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Slurry pump×みつわポンプ製作所 - List of Manufacturers, Suppliers, Companies and Products

Slurry pump Product List

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Problems at the acetylene plant.

Problems at the acetylene plant.

Common issues often heard in many acetylene plants! Introducing a solution to address the challenges.

Many acetylene plants utilize a manufacturing method called the carbide method. This method is used because the raw materials are relatively inexpensive and the manufacturing conditions are milder compared to other methods. There are common issues that are often heard in factories using this method. This time, we will introduce a solution to a frequent challenge encountered with the carbide method. [Contents] ■ Difficult-to-handle hydrated lime slurry ■ Solved with pumps that are resistant to wear and self-priming *For detailed information on the column, please refer to the related links. For more information, feel free to contact us.

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Evolution and Challenges of Membrane Treatment

Evolution and Challenges of Membrane Treatment

Membrane treatment technology is the new main player in wastewater treatment! Here’s how it can contribute.

Wastewater treatment is an unavoidable challenge for many industries, and there is a constant demand for its efficiency and improvement. In recent years, membrane treatment technology has attracted attention as a new main player in wastewater treatment. This article focuses on the transfer of sludge in membrane treatment and introduces how it can contribute. [Contents] ■ Evolution of membrane treatment and its advantages ■ The need for transferring highly concentrated sludge ■ Practical examples and future prospects *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

  • Wastewater/wastewater treatment equipment

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Learning about pumps and weather with Mitsuwa Man.

Learning about pumps and weather with Mitsuwa Man.

Introducing a conversation about weather, whether it's sunny or rainy, related to the performance of pumps!

Saburo: Hello, Mitsuwa Man! It's warm today, isn't it? Mitsuwa Man: Yes, it is. The nice weather makes me feel good too. By the way, there is a type of weather related to pump performance, but do you know whether it's related to sunny or rainy weather? Saburo: Huh, weather and pumps? Hmm... Since pumps move water, I guess it must be related to rain? Mitsuwa Man: That's right, you got it! When it rains a lot, water accumulates in basements and low-lying areas. At that time, pumps are used to move the accumulated water. Especially during floods, pumps help reduce damage by efficiently moving large amounts of water. *For more details, you can view the related links. Please feel free to contact us for more information.*

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What is the hybrid method to improve production efficiency in ceramic factories?

What is the hybrid method to improve production efficiency in ceramic factories?

High-pressure pumps used in the ceramic manufacturing process! Introducing the hybrid method to increase productivity in ceramic factories.

Improving production efficiency in factories is one of the challenges that troubles many people. In this article, we will introduce a hybrid method to increase productivity in ceramic factories. In factories that produce ceramic products, there is a process called "manufacturing clay." This process involves mixing water with clay and other raw materials (which are the ceramic materials), kneading them, and processing them into clay with a uniform texture, which is a fundamental process in ceramics. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

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Learn about pumps and space with Mitsuwa Man.

Learn about pumps and space with Mitsuwa Man.

The evolution of pumps is impacting space exploration! A conversational introduction to the role and importance of pumps in space.

Mitsuwa Man: Saburo-kun, what are you reading? Saburo: It's a novel. It's a story about extraterrestrial life forms that aren't human. I get excited about stories like this! Mitsuwa Man: Black holes and supernova explosions, and recently, the celestial body Oumuamua has also been a topic of discussion. There's romance in space, isn't there? Saburo: That's right! I wish I could become an astronaut! Oh, is there a connection between space and pumps after all? Mitsuwa Man: Of course there is. Many pumps are used in spacecraft and space stations. For example, a fuel pump is used to transport liquid fuel from the spacecraft to the engine, which is an easy-to-understand case. *For more details, you can view the related links. Please feel free to contact us for more information.*

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At the beer and soy sauce factory, we're greedy for improvement in rust and wear!

At the beer and soy sauce factory, we're greedy for improvement in rust and wear!

Various types of pumps are used! Introducing the challenges of the filtration process and their solutions.

In modern manufacturing environments, the choice of equipment greatly impacts the efficiency and quality of processes. Particularly in breweries and soy sauce factories, various types of pumps are used throughout the process from handling raw materials to the final product. This time, we will introduce the challenges of the filtration process in breweries and soy sauce factories, as well as their solutions. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

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Learning about pumps and economics with Mitsuwa Man.

Learning about pumps and economics with Mitsuwa Man.

Creating problems to suit one's own convenience! An example of a match pump introduced in a conversational format.

Saburo: Hey, Pump Man. I heard the term "match pump," but what kind of pump is that? Mitsuwa Man: Hahaha. "Match pump" doesn't refer to a pump. Saburo: Huh?! Then what does "match pump" mean? Mitsuwa Man: "Match pump" refers to the act of creating a problem for one's own convenience and then solving that problem to gain a benefit. *For more details, you can view the related links. Please feel free to contact us for more information.*

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Surprisingly Unknown! The Weaknesses of Magnetic Pumps

Surprisingly Unknown! The Weaknesses of Magnetic Pumps

Introduction of problems with magnetic pumps in the transfer of slurry and their solutions.

Magnetic pumps are widely used in chemical plants, plating and etching processes, and water treatment equipment. However, depending on the usage environment and application, early failures may occur. One such case is the transfer of slurry liquids. In this article, we will introduce the issues related to magnetic pumps in the transfer of slurry liquids and their solutions. [Contents] ■ What is slurry liquid? ■ Little-known unsuitable liquids for magnetic pumps ■ Mitsuwa pumps for slurry liquids *For detailed information in the column, please refer to the related links. For more information, feel free to contact us.

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Anaerobic wastewater treatment facility: Potential of resin-filled pumps

Anaerobic wastewater treatment facility: Potential of resin-filled pumps

High energy-saving effects and minimal excess sludge! An introduction to anaerobic wastewater treatment in a column format.

Water treatment technology has evolved over time. Anaerobic biological treatment is one of the revolutionary technologies at the forefront of this field. In particular, due to its high energy-saving effects and the minimal production of excess sludge, it has become widespread in settings such as food factories and breweries. This time, we will take a deeper look at anaerobic wastewater treatment. *For detailed content of the column, you can view it through the related links. Please feel free to contact us for more information.*

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Cost reduction is chosen at the sealing part.

Cost reduction is chosen at the sealing part.

Introducing cost-cutting methods related to pumps at industrial waste treatment facilities!

In the field of industrial waste treatment, there is work to purify dirty water through oil-water separation and neutralization/coagulation processes. Of course, where there is water, pumps are essential for moving it. This time, we will introduce cost-cutting methods related to pumps in this industrial waste treatment facility. *For more details, please refer to the related links. Feel free to contact us for more information.

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  • Wastewater/wastewater treatment equipment

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Learning about pumps and cooking with Mitsuwa Man.

Learning about pumps and cooking with Mitsuwa Man.

Learn with Mitsuwa! Introducing the surprising similarities between pumps and cooking in a conversational format.

Mitsuwa Man: Saburo-kun, what are you doing? Saburo: I'm making a fried egg because I'm hungry. Mitsuwa Man: It's great that you're cooking for yourself. By the way, there are surprisingly common points between pumps and cooking. Saburo: Huh? I was told that they both transport tap water, but is there something else that relates them? Mitsuwa Man: That's right. For example, cooking requires various ingredients. If we compare a factory that makes things to "cooking," then the pump plays an important role in transporting the "ingredients." *For more detailed information, please refer to the related links. If you have any questions, feel free to contact us.*

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Cost reduction is chosen for stability. Fluorine-containing treatment equipment edition.

Cost reduction is chosen for stability. Fluorine-containing treatment equipment edition.

Introducing the challenges and solutions for transferring F-series wastewater from the raw water tank to the reaction tank!

In the etching process conducted at semiconductor factories and LCD glass processing plants, wastewater treatment is one of the important steps. Particularly when transferring F-type wastewater from the raw water tank to the reaction tank, there are several specific challenges. This time, we will introduce the challenges in this process and their solutions. *For detailed information, please refer to the related links. Feel free to contact us for more details.*

  • Wastewater/wastewater treatment equipment
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Learn about pumps and cooling with Mitsuwa Man.

Learn about pumps and cooling with Mitsuwa Man.

It's a good idea to be careful to ensure that as little water as possible remains in the hose, and I'll introduce this in a conversational format.

Saburo: It's so cold! Pump Man, it's been getting colder lately. Mitsuwa Man: Yeah, it’s especially cold today. Do you have a hose at Ichiro-kun's house that you use for watering the garden? Saburo: Yes, I do. Why? Mitsuwa Man: On cold days like today, if there's water left in the hose, it can freeze and cause the hose to burst, or you might not be able to use it until the ice melts. So, it's better to be careful and make sure as little water as possible is left in the hose. *For more details, please refer to the related links. For further inquiries, feel free to contact us.*

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Problems at the acetylene plant

Problems at the acetylene plant

The manufacturing conditions are milder compared to other methods! Here is a proposal to solve common issues associated with the carbide method.

Many acetylene plants adopt a manufacturing method called the carbide method. This method is used because the raw materials are relatively inexpensive and the manufacturing conditions are milder compared to other methods. However, there are common issues that are often heard in factories using this method. This time, we will introduce a solution to the common challenges associated with the carbide method. *For more details, please refer to the related links. Feel free to contact us for more information.

  • Other pumps

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Learning about pumps and the Shinkansen with Pump Man.

Learning about pumps and the Shinkansen with Pump Man.

It's a different field of machinery, but it has a common role! Introducing the Shinkansen in a conversational format.

Saburo: Mitsuwa Man, I went on a trip by Shinkansen the other day! Mitsuwa Man: That’s great! The Shinkansen is an amazing machine made by combining various technologies. It’s surprising how fast it can go. Saburo: Yeah, it was really fast! But the Shinkansen and a pump, they’re not really related, right? Mitsuwa Man: Good question. Both the Shinkansen and a pump have a common role of transporting something from point A to point B. For example, the Shinkansen carries people and luggage, while a pump moves liquids and gases. So, in that sense, even though they are machines from different fields, you could say they share a common role. *For more details, you can view the related links. Please feel free to contact us for more information.*

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