution is not only a matter of corporate social responsibility but also important from the perspective of regulatory compliance. If proper wastewater treatment is not conducted, it may lead to negative effects on the surrounding environment and a decline in corporate image. Our water purification solutions efficiently treat the substances in wastewater and improve water quality, addressing these challenges. 【Usage Scenarios】 - Wastewater treatment in pharmaceutical factories - Wastewater treatment from research facilities - Water quality improvement in wastewater treatment facilities 【Benefits of Implementation】 - Reduction in wastewater treatment costs - Decrease in environmental impact - Compliance with regulations - Enhancement of corporate image *For more details, please check the catalog download button.

In the pulp industry, managing the quality of wastewater during the bleaching process is a significant challenge. Water quality pollution due to the use of bleaching agents and the increasing costs of wastewater treatment pose a considerable burden on companies. Proper water quality management not only stabilizes the bleaching effect but also contributes to improving product quality. Our water purification solutions offer optimal water treatment systems tailored to your environmental needs to address these challenges. 【Usage Scenarios】 - Wastewater treatment in pulp manufacturing plants - Water quality improvement in the bleaching process - Reduction of wastewater treatment costs 【Benefits of Implementation】 - Reduced environmental impact through improved wastewater quality - Enhanced product quality due to stabilized bleaching effects - Lower wastewater treatment costs *For more details, please check the catalog download button.

In the metal processing industry, managing the quality of cooling water is crucial. Contamination of cooling water can lead to decreased equipment efficiency and deterioration of product quality. In particular, oils and sludge generated during the metal processing process can hinder the function of cooling water and shorten the lifespan of equipment. Our water purification solutions improve the quality of cooling water and address these issues. 【Usage Scenarios】 - Cooling water in metal processing factories - Cooling water for cutting oils and grinding fluids - Corrosion prevention measures due to water quality deterioration 【Benefits of Implementation】 - Improved cooling efficiency - Extended equipment lifespan - Stabilized product quality - Cost reduction (lower maintenance and replacement frequency) *For more details, please check the catalog download button.

In the dyeing industry, water quality management in wastewater treatment is crucial. In particular, water pollution caused by dyes and chemicals not only increases the environmental burden but also hinders reuse. Proper water quality management can lead to cost reductions. Our water purification solutions offer wastewater treatment systems tailored to your environmental conditions. 【Usage Scenarios】 - Wastewater treatment in dyeing factories - Removal of pigments from wastewater - Odor control for wastewater 【Benefits of Implementation】 - Improvement of wastewater quality - Reduction of environmental impact - Potential for cost savings *For more details, please check the catalog download button.

In the leather tanning industry, managing the quality of water used in the processes is crucial. Particularly in wastewater treatment, it is essential to comply with regulations such as the Water Pollution Prevention Act and to reduce environmental impact. Deterioration of water quality can lead to a decline in product quality and the occurrence of unpleasant odors. Our water purification solutions contribute to addressing these challenges through water quality improvement. [Usage Scenarios] - Wastewater treatment in the tanning process - Water quality improvement in wastewater treatment facilities - Compliance with the Water Pollution Prevention Act [Effects of Implementation] - Improvement of wastewater quality - Suppression of unpleasant odors - Reduction of environmental impact *For more details, please check the catalog download button.

The waterfront landscape in tourist areas is an important factor that influences their attractiveness. High water transparency provides visitors with a sense of tranquility and inspiration, enhancing the appeal of the tourist destination. However, algal blooms and eutrophication can deteriorate water color, cause unpleasant odors, and not only spoil the landscape but also reduce tourist satisfaction. Our water purification solutions address these issues and create beautiful waterfront environments. 【Usage Scenarios】 - Park ponds - Lakes in tourist areas - Fishing ponds 【Benefits of Implementation】 - Improved landscape through water quality enhancement - Odor suppression - Increased tourist satisfaction *For more details, please check the catalog download button.

At golf course ponds, issues such as deterioration of water quality leading to a decline in aesthetics, the occurrence of unpleasant odors, and the proliferation of algae tend to arise. To maintain a beautiful landscape and provide a comfortable golfing environment, water quality management is essential. A water purification system is necessary to address these problems and enhance the value of the golf course. 【Usage Scenarios】 - Golf course ponds - Suppression of plankton growth in ponds - Measures against algae proliferation in ponds - Improvement of pond water quality 【Effects of Implementation】 - Increased transparency of the pond - Reduction of unpleasant odors - Maintenance of a beautiful landscape *For more details, please check the catalog download button.

We would like to introduce the effects of the "Culchifan" rising flow circulation device and the photosynthesis inhibitor "FSX-1" in golf courses. This device distributes the photosynthesis inhibitor throughout the entire pond, increasing the contact between the inhibitor and plankton, creating a low-water edge with less green algae and blue-green algae. This pond has an area of approximately 1000 to 1200 m² and a depth of about 70 to 80 cm, with 50 kg of the inhibitor applied. The device stirs the pond to ensure the inhibitor is evenly distributed. [Overview] - Green algae were floating on the surface, creating an unsightly situation; after a while following the installation of the Culchifan, the photosynthesis inhibitor was applied. - The stirring by the Culchifan caused the pond water to become clay-colored. - The clay color disappeared due to overflow water discharge and the settling of suspended clay on the walls and bottom of the pond, resulting in the disappearance of green algae and transforming the pond into one with high transparency. *For more details, please download the PDF or feel free to contact us.

"Bio Ranger" is a microbial charcoal that hosts aerobic and anaerobic purification bacteria in its entire surface and fine cavities. This charcoal contains 100 million aerobic purification bacteria and 50,000 anaerobic purification bacteria per gram of charcoal. By utilizing the purification effects of these bacteria and naturally occurring bacteria in conjunction with the charcoal, we have achieved a highly safe purification method. Microbial charcoal is quantitatively placed in nets around the pond, and a rising flow circulation device called "Cultifan" is positioned at the center of the pond and rotated. This device sends the pond's load into the surrounding microbial charcoal, allowing for a wide-ranging purification effect. Through this repetition, we create a natural water area that meets the needs of the ecosystem, thanks to the work of water quality purification bacteria. [Mechanism and Effects of Purification] 1. Decomposition of organic matter, which causes water to rot: Action of aerobic purification bacteria 2. Decomposition of ammonia, nitrates, etc., which cause algal blooms: Action of anaerobic purification bacteria The combined effects of 1 and 2 suppress pathogenic bacteria, improve transparency, and inhibit the occurrence of algal blooms. Result: Achieving a healthy water environment. *For more details, please download the PDF or feel free to contact us.

The "Quattro DB/Mezzo DB" is an ultrasonic algae control device developed by Diversified Power International for the purpose of controlling algae and biofilms. The piezo (sound wave emitting device) inside the unit operates in dual frequency ranges, controlling green algae and diatoms in the lower frequency range, and cyanobacteria in the higher frequency range. This device controls through a critical structural resonant physical phenomenon. 【Specifications of Quattro DB】 ■ Extension cables can be freely selected within a range of 500m ■ It contains a correction circuit within the sound wave head to recover voltage drops and always operate at full power ■ Power consumption: 12W ■ Instantaneous peak power: 50W ■ Sound wave emission direction: 4 directions *For more details, please download the PDF or feel free to contact us.