A chemical slurry pump requires a liquid to keep it moving. They are frequently used when a corrosive or abrasive chemical needs to be transmitted. Chemical pumps are often used to move fluids like sulfuric acid, acetic acid, and sodium hypochlorite.
They outlast regular pumps by a wide margin. Letting you choose from a range of methods for transferring fluids. Pumps with numerous functions include centrifugal and positive displacement pumps.
This post will allow you to explore what is chemical slurry pump and their types and uses.
When buying one of these devices, ensure you get the right pump for the type of chemical you want to move. Depending on the application, many centrifugal pumps are available in Kingda process pump configurations. Positive displacement pumps are usually plunger pumps, diaphragm pumps, or screw pumps.
A Definition of a Chemical Slurry Pump
Kingda Pumps has worked with chemical manufacturers, providing products and services suitable for consumers’ needs.
Several different sources of energy are used to power chemical pumps. Various sources may power the equipment you want to buy, including AC or DC voltage, hydraulic or pneumatic systems, gasoline or diesel engines, steam, water, and natural gas.
The three fundamental types are:
- positive-displacement pumps,
- centrifugal pumps, and
- axial-flow pumps.
Axial flow pumps keep the direction of the flow the same, while centrifugal pumps change the direction of the flow by 90 degrees as the fluid passes over an impeller.
What are Types of Chemical Slurry Pump from Kingda?
Below are the following chemical slurry pump types
- Pumps with magnetic drive. This type of pump is ideal for transporting and transferring caustic and aggressive substances. It generates velocity by employing centrifugal forces and allowing you to transport hazardous materials without worrying about leaks or spills.
- Pumps for drums. A drum pump moves chemicals from a 200-liter (44-gallon) drum. We are making it simple to transport chemicals and acids from a highly regarded barrel drum.
- Pumps with diaphragms operated by air. Because these chemical pumps come in different sizes and have additional features, choosing the right one is essential. A diaphragm pump also has a check valve on the discharge to help stop backflow.
- Pumps, centrifugal. Because of the speed created by centrifugal forces, this pump can move hazardous and acidic substances. They can boost speed and help to force fluids through an exit valve by using revolving impellers.
- Pumps for the Lobes. This positive displacement pump is ideal for transporting thicker items like creams and oils.
When operators are looking for versatility and multi-purpose pump, portability is a common requirement that they look for. Kingda Pumps gives an overview of the different portable chemical transfer pump options. Each of these pumps is made to work reliably even in the harshest chemical environments.
The kingda team looks at the different portable chemical transfer pumps and the parts and upgrades you can get for them.
Different Kinds of Portable Chemical Transfer Pumps
The following are examples below:
Pumps for the transfer of chemicals.
There are a lot of different kinds of chemical transfer pumps, and each one may have slightly different features, qualities, or building materials depending on what it will be used for. The vast majority of these pumps also don’t leak, ensuring that your location is safe and that the people working your pumps are healthy.
When moving chemicals, it’s important to remember that the substances must be compatible to ensure that the pump can handle the properties of the liquid being moved. You can choose the material that is best suited for your pump with the assistance of the free chemical compatibility chart that kingda Pumps provides.
These are an option for portable chemical transfer pumps, and they are perfect for situations in which intermittent operation is required. As the name suggests, drum pumps are designed for transferring liquids into and out of drums of various capacities, including 20L, 200L, and IBCs. The availability of tubes in different sizes enables customization based on the application’s requirements.
Drum pumps can be operated by several other motors, including manually, pneumatically, or electrically. Each of these containers is designed to hold a particular category of chemical. Electric-driven drum pumps with IECex or flame-proof certification are available to purchase to guarantee a risk-free transfer from drums. There is also a wide selection of drum pump tubes appropriate for various chemicals.
Pumps for Peristaltic Hoses and Tubing.
Sand and other slurries containing a significant amount of particle matter, viscous fluids, or acidic and abrasive liquids are best suited for hose and tube pumps. Applications requiring accurate and repeatable dosing, such as those found in the laboratory or chemical industries, are popular places to install these dosing systems.
Peristaltic hose pumps are often used to move chemicals because they last a long time, are reliable, and have safety features. These pumps can even be used for the transfer of hazardous substances.
There are several situations where peristaltic hose pumps are mounted on trolleys to move quickly from one operation to another.
Trolleys are made of stainless steel so that they can handle the harsh conditions that are present during chemical transfer pumping. It can be put on a skid with forklift pockets in situations where trolleys are not an option because either the pump or its housing is too large.
A selection of hoses is available to be used with these peristaltic hose pumps to ensure they are suitable for the hazardous chemical being pushed.
Diaphragm Pumps That Are Air-Operated (AOD)
- AOD pumps provide leak-free operation in addition to variable flow and discharge pressures. This enables operators to manage the pump’s output based on the application’s requirements. AOD pumps are often used to move chemicals that need to be handled with special care and can be made of different materials.
AOD pumps are self-prime from a dry start and can run empty without causing any damage to themselves.
As their name suggests, AOD pumps are powered by a compressed air motor. This means they can be put in places where electricity isn’t available or sparks are dangerous. When put on a trolley or roll frame, AOD pumps make it easy and safe to move chemicals from one place to another.
A kingda Air Operated Diaphragm Pump installed on a roll-frame may be seen above.
Pump with a Magnetic Drive.
Mag-drive pumps are a type of leak-free centrifugal pump that is suited for the transfer of hazardous or corrosive chemicals, including those liquids that are filthy, aggressive, or include particles. Because they lack seals, mag-drive pumps, like AOD pumps, provide a leak-free operating environment due to their design.
Magnetic drive pumps are heavy-duty and made of non-metallic wetted parts. They are resistant to corrosion and can handle both liquids and solids that have been contaminated. In addition, magnetic drive pumps operate without leaking, which is a significant benefit.
When deciding whether to put a magnetic drive pump on a trolley or a skid, it’s essential to consider what the trolley is made of to make sure it can handle the conditions of the Pump environment. A chemical has been attached to a tank and mounted on a skid along with an electrical control panel.
Do you need assistance choosing a portable pump for the transport of chemicals? Make contact with kingda Pumps as soon as possible! Our team is adaptable and can provide services tailored to your specific requirements.
They know that not all pumping applications are the same and that some may require one-of-a-kind solutions. We have more than seventy years of experience working in the chemical business, and as a result, we can share our knowledge and recommendations regarding best practices. Make an appointment with kingda now!