HOMA Pumps
At Process & Power, we proudly offer HOMA Pumps, a global leader in submersible pump technology. With more than 70 years of experience, HOMA designs and manufactures pumps and systems trusted worldwide for wastewater, sewage, and industrial applications. Built with German engineering and a commitment to quality, HOMA products deliver durability, efficiency, and reliability in even the toughest environments.
Product Highlights
A Series Non-Clog Pumps – Heavy-duty submersible pumps designed for solids-handling and wastewater treatment.
GRP Series Grinder Pumps – Powerful cutting action to reduce solids and protect downstream equipment.
OC Series Chopper Pumps – Rugged impellers designed to macerate fibrous materials and prevent clogs.
Effluent Pumps – Efficient designs for lighter-duty wastewater and drainage applications.
Mixers & Aerators – Solutions to improve oxygen transfer and solids suspension in treatment processes.
Packaged Pump Systems – Turnkey solutions tailored for municipal, commercial, and industrial facilities.
Why Choose HOMA?
Decades of expertise in wastewater and submersible pump design
Proven performance in municipal, commercial, and industrial applications
Rugged engineering that minimizes downtime and maintenance costs
Contact Process & Power for HOMA Pumps
Located at: 1721 Corporate Avenue • Memphis, TN 38132
Call us at: (901) 362-5500
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HOMA Pumps FAQ
What HOMA equipment is featured?
The page includes non-clog, grinder, chopper, and effluent pumps, along with mixing, aeration, and packaged-system options for wastewater applications.
What does non-clog mean for a sewage pump?
It describes a design intended to pass specified solids. It does not guarantee freedom from blockage with every waste stream, especially where rags or unsuitable debris enter the system.
When should a grinder pump be considered?
A grinder may suit a system designed around reduced solids and the required discharge pressure. Check the waste composition and piping before choosing it over a solids-passing pump.
How does a chopper pump address fibrous waste?
Its cutting arrangement reduces suitable material as part of pumping. Correct selection and maintained cutting components remain necessary for dependable operation.
Can an existing guide-rail installation be reused?
That requires verification of the pump, coupling, rail arrangement, dimensions, and discharge connection. Confirm an appropriate adapter or replacement arrangement before ordering.
What should be reviewed when a high-level alarm repeats?
Compare inflow, pump capacity, start levels, and discharge conditions. Verify the level sensors and alarms as part of the complete station review.
How do I size a submersible pump?
Use required flow, total discharge head, liquid characteristics, and the operating cycle. Include elevation, pipe friction, and the lowest expected liquid level when reviewing the pump curve.
Why is my pump running without lowering the liquid level?
Inflow may exceed capacity, or the discharge may be restricted. Worn components, an obstructed inlet, air locking, or incorrect rotation can also reduce pumping performance.
Why does a submersible pump keep clogging?
Solids, fibers, and debris may exceed the pump's handling capability. Review the actual waste stream, inlet conditions, and hydraulic selection before assuming a larger motor will solve the problem.
Why is my pump tripping its breaker or overload?
Obstructions, motor faults, cable damage, or supply problems may be involved. Have qualified personnel investigate the fault; repeated resetting can conceal a developing equipment problem.
Can a submersible pump operate with the motor exposed?
The answer depends on its cooling arrangement and duty rating. Check minimum liquid level and operating limits for the exact model rather than assuming all submersible pumps can run uncovered.
How often should submersible pumps be inspected?
Follow the manufacturer's schedule and consider solids, runtime, and service history. Include cables, seals, hydraulic components, level controls, and alarms in the maintenance plan.
What can cause frequent starting and stopping?
Float placement, changing inflow, check-valve leakage, or insufficient working volume may contribute. Review the control sequence and permitted starts per hour before changing the installation.
Can a damaged submersible pump be rebuilt?
Inspection should assess the motor, seals, cable entry, and hydraulic parts. Compare repair cost and downtime with replacement, especially if the fluid conditions have changed.
How can I get local support for HOMA Pumps?
Contact Process & Power at (901) 362-5500 with your location, equipment identification, and application or service concern. The team can review selection, parts, and service options for your needs.
What should I send when requesting a quote?
Include the required duty, fluid or process details, operating conditions, utilities, and installation dimensions. For existing equipment, add nameplate photos, model and serial numbers, and a description of the problem or planned change.