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PH Neutralizer Product List

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Boiler Drainage Dedicated pH Neutralization Device 'No Cooling Water Needed for High-Temperature Drainage at 80°C! BK'

Boiler Drainage Dedicated pH Neutralization Device 'No Cooling Water Needed for High-Temperature Drainage at 80°C! BK'

Can neutralize high-temperature wastewater up to 80℃ without cooling water! Boiler wastewater dedicated pH neutralization device 'BK'

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.

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[Case Study] Neutralization Treatment of High-Temperature Wastewater

[Case Study] Neutralization Treatment of High-Temperature Wastewater

We introduce case studies of automatic pH neutralization systems that can handle both high-temperature acidic wastewater and alkaline wastewater!

We received an order for the pH neutralization treatment, including construction, due to the addition of a new line from a food factory. All tanks were selected as heat-resistant tanks (80°C) due to the high-temperature wastewater. The pH meter was also changed to a high-temperature specification, and our heat-resistant submersible pump model JCVH was incorporated into the raw water pump. The user's wastewater is discharged in batches, and depending on the situation, it can be either acidic or alkaline. Therefore, we implemented control on both sides to accommodate either condition for neutralization. A vertical mixer for dilution stirring was installed in the sulfuric acid tank. The shaft and impeller were processed with FRP lining for sulfuric acid resistance. We adopted our electromagnetic pump for both sulfuric acid and caustic soda injection pumps. [Case Study] ■ Delivery: Food factory in Saitama Prefecture ■ Application: Neutralization treatment of factory wastewater, including boiler discharge (high temperature) *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Neutralization Treatment of Pickling Waste Liquid

[Case Study] Neutralization Treatment of Pickling Waste Liquid

A flexible neutralization treatment equipment manufacturer! A case of receiving an order for neutralization treatment equipment including all construction!

To a stainless steel processing company in Shiga Prefecture, we delivered an "automatic pH neutralization device" for neutralizing the waste liquid generated during acid pickling. What the company required was to "remove the existing neutralization device and install a new one." We proposed the removal work, new installation work, and the design of the neutralization device tailored to the available space, resulting in a site that satisfied the customer. [Case Study] ■ Delivery: Stainless steel processing company in Shiga Prefecture ■ Purpose: Neutralization of waste liquid generated during acid pickling ■ Model: Automatic pH neutralization device *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Update of Neutralization Equipment Due to Aging at a Ready-Mixed Concrete Plant

[Case Study] Update of Neutralization Equipment Due to Aging at a Ready-Mixed Concrete Plant

Customized installation layout for our customers! We will introduce a case study of the automatic pH neutralization system delivery.

We received a message from a major concrete factory in the Kanto region stating, "We are considering updating our existing neutralization equipment due to its aging." It seemed that price was a priority for them, but the proposal from the salesperson who conducted the site survey, along with the fact that our company could handle both the installation and removal work, was highly evaluated, leading to their decision to adopt our solution. They wanted to minimize the hassle of chemical replenishment, so we selected a 2m3 tank for the chemical storage. The installation location was also separate from the main neutralization equipment. Since the chemical replenishment would be done via a tanker, we prepared the tanker piping as well. Additionally, we arranged for the chemicals themselves. Furthermore, to ensure that pH fluctuations are automatically recorded, we added a recorder as an option, which was appreciated for its flexible construction and design. [Case Details] ■ Delivery: Kanto Ready-Mixed Concrete Factory ■ Application: pH neutralization treatment of concrete wastewater *For more details, please refer to the PDF document or feel free to contact us.

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【Case Study】Neutralization of High-Temperature CIP Wash Water

【Case Study】Neutralization of High-Temperature CIP Wash Water

Designing a flow tailored to our customers! We will introduce examples of delivered automatic pH neutralization systems.

We received a message from a major food factory in Kansai stating that they are "looking for a neutralization device for CIP wastewater discharged from a newly established factory." Due to the complexity of the control, we proposed using a sequencer (touch panel). They appreciated that we could handle the entire construction, leading to our adoption. If neutralization does not occur for any reason, they cannot stop the equipment line. Therefore, considering all possibilities, we designed a flow that returns to the raw water tank if the average value of the two electrodes installed in the discharge tank is NG. Additionally, during the construction phase, we held discussions from the foundation design stage and worked with the user on the buried pipes from the raw water tank (concrete pit). The person in charge evaluated us by saying, "It was great to have a sales representative with technical skills whom we could entrust everything to." [Case Study] ■ Delivery: Major food company in Kansai ■ Application: pH neutralization treatment of CIP cleaning wastewater *For more details, please refer to the PDF document or feel free to contact us.

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[Delivery Example] New Construction Dialysis Drainage pH Neutralization Treatment System

[Delivery Example] New Construction Dialysis Drainage pH Neutralization Treatment System

Introducing a case study of the delivery of a compact automatic pH neutralization system!

We received an inquiry from an architectural design company regarding a neutralization system for a clinic that is planned to be newly constructed. Since this is a meeting at the architectural design stage, we discussed details such as the drainage route, the space for the neutralization system, and the positions of the inlet and drainage pipes. Additionally, discussions with the architectural design company included the installation location, plumbing, electrical aspects, and specifications of the neutralization system, which were also coordinated with the dialysis machine manufacturer (Nipro) to proceed in detail. With 90 beds, the required processing capacity was somewhat larger, but we were able to clear the space requirements, and we managed to compactly integrate everything, including receiving all drainage through the storage tank on the Nipro side with the neutralization system. [Case Summary] ■ Consultation Details - Considering a neutralization system for a clinic that is planned to be newly constructed. ■ Results - With 90 beds, the required processing capacity was somewhat larger, but we were able to clear the space requirements. - We were able to compactly integrate everything, including receiving all drainage through the storage tank on the Nipro side with the neutralization system. *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] pH Treatment of Experimental Wastewater for Universities

[Case Study] pH Treatment of Experimental Wastewater for Universities

Designed to complete neutralization in one tank! Design companies struggling with wastewater treatment, please consult us!

We would like to introduce a case study of the automatic pH neutralization system we delivered. We received an inquiry from a design office that wanted to neutralize experimental wastewater generated due to new construction. The client was a university in the Chubu region, and they requested treatment for wastewater resulting from experiments related to cement and concrete. Since they were looking for a compact and simple device, we designed it to complete the neutralization in a single tank. Because we were able to hold meetings before the new construction work began, the foundation (concrete) was prepared perfectly, and the handover of operations from the design company went smoothly. Our company has a system in place that allows for appropriate proposals and the realization of our customers' "wants" through collaboration between sales and design. Please feel free to contact us when you need our services. *For more details, please refer to the PDF materials or feel free to contact us.

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【Case Study】Automatic Neutralization of Wastewater pH in University Research Laboratory

【Case Study】Automatic Neutralization of Wastewater pH in University Research Laboratory

Calculate the theoretical value of the drug injection amount! Calculate and propose the running cost of the consumable neutralizing agent.

We received a request from a university's Faculty of Science and Technology to treat wastewater from concrete used in their research. The treatment volume was small at 500L/Hr, and the pH was around 11, but space was limited, and the budget was constrained. As part of the project, we implemented measures to prevent high-alkaline water from flowing into the existing sump, and we handled the secondary piping and electrical work in-house to keep costs down. If you are looking for a neutralization system manufacturer that can incorporate the user's wishes into the design and manage the entire construction process, please feel free to contact us. 【Case Details】 ■ Delivery: A certain university in the Tokai region ■ Application: pH neutralization treatment of laboratory wastewater *For more details, please download the PDF or feel free to contact us.

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In-pipe continuous pH control device "High flow capacity! Instant pH control LC"

In-pipe continuous pH control device "High flow capacity! Instant pH control LC"

Device 'LC' that supports large flow rates of 100㎥/h or more! It continuously controls pH accurately and instantly in-line within the pipe.

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.

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Carbon Dioxide pH Neutralization Device "Customizable NAL with Abundant Options"

Carbon Dioxide pH Neutralization Device "Customizable NAL with Abundant Options"

The carbon dioxide pH neutralization device "NAL" is customized into a high-precision pH neutralization treatment device according to 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.

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Automatic pH Neutralization Device 'This One Device for Water Supply and Distribution pH Neutralization! NPK'

Automatic pH Neutralization Device 'This One Device for Water Supply and Distribution pH Neutralization! NPK'

Compact and space-saving! Automatic pH neutralization device for water supply and drainage 'NPK'

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.

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Carbon Dioxide pH Neutralization Device "Clean, Safe & Easy to Handle! NAC"

Carbon Dioxide pH Neutralization Device "Clean, Safe & Easy to Handle! NAC"

Clean, safe, and easy to handle! Takumina's carbon dioxide pH neutralization device 'NAC'.

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.

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[Case Study] pH Neutralization Treatment at an Industrial Waste Treatment Plant

[Case Study] pH Neutralization Treatment at an Industrial Waste Treatment Plant

Custom-made neutralization equipment! Equipment designed with workability and maintainability as top priorities.

We received a request from waste disposal company S, stating that they are looking for a provider that can not only handle installation work but also create a neutralization system tailored to their specific requirements instead of a standard unit. In response, we designed and proposed a pH neutralization system that incorporates their needs, which was subsequently adopted. We eliminated touch panels from the control panel and designed it for intuitive analog operation, making it easier for workers to understand. The pH electrode, which is crucial for inspections, was also strategically placed for easy access during checks. There are not many manufacturers of neutralization treatment systems that can also handle installation work. Please consider us, as we are both a manufacturer of pH neutralization systems and a plant manufacturer. [Case Study] ■ Delivery: Industrial waste disposal company ■ Application: pH neutralization treatment of industrial waste disposal effluent *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Neutralization Treatment of Alkaline Wastewater in a Cement Plant

[Case Study] Neutralization Treatment of Alkaline Wastewater in a Cement Plant

I was looking for a contractor that is cheap and fast, and can also perform construction! Here is an example of a delivered automatic pH neutralization system.

We received an inquiry from Kanto Cement Factory via the web, and upon discussing with them, they mentioned that "the high alkaline wastewater discharged from cement manufacturing has been neutralized." The key points they emphasized were "cost," "delivery time (short delivery preferred)," and the ability to "carry out installation work (including piping and electrical work)," which led us to design a semi-custom neutralization system for the user. [Case Study] ■ Delivery: Kanto Cement Factory ■ Application: pH neutralization treatment of alkaline wastewater associated with cement processing *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Automatic pH Neutralization System (Neutralization of Boiler Wastewater in Food Factories)

[Case Study] Automatic pH Neutralization System (Neutralization of Boiler Wastewater in Food Factories)

We propose optimal operability according to the installation space! Here are examples of deliveries of heat-resistant submersible pumps.

We received a request from an engineering company that handles boiler installation work for a major canned food manufacturer, stating, "Delivery time is the top priority, and we want to neutralize the boiler wastewater." Additionally, price was also a significant concern, so we proposed the best price along with the delivery time, leading to a quick decision after several exchanges. Since the wastewater will be at a high temperature of around 80°C, the tank is made of heat-resistant PE, and the raw water pump adopted is our heat-resistant submersible pump JCVH-40-A (with float). We were able to deliver a neutralization system that meets the customer's satisfaction, leveraging our strengths in "cost, delivery time, and flexibility." 【Case Study】 ■ Delivery: Canned food factory ■ Application: pH neutralization of boiler wastewater in a food factory ■ Model: JCVH-40-A (heat-resistant submersible pump with float) *For more details, please refer to the external link page or feel free to contact us.

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Fluid Technology Magazine No. 16

Fluid Technology Magazine No. 16

JIS standards, ISO standards, and IEC standards are all standards! I will explain about "standards."

This is a fluid technology magazine specializing in various fluid processes, including "pumps," "piping," "chemicals," and "water treatment," as well as "mixing," "storage tanks," and "recovery and filtration." Our motto is "easy to understand," and we break down information about fluid technology, which can often be technical, into more digestible articles. We also introduce actual case studies and trouble cases, ensuring that the information is useful in real-world settings. 《Fluid Technology Magazine No.16》 【Feature】Global Standards ■ Japanese Industrial Standards JIS ■ American National Standards Institute ANSI ・ UL ■ German Institute for Standardization DIN ■ International Organization for Standardization ISO This is a useful technology magazine about "global standards." *You can view it by downloading the PDF below.

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【Case Study】Neutralization Treatment at a Concrete Plant

【Case Study】Neutralization Treatment at a Concrete Plant

Collected the supernatant from the sedimentation tank and neutralized it! An example of our support in preparing documents for submission to the government office.

We received a request from a concrete factory in the Chubu region stating, "We would like to neutralize the wastewater generated from washing concrete trucks." Upon further inquiry, we learned that while there is an existing sedimentation tank, there is no neutralization equipment. They were urgently considering this matter due to a notice from the authorities. Therefore, we proposed a flow where the supernatant from the existing sedimentation tank would be neutralized and then discharged. Since the sedimentation tank has a strong alkaline condition, we suggested using a corrosion-resistant submersible pump of the LC type and installed electrodes for liquid level control to ensure only the supernatant is drawn. This matter involved multiple documents due to the authorities' notice, but our company supported the submission of these documents, allowing us to clear the issues without any problems. [Case Overview] ■ Client: Chubu Ready-Mixed Concrete Factory ■ Supplied Product: Automatic pH Neutralization Device ■ Application: pH neutralization treatment of concrete wastewater (including rainwater) *For more details, please refer to the PDF materials or feel free to contact us.

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【Case Study】Neutralization Treatment of CIP Cleaning Wastewater from a Brewery

【Case Study】Neutralization Treatment of CIP Cleaning Wastewater from a Brewery

Ensuring durability even with 80℃ CIP wastewater! Introducing a case study of an automatic pH neutralization system.

We would like to introduce a case where an "automatic pH neutralization device" was delivered to a small-scale brewery in Tokyo. The new factory has introduced a CIP cleaning system and was considering the neutralization of wastewater from the CIP cleaning system. By being involved in the design phase of the factory regarding treatment capacity, raw water pH, temperature, and installation space, we were able to ensure a safe order placement. 【Case Details】 ■ Delivery: Small-scale brewery in Tokyo ■ Purpose: Neutralization treatment of CIP cleaning wastewater * For more details, please refer to the PDF document or feel free to contact us.

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【Case Study】Neutralization Treatment of Acidic Wastewater from a Dye Factory

【Case Study】Neutralization Treatment of Acidic Wastewater from a Dye Factory

Neutralization treatment without using a mixer through circulation operation! A case of manufacturing a neutralization device tailored to the user.

We received an inquiry from a paint factory in Kumamoto Prefecture asking if a custom-made neutralization device could be produced. We would like to introduce a case where we delivered an "automatic pH neutralization device." The order was placed due to the evaluation of our ability to meet all requirements, such as not using a stirrer for the mixing of the neutralization device and operating according to the level sensor of the neutralization tank. Since a stirrer could not be used, we created a water flow using a chemical magnetic pump, enabling the mixing of acidic wastewater and caustic soda. 【Case Overview】 ■ Challenges - No stirrer used for mixing in the neutralization device - Operation according to the level sensor of the neutralization tank ■ Proposal: Custom-made neutralization device tailored to the user ■ Delivery: Paint factory in Kumamoto Prefecture ■ Application: Neutralization treatment of acidic wastewater *For more details, please refer to the PDF document or feel free to contact us.

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Are you having trouble with the "pH neutralization treatment method for wastewater"? [Basic Information]

Are you having trouble with the "pH neutralization treatment method for wastewater"? [Basic Information]

A professional in wastewater treatment and water quality analysis will explain the differences between the "carbon dioxide method" and the "chemical addition method" for pH neutralization! This is a must-see for those struggling with pH neutralization methods.

Factory wastewater and boiler blowdown water often have pH values that are either acidic or alkaline, making it impossible to discharge them as they are. Adjusting such wastewater to a neutral range (around pH 7) is referred to as "pH neutralization treatment." In your factories, you are likely conducting pH neutralization treatment for wastewater such as waste acids and waste alkalis, as well as for coagulation reactions. Generally, there are two common methods of pH neutralization treatment: ◯ Carbon dioxide method ◯ Chemical addition method This document introduces the various types of pH neutralization treatments and explains how pH neutralization is carried out. *For more details, please download the PDF document or feel free to contact us.*

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