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Illinois Process Equipment provides MP Pumps for industrial, OEM, municipal, mobile, and process fluid-handling applications that require reliable centrifugal pump performance. IPE supports the full MP Pumps product line, including end-suction, self-priming, and submersible pumps.
MP Pumps are used in applications involving water, chemicals, oils, fuels, hot water, hot oil, wastewater, condensate, coolant, Diesel Exhaust Fluid, and related process fluids. IPE helps customers evaluate MP Pumps based on flow rate, head pressure, suction conditions, temperature, fluid compatibility, solids handling, drive requirements, maintenance access, and total cost of ownership.
As a pump and process equipment partner, IPE considers how each pump fits within the full system. That includes the pump, piping, inlet conditions, controls, seals, materials, installation environment, repair needs, and lifecycle reliability.
MP end suction pumps support fluid transfer, circulation, chemical handling, and high-temperature process applications. These pumps are commonly used where the pump can be installed with stable inlet conditions, and the process requires dependable centrifugal performance.
MP end suction pump options include circulator pumps, TEMPUFLO hot oil pumps, TEMPUFLO hot water pumps, SERIES industrial liquid pumps, PETROLMAXX petroleum pumps, and CHEMFLO / CFX chemical pumps.
These pumps may be used for applications such as hot water circulation, hot oil transfer, chemical transfer, industrial liquid handling, fuel transfer, and process circulation. IPE helps customers evaluate temperature requirements, fluid chemistry, seal configuration, materials of construction, motor requirements, and maintenance expectations before selecting an MP end suction pump.
MP self-priming pumps are designed for applications where the pump may need to lift liquid from below the pump centerline or recover prime during intermittent service. This makes them useful for mobile equipment, field transfer, dewatering, agricultural systems, fuel transfer, and other applications where stable flooded suction is not always available.
MP self-priming pump options include FLOMAX / FMX pumps, 2CT trash pumps, HHLF high-pressure water pumps, and PETROLMAXX self-priming petroleum pumps.
IPE helps customers determine when a self-priming pump is the right fit based on suction lift, fluid type, debris or solids content, pressure requirements, duty cycle, installation location, and service access. Proper selection helps improve startup reliability, reduce operator intervention, and support long-term pump performance.
IPE also supports MP HYDRASUB submersible pumps for applications where the pump must operate directly in the fluid. These hydraulically driven submersible pumps are used for dewatering, drainage, wastewater handling, agricultural pumping, marine service, emergency response, and utility transfer applications.
Submersible pumps can be a practical choice when fluid needs to be removed from a sump, tank, flooded area, pit, channel, or remote location. Because the pump operates in the liquid, selection must account for flow requirements, head pressure, solids or debris content, hydraulic power source, portability, material compatibility, and continuous-duty expectations.
IPE helps customers evaluate whether a submersible pump is the best solution or whether an end suction or self-priming pump would provide better long-term performance for the system.
MP Pumps support a wide range of industrial, municipal, OEM, and mobile fluid-handling applications. IPE works with customers to match the pump type and configuration to the process fluid, installation conditions, and operating goals.
Common applications include:
The right MP Pump can help improve transfer reliability, reduce maintenance issues, and support stable system performance when selected for the actual operating environment.
MP Pumps offer multiple pump types because different applications require different inlet conditions, fluid-handling capabilities, and installation strategies. IPE helps customers evaluate the system before selecting a pump.
End suction pumps are often a good fit for efficient transfer, circulation, chemical handling, hot water, or hot oil service where the pump can be properly primed and installed with stable inlet conditions.
Self-priming pumps are often a better fit where suction lift, intermittent operation, mobile installation, or air-handling capability is important.
Submersible pumps are often used when the pump needs to operate directly in the fluid for dewatering, utility transfer, drainage, or mobile pumping applications.
Important selection factors include flow rate, total dynamic head, suction lift, pump location, fluid temperature, viscosity, chemical compatibility, solids content, materials of construction, seal requirements, drive configuration, duty cycle, installation space, maintenance access, and lifecycle cost.
Illinois Process Equipment helps customers select MP Pumps based on real operating conditions, not only pump type or model number. Our team evaluates flow, head, temperature, suction conditions, material compatibility, fluid properties, installation requirements, controls, service needs, and lifecycle reliability.
IPE supports the full MP Pumps product line, including end-suction, self-priming, and submersible pumps. We also support system integration, troubleshooting, repair, and long-term pump optimization for industrial, municipal, OEM, and mobile equipment applications.
Illinois Process Equipment helps industrial, municipal, OEM, and mobile equipment customers select MP Pumps designed around real operating conditions. Our team supports MP end suction, self-priming, and submersible pump selection, system integration, troubleshooting, repair, and lifecycle optimization. Contact us today to discuss MP Pumps for your facility or equipment system.
Recent insights from the IPE team.
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This article was previously published on 6/27/2022 and updated on 4/27/2026 Air-operated double diaphragm (AODD)
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