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Illinois Process Equipment
Pumps, Metering, Drums, & Fluid Solutions
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Quality Pump Process Equipment Just contact us if you do not see the pump or process equipment you are looking for. We carry a wide selection of process pumps and offer full process system design and installation services. IPE is your trusted Midwest supplier of fluid process equipment and services with a unique dedication to customer satisfaction. We focus on integrating the pump process equipment and solutions that drive efficiency, reduce maintenance costs, improve safety, productivity and ultimately profitability. Process Equipment Solutions and Value Added Services IPE is set apart from other pump suppliers with our technical expertise and commitment to customer service and satisfaction. We provide process pump services including maintenance, repair, and replacement, as well as full system design, installation, testing and inspection. Accessories such as condition monitoring provide real-time data to protect your process equipment against costly repairs while maintaining optimum efficient operations. IPE provides complete process equipment solutions with services such as energy audits to ensure the most efficient equipment is installed for your operations. The experienced team at IPE offers technical expertise and knowledge of market applications and best practices. We provide the pump process equipment solution that improves your process, safety, and efficiency. IPE…
Air Operated Diaphragm Pump
Centrifugal Pumps
Diaphragm Metering Pumps
Gear Pumps
Positive displacement
Metering Pumps
Metering Pump Technology Metering pumps are used when exact dosing is required such as in chemical and solution applications where fluids must be precisely injected with adjustable flow rates. Various types of pumps can be made to be metering pumps, although they are commonly positive displacement, diaphragm pumps to avoid leakage at seals which is important when moving toxic, dangerous, or noxious chemicals. IPE will help you evaluate the most critical considerations when choosing the right metering pump for your application, including: Flow rates and pressure – this is determined by the application and process Resistance to corrosion – depending on the chemical being pumped Precision – accurate delivery of the chemical required in the process Reliability – for predictable and sustained operation Safety – prevent environmental contamination and protect employees Maintenance – simplified maintenance to maximize equipment uptime and minimize costs Methods of control – manual, analog signal, pulse signal, timer-based and volume-based batching The application will dictate the type of metering pump required, IPE technicians offer the best pump solution for the type of dosing or metered fluid control required. Metering Pump Applications Fluid metering pumps are typically used in chemical feed applications rather than for transferring fluid…
Regenerative Turbine
Regenerative turbine pumps, also known as peripheral pumps or peripheral turbine pumps, are a type of centrifugal pump used for moving fluids, particularly in applications where high pressure and low flow rates are required. These pumps are known for their unique design, which sets them apart from other centrifugal pumps. Some key characteristics and features of regenerative turbine pumps are: Impeller Design: The defining feature of a regenerative turbine pump is its impeller, which has a series of closely spaced blades or vanes that resemble a turbine wheel. These blades are designed to rotate within a casing, creating a high-velocity flow of fluid. High Pressure: Regenerative turbine pumps are well-suited for applications that require high-pressure output. They can generate relatively high discharge pressures, making them suitable for situations where fluids need to be pumped against substantial head pressure. Low Flow Rates: While they can achieve high pressures, regenerative turbine pumps typically have lower flow rates compared to other centrifugal pump designs. They are not ideal for applications where a large volume of fluid needs to be moved rapidly. Efficiency: These pumps are known for their efficiency at handling low flow rates and high head pressures. They can maintain their…
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Quality Pump Process Equipment Just contact us if you do not see the pump or process equipment you are looking for. We carry a wide selection of process pumps and offer full process system design and installation services. IPE is your trusted Midwest supplier of fluid process equipment and services with a unique dedication to customer satisfaction. We focus on integrating the pump process equipment and solutions that drive efficiency, reduce maintenance costs, improve safety, productivity and ultimately profitability. Process Equipment Solutions and Value Added Services IPE is set apart from other pump suppliers with our technical expertise and commitment to customer service and satisfaction. We provide process pump services including maintenance, repair, and replacement, as well as full system design, installation, testing and inspection. Accessories such as condition monitoring provide real-time data to protect your process equipment against costly repairs while maintaining optimum efficient operations. IPE provides complete process equipment solutions with services such as energy audits to ensure the most efficient equipment is installed for your operations. The experienced team at IPE offers technical expertise and knowledge of market applications and best practices. We provide the pump process equipment solution that improves your process, safety, and efficiency. IPE…
Air Operated Diaphragm Pump
Centrifugal Pumps
Diaphragm Metering Pumps
Gear Pumps
Positive displacement
Metering Pumps
Metering Pump Technology Metering pumps are used when exact dosing is required such as in chemical and solution applications where fluids must be precisely injected with adjustable flow rates. Various types of pumps can be made to be metering pumps, although they are commonly positive displacement, diaphragm pumps to avoid leakage at seals which is important when moving toxic, dangerous, or noxious chemicals. IPE will help you evaluate the most critical considerations when choosing the right metering pump for your application, including: Flow rates and pressure – this is determined by the application and process Resistance to corrosion – depending on the chemical being pumped Precision – accurate delivery of the chemical required in the process Reliability – for predictable and sustained operation Safety – prevent environmental contamination and protect employees Maintenance – simplified maintenance to maximize equipment uptime and minimize costs Methods of control – manual, analog signal, pulse signal, timer-based and volume-based batching The application will dictate the type of metering pump required, IPE technicians offer the best pump solution for the type of dosing or metered fluid control required. Metering Pump Applications Fluid metering pumps are typically used in chemical feed applications rather than for transferring fluid…
Regenerative Turbine
Regenerative turbine pumps, also known as peripheral pumps or peripheral turbine pumps, are a type of centrifugal pump used for moving fluids, particularly in applications where high pressure and low flow rates are required. These pumps are known for their unique design, which sets them apart from other centrifugal pumps. Some key characteristics and features of regenerative turbine pumps are: Impeller Design: The defining feature of a regenerative turbine pump is its impeller, which has a series of closely spaced blades or vanes that resemble a turbine wheel. These blades are designed to rotate within a casing, creating a high-velocity flow of fluid. High Pressure: Regenerative turbine pumps are well-suited for applications that require high-pressure output. They can generate relatively high discharge pressures, making them suitable for situations where fluids need to be pumped against substantial head pressure. Low Flow Rates: While they can achieve high pressures, regenerative turbine pumps typically have lower flow rates compared to other centrifugal pump designs. They are not ideal for applications where a large volume of fluid needs to be moved rapidly. Efficiency: These pumps are known for their efficiency at handling low flow rates and high head pressures. They can maintain their…
Motors
MLE Motors
Services
Grundfos Machine Health – Condition Monitoring
IPE Blog
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