IP FILTRATION
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Results

Proven on real produced water.

Not lab theory — field tests on the same high-solids, paraffin-laden water your wells handle every day.

94–96%
Suspended solids removed at a given micron
50µm
Single-stage filtration on skimmed AST material
100%
Solidified paraffins removed
0
Consumables used in the process
Field test

50 micron is the right place to start on an SWD inlet.

The test ran on material skimmed off the top of an aboveground storage tank — thick, paraffin-loaded emulsion, and about the toughest fluid a strainer will ever see.

A single 50-micron unit removed all solidified paraffins, broke the emulsion, and never stopped flowing. Testing confirmed that a coarser pass ahead of it was unnecessary: filtering straight to 50 micron worked, and simply increased how often the strainer cleaned itself.

That is why 50 micron is where we start on the inlet side of a disposal well — one unit, no staging, no downtime.

Request the lab results
Test configuration
  • Unit: one automated self-cleaning strainer, 50-micron basket
  • Feed: skimmed AST material, high paraffin + thick emulsion
  • Outcome: paraffins removed, emulsion broken, flow uninterrupted
  • Finding: a coarser first stage was not needed
From the field

What operators tell us.

Sample quotes shown for layout — to be replaced with approved customer statements before launch.

"We pulled it off the trailer, hooked up power and a dirty-water line, and it started cleaning itself. Our tank cleanouts dropped off almost immediately."
SW
Sample — pending approval
SWD Operations Manager, Permian Basin
"The H-pump used to eat solids and we'd pay for it. Putting the strainer ahead of it changed our maintenance math completely."
MW
Sample — pending approval
Facility Engineer, Midstream Water

Prove it on your worst water.

If it performs on skimmed AST sludge, it will perform on your inlet. Try it free for 60 days.

Start your trial →