PolyLoc Frac Diverter logo — Maximizing Well Bore Potential

K&C DISTRIBUTION


PolyLoc

In-formation frac diverter

ENVERUS + PUBLIC DATA

Production Increase

Production comparisons provide another field-data layer alongside the documented frac-stage pressure responses and laboratory testing. These are comparative observations, not controlled isolation experiments.

SAME COMPLETION DESIGN • APPROXIMATELY 1 MILE APART

160-day production comparison

This comparison is presented as a matched-design field observation. It does not by itself establish causation.

+35% Oil

14,944 offset well
20,165 PolyLoc well

+15% Gas

14,623 offset well
16,825 PolyLoc well

Observed water production — context, not a stated benefit
Offset well: 15,773  •  PolyLoc well: 34,395

Higher water production can increase handling and disposal requirements. It should be evaluated in the context of geology, completion design, flowback strategy and operating economics.

Oil
Offset
14,944
PolyLoc
20,165
Gas
Offset
14,623
PolyLoc
16,825
Water — context only
Offset
15,773
PolyLoc
34,395
All data was gathered from Enverus and public information.

SELECTED 1-MILE LATERAL STUDY

Top 10 first-12-month BOE — 1-mile laterals

In the selected Carter and Johnston County SCOOP data set shown in the presentation, PolyLoc wells occupy 7 of the Top 10 positions for first-12-month BOE among the one-mile laterals shown.

RankWellCompletionLateralFirst 12 BOEBOE/ft
1BARNES 7-3H03/21/20225,044161,92332
2BROCK 9-3H11/12/20225,127138,01727
3GLENN 16-3H11/13/20225,520133,15024
4GLENN 16-2H03/24/20184,835120,08925
5EMERY 17-2H11/07/20225,988113,54519
6BARNES 8-4H05/10/20225,553113,18220
7BARNES 7-4H10/29/20235,64790,13916
8HARTGRAVES 1-5H10/08/20145,22290,12517
9BARNES 7-5H10/29/20236,16078,79513
10NICKEL HILL 35-2H05/27/20245,56678,51514
Green highlighted rows indicate wells where PolyLoc was used.
View All-Lateral-Length Data ↓

All data was gathered from Enverus and public information.

ALL LATERAL LENGTHS

Top 10 first-12-month BOE — all lateral lengths

In the all-lateral-length Top 10 shown in the presentation, 6 of the 10 highlighted wells are PolyLoc wells.

RankWellCompletionLateralFirst 12 BOEBOE/ft
1BARNES 7-3H03/21/20225,044161,92332
2BROCK 9-3H11/12/20225,127138,01727
3GLENN 16-3H11/13/20225,520133,15024
4ALICIA RENEE 2-11-3H10/31/20249,318124,01813
5GLENN 16-2H03/24/20184,835120,08925
6EMERY 17-2H11/07/20225,988113,54519
7BARNES 8-4H05/10/20225,553113,18220
8ALICIA RENEE 2-11-5H11/01/20249,236103,76311
9ALICIA RENEE 2-11-4H11/01/20249,230101,45611
10BARNES 7-4H10/29/20235,64790,13916
Green highlighted rows indicate wells where PolyLoc was used.

These rankings describe the selected data set shown in the presentation. They do not by themselves establish that PolyLoc caused the production ranking; geology, completion design, timing and operating conditions should be considered.

All data was gathered from Enverus and public information.

What the production data adds

Used together with surface-pressure response and dissolution testing, production comparisons help identify where a controlled, matched field trial can test whether the response is repeatable. K&C Distribution recommends matched geology and design, exact PolyLoc timing and volume, documented pressure and flowback observations, and normalized production comparisons over time.

NEXT STEP

Run a controlled 1–2 well field trial.

Match offset geology and completion design, capture exact PolyLoc timing and volume, document pressure and flowback observations, then compare normalized production over time.

K&C Distribution
405-853-0556
Chris.kcdistribution@gmail.com