Vulcan Pumps
Process & Power is proud to supply Vulcan Pumps, a U.S. manufacturer specializing in heavy-duty slurry pumps for the mining, power generation, steel, and industrial markets. Built in Birmingham, Alabama, Vulcan Pumps are engineered for the toughest abrasive and corrosive applications, delivering the durability and reliability demanded by critical operations.
Product Highlights
Slurry Pumps – Designed to handle abrasive slurries in mining, power plants, and steel mills.
Submersible Slurry Pumps – Rugged pumps built for dependable operation in harsh, solids-laden environments.
Cantilever Sump Pumps – Engineered for demanding sump and pit applications with abrasive or corrosive fluids.
Custom Pump Solutions – Purpose-built designs tailored to unique industrial requirements.
Aftermarket Parts & Service – High-quality replacement parts and support to maximize pump life.
Why Choose Vulcan?
American-made pumps designed and built in Birmingham, Alabama
Engineered specifically for abrasive and corrosive fluid handling
Trusted by industries where uptime and reliability are critical
Contact Process & Power for Vulcan Pumps
Located at: 1721 Corporate Avenue • Memphis, TN 38132
Call us at: (901) 362-5500
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Vulcan Pumps FAQ
What Vulcan equipment is featured?
The page emphasizes slurry equipment, including submersible slurry and cantilever sump designs, for abrasive industrial service.
What makes slurry duty different from ordinary water pumping?
Particles can cause substantial wear and alter fluid behavior. Density, solids concentration, particle size, and hardness affect both hydraulic selection and materials.
Where are heavy-duty slurry pumps commonly considered?
Typical settings include mining, power production, steel operations, and industrial sumps. The actual slurry properties determine whether a particular configuration is suitable.
What is a cantilever sump pump?
It is a vertical arrangement with a shaft supported from above over its specified length. Check allowable setting depth, loading, and the manufacturer's design limits.
Can one material resist both abrasion and corrosion?
Not necessarily. The best material for wear may differ from the best choice for chemical attack. Supply both the solids data and liquid chemistry for review.
Why should wear components be inspected before performance falls sharply?
Gradual wear can change clearances and output before a complete failure occurs. Tracking wear and operating data helps plan replacement during a suitable outage.
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 Vulcan 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.