POINT - Utah Division of Oil

CRESCENT POINT ENERGY U.S. CORP

555 ITth St, Suite 1800Denveç CO 80202

720-880-361_0

PROPOSED RANDLETT FIETD WIDE SPACING EXPANSION

Uintah County, Utah

State of UtahDivision of Oil, Gas & Mining

Board Hearing - Febru ary 28, 2Ot8

Docket No. 20L8-001Cause No. 131-153

FILEDJAN 21 20ts

tt3'mtä',i,f,ln*t

Land, Engineering & Geology ExhibitsTable of ContentsLand Exhibits Exhibit A Regional Locator Map with Spacing OutlineExhibit B Notice Outline and Half Mile Notice BufferExhibit C Cause # 131-153 Area with Minerals by TypeExhibit D 1-4 Unit Sizes and Associated Well Densities Geology ExhibitsExhibit E Cause Outlines with Drilled Wells IdentifiedExhibit F Type logExhibit G Regional Locator Map Exhibit H Geologic Cross Section A-A’Exhibit I Regional Map with EUR bubbles and Known HorizontalsEngineering ExhibitsExhibit J Well Cumulative Oil MapExhibit K Deep Creek 15-9-4-2E-GR Production CurveExhibit L Recovery Factor – Vertical + HorizontalExhibit M HZ Well Setback IllustrationExhibit N HZ Wells Setback Illustration Continued Exhibit O HZ Liner TypesExhibit P HZ Economic SummaryRequest for Agency ActionCertificate of Service

Land ExhibitsState of UtahDivision of Oil, Gas & MiningBoard Hearing – February 28, 2018Docket No. 2018-001Cause No. 131-153

N

Regional Locator Map with Spacing OutlineExhibit ADocket # 2018-001 Cause # 131-153

Exhibit BDocket # 2018-001 Cause # 131-153 Cause # 131-150 Notice Outline and Half Mile Notice Buffer

Cause # 131-153 Area with Minerals by TypeExhibit CDocket # 2018-001 Cause # 131-153

N

Exhibit D-1Docket # 2018-001Cause # 131-153

40 acre unit-1 vertical well per 40 acres

Unit Sizes and Associated Well DensitiesSections 6-T4S-R3E, 7-T4S-R3E, & 18-T4S-R3E

Unit Sizes and Associated Well DensitiesSections 6-T4S-R3E, 7-T4S-R3E, & 18-T4S-R3EN

Exhibit D-2Docket # 2018-001Cause # 131-153

18

76

640 acre unit (or governmental equivalent section)-6 short lateral horizontal wells per 343 acres640 acre unit (or governmental equivalent section)-11 short lateral horizontal wells per 581 acres

NExhibit D-3Docket # 2018-001Cause # 131-153

18

76

1,003 acre unit-10 long lateral wells per 1,003 acres

Unit Sizes and Associated Well DensitiesSections 6-T4S-R3E, 7-T4S-R3E, & 18-T4S-R3E

Exhibit D-4Docket # 2018-001Cause # 131-153 Proposed Surface Location

Geology ExhibitsState of UtahDivision of Oil, Gas & MiningBoard Hearing – February 28, 2018Docket No. 2018-001Cause No. 131-153

Kendall State 14-4-3-1E-WSBetts 1.5-8-3-1E-UB

Ute Tribal 13-13-3-1W-H1 Kendall 2-18-3-1E-CP

Winn 2-21-3-1E-H1

Syndrowski 3.5-34-3-1E-H1

Deep Creek 4-22-4-2E-H1Deep Creek 15-9-4-2E-GRDeep Creek 15-9-4-2E-H1

Lamb 13-10-4-2E-DC Lamb 13.5-10-4-2E-BS

Ute Tribal 15-10-3-4-2E-DCUte Tribal 9-1-12-4-2E-H1

Hicken Tribal15-9-4-3-1E-H1

Hicken Tribal 2-16-3-1E-H1

Producing/Drilled Vertical WellsDrilled Horizontal WellsCause 131-150 Outline

Ute Tribal 2-23-3-1W-H1Ute Tribal 3-24-3-1W-H1

Crescent Point EnergyExhibit DDocket # 2018-001; Cause # 131-153

Lower Green River Upper Green River UintaWasatch PaleogeneCretaceous

WasatchType Log

Crescent Point EnergyExhibit EDocket # 2018-001; Cause # 131-153

TGR3 MAHOAGANY

Mesa Verde

Mesa Verde

Regional Locator map

Crescent Point EnergyExhibit FDocket 2018-001; Cause # 131-153

A A’(NW) (SE)

4500’

2500’Lower Green River(TGR3)

Upper Green River

Wasatch

Geologic Cross Section A-A’

Lower Green River(TGR3)Upper Green

RiverWasatch Crescent Point EnergyExhibit GDocket # 2018-026; Cause # 131-153

Regional map showing both vertical and horizontal well EUR bubbles in the Uinta Basin.

Crescent Point EnergyExhibit HDocket # 2018-001; Cause # 131-153

VT EUR BubbleHZ EUR Bubble

Engineering ExhibitsState of UtahDivision of Oil, Gas & MiningBoard Hearing – February 28, 2018Docket No. 2018-001Cause No. 131-153

06

16

30

35

14

01

06

22

08

2730

27

09

07

06

02

32

05

26

24

08

04

25

27

12

15

05

30

34

19

17

27

07

28

12

01

36

03

02

25

35

23

09

28

28

31

21

04

28

17

28

24

30

29

2922

31

20

29 26

11

03

21

15

10

18

20

36

23

11

01

34

13

33

17

25

13

32

26

14

16

19

18

29

33

10

T4S R3E

T8S R20E

T4S R2E

X

Horizontal Permitting LegendDrilled Douglas Creek Horizontal

Drilled Black Shale Horizontal

Drilled Castle Peak Horizontal

Drilled Uteland Butte Horizontal

Drilled Wasatch Horizontal

Horizontal Permitting LegendDrilled Douglas Creek Horizontal

Drilled Black Shale Horizontal

Drilled Castle Peak Horizontal

Drilled Uteland Butte Horizontal

Drilled Wasatch Horizontal

FEET

0 8,945

Crescent Point has drilled 46 horizontal wells in five formations:Uteland Butte – 5Wasatch – 6Douglas Creek – 3Black Shale – 2Castle Peak – 30The need for verticals and horizontals is area and geology dependent. Some areas are better suited for horizontals and vice versa. Vertical wells are also required for well control and to take core.

Exhibit IDocket # 2018-001 Cause # 131-153 Well Cumulative Oil Map

2014 15 16 17 18 19 20 214

5

10

50

100

500

1000

5000

9000O

il R

ate

(C

D),

bbl

/d

Date

DEEP_CREEK_15-9-4-2E_GRGOR ( cf/bbl ) CV.CDLIQ ( bbl/d ) Oil Cut ( % )

DEEP_CREEK_15-9-4-2E_GR

Working Forecast ParametersPhase : OilCase Name : Case1b : 1.63305Di : 0.287189 A.e.qi : 28.4014 bbl/dti : 01/01/2017te : 01/31/2067Final Rate : 3.06314 bbl/dCum. Prod. : 88.355 MbblCum. Date : 01/01/2017Reserves : 112.2 MbblReserves Date : 01/31/2067EUR : 200.555 MbblForecast Ended By : TimeDB Forecast Date : 02/13/2017Reserve Type : None

DEEP_CREEK_15-9-4-2E_GR

One mile lateral~ 200 mbbl EUR

Deep Creek 15-9-4-2E-GR Production CurveExhibit JDocket # 2018-001 Cause # 131-153

Section 26-3-1E OOIP CalculationsA 640 acresH 130 ftPor 0.07Sw 0.50Bo 1.18 bbl/bblOOIP 19,145 mbbl*Forecasted EUR 1,130 mbblCurrent RF 5.9%*Note all 16 vertical wells have been drilled in this section

Recovery Factor – Vertical + Horizontal

Assuming 12 hz per 640 acres at 200 mbbl each would yield an 18% recovery factor.Assuming 12 two mile hz per 1280 acres at 400 mbbl each would yield an 18% recovery factor.

Exhibit KDocket # 2018-001Cause # 131-153

HZ Well Setback IllustrationSection 6-T4S-R3EN

Fracture ParametersDominant Azimuth N61°WFracture Half Length 290’Fracture Height 75’

Exhibit LDocket # 2018-001Cause # 131-153

560’ 500’

LegendHz WellFracture

330’

Distance (ft)Setback to West Section Line 560'Setback to East Meridian Line 500'Setback to North or South 330'Well to Well Lateral Setback 330'

Full Development ExampleMix of vertical & horizontal developmentN

Exhibit MDocket # 2018-001Cause # 131-153

Garden Gulch Douglas Creek Black Shale Castle Peak Uteland Butte Wasatch

6 stacked laterals

Utah Horizontal Liner TypesCemented Liner Open Hole Swell Packers330’ setbacks330’ setbacks

Setback Barriers1. Cemented 4-1/2” liner, 150’ overlap with 7” casing – primary2. Cemented 7” Casing shoe, 20’ past setback – secondary3. 1st frac beyond 7” casing shoe – tertiary

1.2.

Setback Barriers1. Cemented 7” Casing shoe cemented, 20’ past setback – primary2. 1st packer set past 7” casing shoe, 10’ past 7” shoe - secondary3. 1st frac between first and second packers –tertiary1. 2.3.

3.

Exhibit NDocket # 2018-001 Cause # 131-153

Exhibit ODocket # 2018-001 Cause # 131-153 HZ Economic Summary

MARK BALLARD 555 17th St, Suite 1800 • Denver, CO 80202

303-382-6762 • [email protected]

Work Experience

Crescent Point Energy, US Corp. Position: Senior Development Engineer September 2014-present Responsible for optimizing the value for Utah assets through development drilling & recompletions Evaluate prospect economics and volumetrics for acquisition & divestiture opportunities in Utah Lead recurring meetings to encourage teamwork and communication between geologists, landmen, and engineers Utilize Spotfire to build dashboards for drill schedule tracking, type well analysis, completions analysis, permit workflow tracking, and well cost analysis Evaluate lease opportunities in current operating areas to develop drilling program Supervise rig-scheduling from spud through timing of production turn to sales Continental Resources, Inc Position: Reservoir Engineer November 2012-August 2014 Complete valuation of JV project by building type curves and generating an 850 well rig schedule in ARIES database to HBP 30,000 acres Decline PDPs for reserve report and budgets Evaluate prospect economics and volumetrics to divest Southern Region non-core assets Determine reservoir potential from analogy studies; recommend 20% more proppant on field development for an incremental gain of 57 MBOE, an 18% increase per well; and present results to management Lead recurring meetings to encourage teamwork and communication between geologists, landmen, and production, completions, and drilling engineers

Position: Operations Engineer June 2010-November 2012 Design procedures and AFEs for gravel pack completions, recompletions, plunger lift, gas lift, pumping units, ESP, tank batteries, triplex injection pumps, and P&A Increase gulf coast field production by 88% through gravel pack completions and recompletions Optimize artificial lift to increase waterflood production by 107% by installing ESP to maximize drawdown Monitor 2,400 bopd, 114,800 Mcfd in Arkoma & Cana Woodford Shale, Gulf Coast, and base assets in NW OK Mentor new engineers on engineering procedures and workover practices Perform quarterly well reviews with field personnel to maximize profitability

Chevron Corporation May 2009-August 2009 Position: Reservoir Engineer Intern

Anadarko Petroleum Corporation May 2008-August 2008 Position: Production Engineer Intern

Education University of Oklahoma August 2006-May 2010 Bachelor of Science, Petroleum Engineering, GPA: 3.43

Industry Training ARIES Fundamentals (5 days) Rose & Associates Risk, Uncertainty, & Economic Analysis of Resource & Production Forecasts in Shale Tight Clastiscs & Coal (5 days) Decline Curve Analysis (2 days) Stermole Economic Evaluation (4 days) Echometer courses– Intro to Fluid Levels & Dynos (2 days); Pressure Transient (3 days); Advanced Dynamometer, Torque & Power (3 days) Lufkin Pumping Unit Operation and Maintenance Training School (4 days)

Fundamentals of Hydraulic Fracturing and Advanced Horizontal Well Fracturing (5 days) Well Log Interpretation (1 day) Wild Well Control Supervisor Training (4 days) Microsoft Access Training (2 days) OFM Introduction (2 days) Land for Non Landmen (2 days) Principles of Directional Drilling (4 days)

Philip W. LeMay 11913 W. Long Cir Unit #201 · Littleton CO 80127 · [email protected] · (713) 962-5222 PETROLEUM GEOLOGIST Senior Geologist with a proven track record of developing successful prospects in both conventional and unconventional reservoirs. Highly skilled in well log analysis, mapping, horizontal well planning, and geosteeering. Proficient in all operational duties involved with the drilling and completion of new wells. Provide comprehensive geological presentations for well recommendations or acquisitions. Effectively maintain an active multi-rig drilling program within a multidisciplinary team. Skilled in large dataset manipulation and maintenance. Integrate geological, petrophysical, core, 2D/3D seismic, rock mechanics, production and geochemistry data for resource assessment. SOFTWARE EXPERIENCE Geographix Suite • Petra • Terra Vu • Enerdeq • Drilling Info • Arc • MS Office Suite • Z-Map Plus • OpenWorks • SeisWorks • StratWorks • Syntool EMPLOYMENT HISTORY Crescent Point Energy (05/2017-Present) Senior Geologist Denver, Colorado • Team Geologist for 8 months/2 rigs • Identify new prospect locations within the Green River and Mesaverde formations • Use OOIP and other mapping techniques to high grade areas of interest Enervest (07/2007-6/2015) Senior Geologist Houston, Texas Uinta Basin • Sole geologist for 1.5 yrs/40+ prospects drilled/2 rigs. • Extended Wasatch and Mesaverde braided channel sands using well log stratigraphy, adding over 150BCFE with 45 new wells. • Utilized Geographix to identify 35+ economic behind pipe locations within the Wasatch formation. Processes included normalizing well logs, calculating petrophysical data and creating various maps (net pay, structure, isopach & OIP). Permian Basin • Sole geologist for 5 yrs/100+ prospects drilled/2 rigs. • Identified previously overlooked Pennsylvanian and Wolfcamp/Spraberry horizontal benches, generating $600+ million within a 14 month period. (Midland Basin) • Evaluated core and log (TCOM/Dipole, NMR, ECS & FMI) data to define target zones and completion intervals for horizontal Wolfcamp exploration wells. (Midland Basin) • Integrated sidewall core, log and previous production and pressure data to analyze reservoir geology for water flood injector locations. (Delaware Basin)

• Applied regional mapping and well log stratigraphy to identify new prospect locations within the Brushy Canyon, Bone Spring and Avalon formations. (Delaware Basin) • Managed a non-op position of scattered acreage along the Northwest shelf mostly targeting the San Andres and Yeso formations. (NW Shelf) • Infill drilling program identifying prospects in the Yates, Seven Rivers, Queen and San Andres formations. (Central Basin Platform) Gulf Coast & East Texas Basins • Lead geologist for 1.5 yrs/50+ prospects drilled/3 rigs. • Identified prospects in the Austin Chalk, Eagleford, Buda, and Georgetown formations. Using dip-curvature, well log correlations and petrophysics, new leases were obtained and successfully drilled. • Developed shallow prospects under a JOA to explore hydrocarbons in the Frio, Wilcox and Navarro formations that led to four successful exploration tests. • Provided ongoing training for new geologists and other geoscience staff as needed. Anadarko Petroleum (1/2002–7/2007) Geoscientist The Woodlands, Texas Gulf Coast Basin • Team Geoscientist for 4 yrs/75+ prospects drilled/2-3 rigs. • Utilized Petra to construct maps and to correlate structural and stratigraphic interpretations for well recommendations. • Identified new productive zones within the Austin Chalk, Eagleford, Buda and Georgetown formations, adding over 100 BCFE in new reserves. • Implemented the planning, execution and look back for vertical and horizontal wells drilled. • Provided 24hr oversight for operational geological processes including geosteering, mudlogging, LWD/MWD, wireline logging, coring and directional drilling for multiple rigs. International New Ventures • Evaluated new and existing fields located in Norway, Venezuela, Georgia (Black Sea) and Kazakhstan, while part of the New Ventures team. Geochemistry, well log and 2D/3D seismic data were used to determine the economic viability of each project. EDUCATION & PROFESSIONAL DEVELOPMENT University of Houston (2008) Houston, TX M.S. Geology Centenary College of Louisiana (1999) Shreveport, LA B.A. Geology Industry Related Courses: Sequence Stratigraphy, The Seismic Exploration Method, 3D Seismic Interpretation I, 3D Seismic Interpretation II, Biostratigraphy, Petrophysics, Petroleum Geochemistry, Fundamentals of Formation Evaluation, Naturally Fractured Reservoirs- Geologic & Engineering Analysis, Risk Analysis-Prospect Evaluation and Exploration Economics

Andrew M. Stone 1850 Bassett St. Apt 714 | Denver, CO 80202 918.694.1393 | [email protected] Profile *Focused on the contributing and evolving as a Landman *Certified Microsoft Office Specialist - Excel, PowerPoint, Word *Time management via college athletics *Almost 4 years of experience in the Oil and Gas Business both in-house and brokerage *Willing to learn and adapt to any basin to bring value Education University of Denver/Denver, Colorado 2012-2014 Daniels College of Business Major: Bachelor of Science Business Administration in International Business/ Management University of Tulsa/Tulsa, Oklahoma Summer 2012 Business Calculus St. Edward’s University/Austin, Texas 2010-2012 Major: Bachelor of Science Business Administration in International Business - Deans List Forum-Nexus Study Abroad Program Summer 2013 Barcelona, Paris, Geneva, Chamonix, Milan, Rome, Rhodes Classes: International Politics; International Economics Catholic University of Milan/ Milan, Italy Experience Crescent Point Energy – Denver, Colorado October 2014-Present *Land Admin experience, proficient in Excalibur *Utah landman work, AFE work, Indian Allottee work *Basic land work in Montana, Colorado, and North Dakota *Negotiate lease terms in Uinta Basin with owners and competing companies *Worked on and closed 2 acquisitions in Utah *Responsible for running multiple areas in Utah *Active in Both AAPL and DAPL- Registered Landman Bronco Mineral Partners, LLC – Denver, Colorado June 2014-October 2014 *Completed Mineral Ownership Reports (Pat. to Present) for lands in Weld County *Ran cursory title from Pooling Orders in order to find mineral owns quickly *Contacted mineral owners in hopes of leasing or buying their minerals *Proficient in using most Colorado and Weld County Oil and Gas websites Nadel & Gussman/Oil & Gas Producers/Tulsa, Oklahoma Summer 2012 Land Intern *Lease input, review oil and gas leases Phoenix House/Austin, Texas 2010-2012 *Interact with drug dependent and abused teens *Promote the importance of healthy choices and sports Athletics University of Denver Men’s Club Soccer *Captain 2012-2014 St. Edward’s University Men’s Soccer Team 2010-2012 *Balancing of both academic and athletic responsibilities St. Edward’s University Student Athlete Advisory Committee 2010-2012 Team Representative *One of three representatives responsible for raising awareness about NCAA rules and regulations to college athletes References Michael Meagher – Landman/ Bronco Mineral Partners/ (303)-886-2290 Coach Brian Young – Head Soccer Coach/ St. Edward’s University/ (512)-964-9641 Robert Thomas – Owner/ Senior Star Living/ (918)-691-0347 Stephen Heyman – Owner/ Nadel & Gussman/ (918)-583-3333