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Packer Circulation Calculator

Completion Tools

Packer Circulation Calculator works out circulating pressure drop, maximum safe circulating rate, and the differential force acting across a set packer during forward or reverse circulation. Knowing where that differential sits relative to the packer's rating is the difference between a clean displacement and an unscheduled trip.

How It Works

Differential pressure across packer = tubing-side pressure − annulus-side pressure, each side's own hydrostatic plus friction loss on the pump-in leg (U-tube effect). Differential force = differential pressure × packer seal bore area.

See every formula worked through in detail on the Completion Engineering Formulas reference.

When You'd Use It

After setting a packer and before starting a kill or fluid-change job, engineers work out the maximum circulating rate that keeps differential pressure across the packer within its rating — circulate too fast or ignore the U-tube effect and you risk unseating the packer or exceeding its rated differential.

Key Features

Circulating pressure drop
Differential force across the packer
Fluid-swap (piston-effect) bled-off force
Maximum safe circulating rate
Strokes to circulate & circulating time
Forward & reverse circulation modes
U-tube effect consideration
Packer rating comparison

Available Now

Fully built and ready to use — get in touch to purchase access.

Built to industry-standard formulas
Field & metric unit support
Installable on Windows, macOS, Linux, iOS & Android