Custom Pumping Systems for a Detergent Plant in the Health & Beauty/Chemical Process Industry

A customer in the health and beauty industry contracted Fischer Process Industries to develop a Custom Pumping Systems for a chemical process in their detergent plant. The customer was currently using our smaller version of the pump, and wanted to increase their capacity and add mixing centers. We performed an analysis of their process dynamics, and developed the specifications outlining the pumps, motors, and gearboxes necessary to increase their process of multiple product detergents. Our engineers also designed custom base plates for fabrication.

Product Name:

Waukesha Pumps

Product Description:

Positive Displacement ECP Lobe Style Pumps

Custom Pumping Systems Capabilities Applied/Processes:

Primary: Engineering

  • Analyzed the process dynamics, developed pumps, motor, gearbox specification and designed custom base plates for fabrication

Material Worked With:

Multiple Product Detergents

In Process Testing/Inspections Performed:

Functionality Testing

Documentation Supplied:

Approval on 3D Dimensional Drawings, Engineering and Operations Manuals

Industry for Use:

Health and Beauty/Chemical Process

Volume:

Five (5) large 6" Positive Displacement ECP Lobe Style Pumps

Delivery Location:

Bowling Green, Kentucky

THE APPLICATION:

Submersible pumps to clear outdoor, mixed-use sumps of a wide range of materials, including rainwater, outdoor debris, defective product, water-dissolvable packaging and human waste at a detergent manufacturing facility.

THE PROBLEMS:

  • Defective and rejected pods overwhelmed the centrifugal pumps previously in use, causing failures at an alarming rate.
  • Because the pumps ran on electricity, each repair call included a pipe-fitter and electrician (if you're looking for info, get it from here), adding time and money to the repairs.
  • Broken pods caught in the centrifugal pumps generated bubbles, which encouraged cavitation and contributed to the pump failures.
  • The diaphragm pumps, which were used alongside the centrifugal pumps, were inherently unable to handle large solids and frequently became clogged, adding to the repair costs.
  • The pumps formerly in use suffered from water infiltrating the motors and forcing them to kick off.

THE SOLUTION:

We eliminated the need for centrifugal and diaphragm pumps by providing 50+ pumps a mix of S4x3S single and dual, S2S and S4S positive displacement submersible pumps.

THE RESULTS:

After experiencing routine failures with the pumps it formerly used, the manufacturer has experienced no pump failures or emergency maintenance incidents since the Pitbull submersible pumps went into operation almost five years ago.

  • Pitbull's all-pneumatic pumps eliminate concerns about water infiltration forcing the pumps to kick off.
  • Because our pumps we installed use no electricity, routine maintenance and inspection require just a pipe-fitter, saving time and money.
  • The simple design of Pitbull pumps can handle large solids without clogging, reducing failures and repair and replacement costs.
  • Unlike centrifugal pumps, Pitbull's submersible pumps aren't susceptible to cavitation, eliminating another potential cause of pump failure.

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