Supporting still images are organized by test with consistent sizing and captions.
3D SLOT TEST
Slot Test Photos
Slot-test video still PolyLoc bridging / pack-off test through a 0.025-inch slot at 200 psi after 5 minutes in 20 cp guar. The test duration was 15 seconds and 86% of the fluid was retained.
POLYLOC 100°F
100°F Test Photos
100°F test video still Representative still from the 100°F time-lapse.
POLYLOC 120°F
120°F Test Photos
Starting sample Initial PolyLoc sample and measurement setup before the 120°F dissolution test.120°F time-lapse still Representative still from the 120°F dissolution test while the sample was in heated, moving fluid.Final dry-weight check No measurable dry residue was retained on the screen. The strained liquid was refrigerated over 24 hours and no re-solidification was observed.
POLYLOC 140°F
140°F Test Photos
140°F test video still Representative still from the 140°F time-lapse.
POLYLOC 160°F
160°F Test Photos
160°F test video still Representative still from the 160°F time-lapse.
LEADING COMPETITIVE PRODUCT 140°F
Comparison Test Photos
Initial sample Starting comparison-product sample on the scale before the 140°F test.
Liquid observation Visual condition of the test liquid documented during the post-test review.
Post-test strainer Material visible in the strainer after the 140°F comparison test.
POLYLOC 200°F
200°F Test Photos
2.0 g start • 4 hr 16 min • 0.0 g measurable dry residue • time-lapse approximately 1 frame every 9 seconds
Starting sample — 2.0 g PolyLoc starting sample documented before the 200°F dissolution test.
Initial dry strainer — 56.3 g Dry strainer weight recorded before filtering the 200°F test liquid.
After refrigeration No visible re-solidification was observed in the documented strained-liquid sample.
Final dry strainer — 56.3 g Final dry weight matched the 56.3 g initial strainer weight, yielding 0.0 g measurable dry residue.
Match offset geology and completion design, capture exact PolyLoc timing and volume, document pressure and flowback observations, then compare normalized production over time.
