タクミナ Product Lineup

The pH neutralization device 'BK' from Takumina, a leading company in precision pumps, is designed specifically for boiler wastewater and can neutralize high-temperature wastewater up to 80°C without the need for cooling water, making it highly recommended for environmental measures regarding boiler wastewater. ■ Accepts raw water temperatures up to 80°C In conventional neutralization processes, cooling water was injected to reduce the raw water temperature below 40°C, but with the ability to handle high temperatures (below 80°C), cooling water is no longer necessary in most cases. Furthermore! The stainless steel neutralization tank has improved heat resistance and corrosion resistance compared to conventional models. The Takumina chemical injection unit <PTS series>, known for its durability, is standard equipment for chemical injection. We will help you select and introduce the most suitable products for your needs, so please feel free to contact us.

The automatic pH neutralization device 'NPK' from Takumina, a leading company in precision pumps, is a compact pH neutralization system ideal for relatively small amounts of wastewater treatment in boilers and research laboratories. 【Features】 ☑ Three types: for acidic wastewater, alkaline wastewater, and dual-use Available in five processing capacities ranging from 0.5m³ to 24m³/h, totaling 15 types. ☑ Functions condensed into a compact body Achieves space-saving design, making it suitable for various installation locations. ☑ Equipped with our durable metering pump as standard The chemical injection pump features our metering pump known for its high durability and stable discharge. ☑ Flexible response to high-precision control Built-in sequencer allows for complex control capabilities. ☑ Easy installation with no piping or wiring required No special piping or wiring is needed, allowing for immediate use. ☑ Abundant options Includes a built-in recorder with a pH meter to record the pH value of discharged water and a raw water pump with excellent chemical resistance. Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

Takumina's Boiler Drain Carbon Dioxide pH Neutralization Device 'NAL' Series ~Features~ ■ No harmful substance generation, clean pH neutralization using carbon dioxide generally does not produce corrosive gases or harmful substances, making it very clean. ■ No concern for secondary pollution, safe Compared to neutralization treatment using sulfuric acid or hydrochloric acid, the device is simpler. It is easy to handle with less risk, making it a safe facility with no concern for secondary pollution. ■ No complicated handling, easy Using a carbon dioxide cylinder (non-siphon type) eliminates the need for complicated handling. The gas is extracted in gaseous form from the cylinder, so no vaporization device is required. ■ High mixing efficiency achieved with unique internal control technology The newly adopted Takumina mixer significantly improves the mixing efficiency of carbon dioxide. ■ Easy operation and maintenance Operation is simple, and maintenance is easy. Additionally, various safety designs and alarm mechanisms are provided to enhance system reliability. ■ Space-saving and easy installation The main unit requires a compact installation space of 600×600mm and can be used indoors and outdoors. Furthermore, no stirring tank is needed, allowing processing with just this device. We will help you select and introduce the most suitable product for you, so please feel free to contact us.

The "ALC" pH neutralization treatment device, capable of handling large flows of 100 m³/h, from Takumina, a leading company in precision pumps, efficiently and safely processes alkaline wastewater through inline pH neutralization using carbon dioxide. ■□■Features■□■ ☑ Feedback system incorporating an industrial pH meter This allows for more accurate injection of carbon dioxide while simultaneously preventing excessive injection, thereby reducing running costs. ☑ Significant improvement in mixing efficiency of raw water and carbon dioxide By using a static mixer, the amount of carbon dioxide used is minimized, enabling extremely quick neutralization processing inline. ☑ Space-saving achieved through Takumina's unique internal control technology The device is integrated into a common frame, making relocation possible. Operation and control are simple, and maintenance is easy. ■□■Applications■□■ ■ Wastewater from ready-mixed concrete manufacturing plants ■ Boiler cleaning wastewater ■ Bottle washing wastewater from beverage factories ■ Drainage from road and bridge construction ■ Other alkaline wastewater Please feel free to contact us as we will help you select and introduce the most suitable product for your needs.

The pH control device 'LC' from Takumina, the leading company in precision pumps. This device performs advanced pH control continuously, automatically, and instantaneously within sealed piping. ● Achieves short-term instantaneous processing and stable control over a wide range of pH fluctuations By employing a static mixer, ideal mixing and agitation are realized. The use of feedback control allows for response to rapid pH changes in the source water. Additionally, with the incorporation of a smooth flow pump, precise chemical injection is possible from small to large volumes with stable accuracy. ● Continuous process without exposure to outside air It can be directly connected to the piping on both the water intake and discharge sides, enabling a continuous process completely isolated from outside air. This prevents contamination and odor leakage. ● No need for a neutralization tank, compact installation space By modularizing each component and designing the system compactly from the water intake to the discharge, layout flexibility is increased, enhancing on-site workability. We will help you select and introduce the most suitable products for your needs, so please feel free to contact us.

Takumina's carbon dioxide pH neutralization device 'NAC' safely, easily, and economically neutralizes the pH of boiler wastewater using carbon dioxide! ~Features~ ■ No generation of harmful substances, clean pH neutralization using carbon dioxide generally does not produce corrosive gases or harmful substances, making it clean. ■ No concern for secondary pollution, safe Compared to neutralization treatment using sulfuric acid or hydrochloric acid, the device is simple. It is easy to handle, poses less risk, and is a safe facility with no concern for secondary pollution. ■ No complicated handling, easy Using a carbon dioxide cylinder (non-siphon type) eliminates the need for complicated handling. The gas is extracted in gaseous form from the cylinder, so no vaporization device is necessary. ■ High mixing efficiency with unique internal control technology The newly adopted Takumina mixer significantly improves the mixing efficiency of carbon dioxide. ■ Easy operation and maintenance Operation is simple, and maintenance is easy. Additionally, various safety designs and alarm mechanisms are provided to enhance the system's reliability. ■ Space-saving and easy installation The installation space for the main unit is compact at 600×600mm, suitable for both indoor and outdoor use. Furthermore, there is no need for a stirring tank, as treatment can be performed with this device alone.

Automatic liquid supply system for proportionally mixing main materials and additives ■□■Features■□■ ■Achieves high-precision uniform mixing without inconsistencies, allowing for flexible setting of mixing ratios ■Enables ideal inline mixing as it does not come into contact with outside air; also easy to clean ■Capable of manufacturing 3-liquid blending devices ■Explosion-proof specifications Takumina provides equipment that addresses various challenges and requests in manufacturing processes. We will help you select and introduce the most suitable products, so please feel free to contact us.

The leading company in precision pumps, Takumina's polymer coagulant dissolution unit 'JG' automatically and continuously dissolves polymer coagulants such as coagulant aids for wastewater treatment and sludge dewatering aids. By controlling the water level in the dissolution tank, it is possible to continuously supply the dissolved solution from a single tank. The materials used are highly durable, allowing for long-term use. 【Features】 ■ From manual to automation A polymer coagulant dissolution unit for wastewater treatment, suitable for dewatering, coagulation sedimentation, and pressurized flotation. ■ Simple design & low cost Easily dissolve polymer coagulants by loading them into the hopper. Changing the concentration is as simple as using just one timer! The structure of the powder feeding mechanism is simple, making maintenance easy and allowing for quick responses to any potential issues. ■ No dry air required Thanks to the mechanical seal structure, there is no need for dry air supply, and moisture resistance is sufficient. ■ Excellent durability The materials used are highly durable. ★ For more details, please download the catalog. Feel free to contact us with any inquiries.

The "HJ" hypochlorite cooling unit from Takumina, a leading company in precision pumps, maintains sodium hypochlorite at a temperature below 20°C, where the generation of chlorate is minimized, using cold water supplied from a chiller. With a simple design and low cost, it ensures reliable injection of sodium hypochlorite when combined with Takumina's gas lock prevention structure GLX and metering pumps. 【Features】 ■ Temperature management of hypochlorite suppresses the generation of chlorate ■ Simple design and low cost ■ Achieves more reliable hypochlorite injection when combined with Takumina pumps ★ For more details, please download the catalog. Feel free to contact us with any inquiries.

In the food manufacturing industry, sterilization and disinfection are crucial for maintaining product quality. In particular, sodium hypochlorite is widely used as an effective disinfectant, but temperature changes can lead to the formation of chlorate, which may cause quality degradation and safety issues. The hypochlorite cooling unit "HJ" maintains sodium hypochlorite at the appropriate temperature, addressing these problems. 【Usage Scenarios】 - Sterilization and disinfection on food production lines - Hygiene management in food processing plants - Quality control in beverage manufacturing 【Benefits of Implementation】 - Suppresses the formation of chlorate, stabilizing quality - Improves product safety - Enhances the reliability of the manufacturing process

In office air purification, sodium hypochlorite is used as an effective means of disinfection and deodorization. However, sodium hypochlorite is prone to decomposition at high temperatures, which may reduce its effectiveness. Additionally, the generation of chlorate is a concern. The subcooling unit "HJ" maintains sodium hypochlorite at the appropriate temperature, addressing these challenges. 【Usage Scenarios】 - Air purification systems within offices - Supply of sodium hypochlorite to air intake vents and humidifiers - Hygiene management in spaces with large gatherings of people 【Benefits of Implementation】 - Maximizes the effectiveness of sodium hypochlorite - Suppresses the generation of chlorate - Maintains a hygienic environment in office spaces

In the disinfection of equipment at sports facilities, the management of safe and effective disinfectants is crucial. In particular, sodium hypochlorite can lose its effectiveness due to temperature changes, and the generation of chlorate can compromise safety. The sodium hypochlorite cooling unit "HJ" maintains sodium hypochlorite at the appropriate temperature, maximizing disinfection effectiveness while ensuring safety. This helps protect the health of users and enhances the reliability of the facility. 【Usage Scenarios】 - Disinfection of equipment in sports facilities (training equipment, balls, etc.) - Management of disinfectants in pool facilities - Hygiene management in changing rooms and shower rooms 【Benefits of Implementation】 - Stabilizes the effectiveness of disinfectants and ensures reliable disinfection - Suppresses the generation of chlorate and improves safety - Enhances the hygiene management level of the facility

In the livestock industry, hygiene management is crucial for protecting the health of livestock. In particular, sodium hypochlorite is widely used as a disinfectant, but its effectiveness can decrease due to temperature changes, and there is a possibility of chlorine acid being generated. This issue not only increases health risks for livestock but also leads to instability in disinfection effectiveness. The subcooling unit "HJ" addresses these challenges by properly managing the temperature of sodium hypochlorite, providing stable disinfection effectiveness. 【Usage Scenarios】 - Disinfection of livestock barns - Disinfection of feeding equipment - Sterilization of drinking water 【Benefits of Implementation】 - Maximizes the effectiveness of sodium hypochlorite - Suppresses the generation of chlorine acid, enhancing safety - Protects the health of livestock and improves productivity

In the seafood processing industry, it is important to maintain product freshness and quality. Particularly in the processing of seafood, sterilization with sodium hypochlorite is essential to suppress bacterial growth and prevent spoilage. However, sodium hypochlorite can easily decompose at high temperatures, which may reduce its effectiveness. The generation of chlorate is also a concern. The sub-cooling unit HJ maintains sodium hypochlorite at the appropriate temperature, addressing these challenges. 【Usage Scenarios】 * Washing and sterilizing seafood * Sterilizing processing equipment * Cooling storage 【Benefits of Implementation】 * Improved product quality through freshness preservation * Suppression of chlorate generation * Enhanced product safety