Bainbridge Uinta LLC F I L E D...2020/04/27 · Bainbridge Uinta LLC 8150 N Central Expressway,...

Bainbridge Uinta LLC8150 N Central Expressway, Suite 650

Dallas, Texas 75206

Bainbridge Request for Spacing & Commingling inthe Three Rivers Field, Uintah County, Utah

State of UtahBoard of Oil, Gas and Mining

Board Hearing - May 27, 2020

Docket No. 2020-010Cause No. 470-02

F I L E DAPR 27 2020

OIL, GAS & MININGSECRETARY, BOARD OF

Table of Contents

Docket: 2020-010Cause: 470-02

Three Rivers Location MapRelevant SpacingDevelopment DensityProposed Spacing AreaUinta Basin Structure MapUinta Basin Stress Compilation (Sources)Uinta Basin Stress CompilationMicroseismic DataRegional Geologic Depositional TrendsLocal Geologic Depositional TrendsGreen River and Wasatch Formation Geologic ContactType LogThree Rivers 20-Acre Cross SectionPetrophysicsDrainage PatternsProject EconomicsField DevelopmentRussell Griffin ResumeJeff Seifer ResumeMichael Anderson Resume

Exhibit #1 .............Exhibit #2 .............Exhibit #3 .............Exhibit #4 .............Exhibit #5 .............Exhibit #6 .............Exhibit #7 .............Exhibit #8 .............Exhibit #9 .............Exhibit #10 ...........Exhibit #11 ...........Exhibit #12 ...........Exhibit #13 ...........Exhibit #14 ...........Exhibit #15 ...........Exhibit #16 ...........Exhibit #17 ...........Exhibit #18 ...........Exhibit #19 ...........Exhibit #20 ...........

Three Rivers Location Map

Docket: 2020-010Cause: 470-02Exhibit: #1

Bainbridge Uinta LLCThree Rivers Field

one mile


Relevant Spaced LandsIncreased Drilling Density is Common in Vicinity of the Three Rivers Field

270-02270-06

20-Acre / 2 Wells per 40

10-Acre / 2 Wells per 20239-03

7S-20E

8S-20E 8S-21E

3S-1E 3S-2E

4S-1E

8S-18E

4S-2E

4S3E

5S3E

5S-`2E

270-03142-15270-08

one mile

Vernal

Roosevelt

Myton

Ouray


Development Density

one mile

Fully Developed with 2 wells per 40Future Development

Future Development Drilling Planned for the Area Highlighted in Green

AArreeaa ooff RReeqquueesstt

Acres Excluded from Request

Proposed Spacing Area


BBaaiinnbbrriiddggee UUiinnttaa LLLLCCTThhrreeee RRiivveerrss FFiieelldd

AArreeaa ooff RReeqquueesstt333300 fftt sseettbbaacckk446600 fftt sseettbbaacckk

LLeeggeenndd

Setback Request Takes Asymmetrical Drainage into Account

one mile


Uinta Basin StructureContour on the Top of the Uteland Butte Marker

T10SR14E

T10S R15ET10S R16E T10S R17E T10S R18E T10S R19E T10S R20E T10S R21E T10S R22E T10S R23E T10S R24E T10S R25E

T10S R5ET10S R6E T10S R7E T10S R8E

T11S R10E

T11S R11E T11S R12ET11S R13E

T11S R14ET11S R15E T11S R16E T11S R17E T11S R18E

T11S R19E T11S R20E T11S R21E T11S R22E T11S R23E T11S R24E T11S R25E

T11S R6E T11S R7E T11S R8ET11S R9E

T12S R10ET12S R11E T12S R12E

T12S R13E T12S R14E T12S R15E T12S R16E T12S R17E T12S R18E T12S R19E T12S R20E T12S R21E T12S R22E T12S R23ET12S R24E T12S R25E

T12S R5E T12S R6E T12S R7ET12S R8E T12S R9E

T13S R10E T13S R11E T13S R14E T13S R15E T13S R16E T13S R17E T13S R18E T13S R19E T13S R20E T13S R21E T13S R22E T13S R23E T13S R24ET13S R25E


T14S R10E T14S R11E T14S R14E T14S R15E T14S R16E T14S R17ET14S R18E T14S R19E T14S R20E T14S R21E T14S R22E T14S R23E T14S R24E T14S R25E

T14S R5E T14S R6E T14S R7E T14S R8E T14S R9E

T1N R10W

T1N R11W

T1N R1ET1N R1W T1N R2ET1N R2WT1N R3WT1N R4WT1N R5WT1N R6WT1N R7WT1N R8WT1N R9W

T1S R10WT1S R11W

T1S R12W

T1S R1ET1S R1W

T1S R2E

T1S R2WT1S R3WT1S R4WT1S R5WT1S R6WT1S R7WT1S R8WT1S R9W

T2N R1ET2N R1W

T2N R2E

T2N R2WT2N R3WT2N R4WT2N R5WT2N R6WT2N R7WT2N R8WT2N R9W

T2S R10WT2S R11WT2S R12W

T2SR13W

T2S R1ET2S R1WT2S R2E



T3S R18E

T3S R19E

T3S R1ET3S R1W

T3S R20E T3S R21E T3S R22E T3S R23E T3S R24E T3S R25E

T3S R2ET3S R2WT3S R3WT3S R4W

T3S R5E

T3S R5W

T3S R6E

T3S R6W

T3S R7E

T3S R7W

T3S R8E

T3S R8W

T3S R9E

T3S R9W


T4SR19E

T4S R1ET4S R1W


T4S R2E

T4S R2W

T4S R3E

T4S R3WT4S R4W

T4S R5E

T4S R5W

T4S R6E

T4S R6W

T4S R7E

T4S R7W

T4S R8E

T4S R8WT4S R9W

T5S R10WT5S R11W

T5S R12W

T5S R19ET5S R20E T5S R21E T5S R22E T5S R23E T5S R24E T5S R25E

T5S R2ET5SR3E

T5S R3WT5S R4W

T5S R5E

T5S R5W

T5S R6E

T5S R6W

T5S R7E


T6S R10W

T6S R11W

T6S R19ET6S R20E T6S R21E T6S R22E T6S R23E T6S R24E

T6S R25E

T6S R3W

T6S R4W

T6S R5E

T6S R5W

T6S R6E

T6S R6WT6S R7WT6S R8WT6S R9W

T7SR19E

T7S R20E T7S R21ET7S R22E T7S R23E T7S R24E

T7S R25E

T7S R4W

T7S R5E

T7S R5W

T7S R6E

T7S R6WT7S R7WT7S R8WT7S R9W



T8S R5ET8S R6E


T9S R19E


T9S R5ET9S R6E

T9S R7E

T9S R8E

EP Energy2018-018 / 139-157Exhibit # G-5

EP Energy2018-018 / 139-157Exhibit # G-5

Newfield2017-015 / 139-145Exhibit # K

Newfield2017-027 / 139-150Exhibit # K Middle Fork

2019-005 / 187-12Exhibit # K & L

AXIA II2019-019 / 139-166Exhibit # M

CH4 - Finley2020-002 / 600-01Exhibit # G&E-4

Finley2020-01 / 470-01Exhibit # F

Legend:

Basin Stress Contours

Gilsonite DikesDuchesne Fault Zone

Orientation ofInduced Fracturesfrom:

- Axia II, EP Energy& Newfield Exhibits

Interpreted MaxStress from:

- Newfield MonumentButte Exhibits

FMI Rose Plot- Aurora 6-32-7-20

Microseismic RosePlot- Badger 1-26-35-3-1W

WRU EIH 14MU-35Microseismic Events- Middle Fork Exhibits

FMI Rose Plot- GB 16D-28-8-21

FMI Rose Plot:- TR 35-14-720

(Utah Geologic Survey)

Locator Map:pprroojjeeccttaarreeaa

Uinta Basin Stress Data Compilation


six miles

T10SR14E

T10S R17E T10S R18E T10S R19E T10S R20E T10S R21E T10S R22E T10S R23E T10S R24E T10S R25E


T11S R17E T11S R18ET11S R19E T11S R20E T11S R21E T11S R22E T11S R23E T11S R24E T11S R25E

T11S R6E T11S R7E T11S R8ET11S R9E

T12S R17E T12S R18E T12S R19E T12S R20E T12S R21E T12S R22E T12S R23ET12S R24E T12S R25E


T13S R17E T13S R18E T13S R19E T13S R20E T13S R21E T13S R22E T13S R23E T13S R24ET13S R25E


T14S R17ET14S R18E T14S R19E T14S R20E T14S R21E T14S R22E T14S R23E T14S R24E T14S R25E

T14S R5E T14S R6E T14S R7E T14S R8E T14S R9E

T1N R10W

T1N R11W

T1N R1ET1N R1W T1N R2ET1N R2WT1N R3WT1N R4WT1N R5WT1N R6WT1N R7WT1N R8WT1N R9W

T1S R10WT1S R11W

T1S R12W

T1S R1ET1S R1W

T1S R2E


T2N R1ET2N R1W

T2N R2E

T2N R2WT2N R3WT2N R4WT2N R5WT2N R6WT2N R7WT2N R8WT2N R9W


T2SR13W

T2S R1ET2S R1WT2S R2E



T3S R18E

T3S R19E

T3S R1ET3S R1W


T3S R2ET3S R2WT3S R3WT3S R4W

T3S R5E

T3S R5W

T3S R6E

T3S R6W

T3S R7E

T3S R7W

T3S R8E

T3S R8W

T3S R9E

T3S R9W


T4SR19E

T4S R1ET4S R1W


T4S R2E

T4S R2W

T4S R3E

T4S R3WT4S R4W

T4S R5E

T4S R5W

T4S R6E

T4S R6W

T4S R7E

T4S R7W

T4S R8E

T4S R8WT4S R9W

T5S R10WT5S R11W

T5S R12W

T5S R19ET5S R20E T5S R21E T5S R22E T5S R23E T5S R24E T5S R25E

T5S R2ET5SR3E

T5S R3WT5S R4W

T5S R5E

T5S R5W

T5S R6E

T5S R6W

T5S R7E


T6S R10W

T6S R11W


T6S R25E

T6S R3W

T6S R5E

T6S R6E

T6S R9W

T7SR19E

T7S R20E T7S R21ET7S R22E T7S R23E T7S R24E

T7S R25E

T7S R5ET7S R6E

T7S R9W



T8S R5ET8S R6E


T9S R19E


T9S R5ET9S R6E

T9S R7E

T9S R8E

Uinta Basin Stress Data Compilation


six miles

Legend:

Basin Stress Contours

Gilsonite DikesDuchesne Fault Zone

Orientation ofInduced Fracturesfrom:

- Axia II, EP Energy& Newfield Exhibits

Interpreted MaxStress from:

- Newfield MonumentButte Exhibits

FMI Rose Plot- Aurora 6-32-7-20

Microseismic RosePlot- Badger 1-26-35-3-1W

WRU EIH 14MU-35Microseismic Events- Middle Fork Exhibits

FMI Rose Plot- GB 16D-28-8-21

FMI Rose Plot:- TR 35-14-720

(Utah Geologic Survey)

Locator Map:

LLuunndd--SSnneeee && ZZoobbaacckk,, 22002200,, MMuullttiissccaallee vvaarriiaattiioonnss oofftthhee ccrruussttaall ssttrreessss ffiieelldd tthhrroouugghhoouutt NNoorrtthh AAmmeerriiccaa

Examples of Microseismic in the Uinta Basin


500 750 1000 1250 1500 1750 2000 ft

TThhrreeeeRRiivveerrssFFiieelldd

six miles

TThhrreeeeRRiivveerrssFFiieelldd

Microseismic Provides Information About the Azimuth and Aspect Ratio of a Typical Ellipse800

600

400

200

0

-200

-400

-600

-800

1000

-600

-400

-200 0

200

400

600

800

six miles

x

800

600

400

200

0

-200

-400

-600

Exhibit “G&E-5” fromDocket No. 2020-002Cause No. 600-01Frac detail ‘B’

Exhibit # K & L fromDocket No. 2019-005Cause No. 187-12

x

Regional Geologic Depositional Trends


Modified after Borer, J.M. 2016, High-ResolutionStratigraphy of the lower portion of the Green RiverFormation at Raven Ridge and Red Wash Field, NEUinta Basin, Utah, Colorado, USA: Facies andStratigraphic Patterns in a High-Gradient, High-Energy Lacustrine System, Mountain GeologistH

ighe

rQua

lity

Roc

k

Low

erQ

ualit

yR

ock Increasing Well Density

A A’

HIGH LAKE LEVEL

Morgan, C.D., Bereskin, S.R., Fluvial-Lacustrine Oil Reservoirs in the Middle Member of the Eocene Green River Formation, South-Central Uinta Basin, Utah,Utah Geologic Survey, http://files.geology.utah.gov/emp/greenriver/pdf/greenr1_2001postr.pdf

LOW LAKE LEVEL Legend:Location ofThree Rivers Field

AA AA’’

Thre

eR

iver

s

Reservoir Quality is Related to the Depositional Setting

Local Geologic Depositional Trends


Modified after Borer, J.M. 2016, High-ResolutionStratigraphy of the lower portion of the Green RiverFormation at Raven Ridge and Red Wash Field, NEUinta Basin, Utah, Colorado, USA: Facies andStratigraphic Patterns in a High-Gradient, High-Energy Lacustrine System, Mountain GeologistH

ighe

rQua

lity

Roc

k

Low

erQ

ualit

yR

ock Increasing Well Density

A A’

Morgan, BereskinLake Uinta, UGS

Thre

eR

iver

s

Legend:Location ofThree Rivers Field

Oil & Gas Fields inthe State of Utah

AAAA’’

https://geology.utah.gov/map-pub/survey-notes/energy-news/updated-oil-gas-map/

six miles

Three Rivers Field Includes Rocks from the Upper Through the Lower Shoreface


Oil Zones In the Upper WasatchThe Lower Green River and Upper Wasatch Meet Along an Interfingering Contact

WWaassaattcchh

GGrreeeenn RRiivveerr

after Fouch, et al after Borer, J.M.

Oil from the Green Riverformation migrates intoWasatch channel sands


Type Well

one mile

3500

4000

4500

5000

5500

6000

6500

7000

7500

8000

8500

GREEN RIVER

MAHOGANY BENCH

GARDEN GULCH MARKER

DOUGLAS CREEK

BLACK SHALE MARKER(AKA TRAVIS SHALE)

CASTLE PEAK

UTELAND BUTTE

WASATCH`` Pr

opos

edIn

terv

al

4359 ft md

7787 ft md

Pale

ocen

eEo

cene

Was

atch

Gre

enR

iver

Form

atio

nLo

wer

Gre

enR

iver

Mid

dle

Gre

enR

iver

Upp

erG

reen

Riv

er

Three Rivers 34-31-720

Three Rivers34-31-720

Type Well Location

ppeerrffss


Three Rivers Cross Section

ROP Mud LogCuttings

Lower 500 ft = Mud Log

77770000

77660000

77550000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000 66440000

77550000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000

66550000

77660000

77550000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000

66550000

77660000

77550000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000

66550000

77550000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000

66550000

66440000

66330000

77440000

77330000

77220000

77110000

77000000

66990000

66880000

66770000

66660000

66550000

66440000

66330000

Was

atch

Low

erG

reen

Riv

erFo

rmat

ion

BLACK SHALE MARKER(AKA TRAVIS SHALE)

UTELAND BUTTE (D)

AA

AA’’

AA AA’’Unique Reservoirs Found in Wells with 20-Acre Spacing

one mile


Three Rivers PetrophysicsPetrophysical AnalysisAverage PHIE = 7%Average Sw = 30%Thickness = Garden Gulch to top WasatchAverage OOIP = 94,500 bbl/acre

Matrix Inversion lithographic/porosity model,utilizing core data calibration and productionhistory matching to verify the results.

Improved Oil in Place Utilizing Integrated Core Data


Conceptual Drainage Patterns

40-acre development pattern 2 wells per 40-acre development pattern

Due to the inclined elliptical drainage which is related to the orientation andheterogeneity of the regional and local stress profile, the 40-acre developmentpattern results in stranded resources. Conversely, the strategic alignment ofwells in a 20-acre development pattern captures a larger portion of the originaloil in place.

Increased Well Density Helps Maximize Recovery


EconomicsIncremental Recovery Meets Board's Statutory Objectives

Green River/Wasatch (NRI=82.4%)Oil= 94.6 MBOGas=102 MMCFBTAX NPV10 = $780MPayout=1.5 years

Expenses:Drilling & Completion = $1,500MOPEX = $6,710 / month

SEC EOY 2019 Prices:Oil = $55.85/bblGas = $2.58/mmbtuTaxes:AD Valorem + Severance = 4.2%


Field Development

one mile

STOOIP (Volume) and Recovery Factor

Volumetrics

Historical Production

Development

Total Recovery

Area

Porosity

Sw

Bo

STOOIP

3,497

7

30

1.24

330,816,200

Acres

%

%

Rb/stb

Bbl

Cum 2,921,350 Bbl

Wells

EUR/Well

Total EUR

143

94,600

13,527,800

Bbl

Bbl

Total EUR

RF

16,449,150

5

Bbl

%


Russell Griffin435-823-4965 Box 103 Roosevelt, Utah

Education / CertificationsCertified Utah Professional Geologist, # 5556595-2250B.S. Hydro/Engineering Geology, USU, Logan, Utah 1990MBA. University of Phoenix, May 2006Other Courses:- Fundamentals of Oil and Gas Property Acquisition and Finance (Peice)- Project Risk, Uncertainty and Decision Analysis for Conventional and Unconventional

Resources (Rose and Associates)- Principles of Sequence Stratigraphy (O. Catuneaunu)- Applied Subsurface Geological Mapping Methods (SCA)- Basic Petroleum Economics (PetroSkills)- Basic Reservoir Engineering (OGCI)- Basic Geophysics (PetroSkills)- Basic Well Log Interpretation (OGCI)- Sequence Stratigraphy (OGCI)- Cased Hole and Production Log Evaluation (SPE)- Visual Basic for Excel Programming.

ExperienceConsulting Petroleum Geologist, XRG Consulting, September 2018 to Present- Conducted Detailed Mapping of the Uinta Basin Green River Formation with a focus on the

interaction between Conventional and Unconventional reservoir beds- Calculated Oil-in-Place and drainage radius impacts for various fields in the Uinta Basin- Managed Geologic aspects of drilling program with a focus on efficiency & hazard mitigation- Directed interdisciplinary data integration efforts, utilizing Geologic, Reservoir, Drilling,

Completions and Production data to optimize field development and operations- Developed Spotfire based screening tools to enable rapid asset analysis for Oil & Gas fields

across the State of Utah

Geologic Operations Advisor, QEP, April 2016 to September 2018- Coordinated, compiled and edited annual Corporate 3P Report directing and integrating work

from a multidisciplinary team, including; Land, Geology, and Reservoir Engineering- Directed efforts to share best-practices across the various Divisions within QEP- Developed Spotfire tools to facilitate data mining of WellView for use in drilling hazard

identification and forecasting of Drilling and Completions interactions in the Permian Basin- Trained new hire geologists in field ops and geologic software- Areas worked: Ark-La-Tex, Greater Green River, Pinedale, Permian, Uinta, Williston

Manager Geoscience-Uinta Basin Division, QEP, April 2012 t o April 2016- Managed up to 8 geologists for the Uinta Basin team, also worked as intern Manager of

Geoscience for the Pinedale / Greater Green River Basin team during restructuring- Coordinated development and drilling activities with Engineering and Regulatory managers- Utilized cost tracking to identify and implement continuous improvement processes- Mentored new geologists, helping them identify and mitigate skill deficiencies- Led geology field trips for management and other office personnel- Areas Worked: Greater Green River, Pinedale, Paradox, Piceance, Uinta

Manager Geoscience, Wexpro, April 2010 to April 2012- Managed 10 employees during company restructuring- Facilitated transition of software systems and other company assets during restructuring- Supervised field studies to optimize well spacing in mature properties- Implemented Six Sigma process / tools to measure and improve well cost and well performance

- Mentored new geologists and engineers- Continued support of $100 million drilling program- Areas worked: Greater Green River, Pinedale, Uinta

Petroleum Geologist, Uinta Basin / Greater Red Wash Area, Utah, April 1994 to 2010(Chevron 1994-1999, Shenandoah Energy 2000-2001, Questar 2001-2010)- Developed detailed stratigraphic and structural model of the Northeastern portion of Eocene

Lake Uinta and managed subsequent recompletion program and vertical / horizontal drilling.- Executed development program of Wasatch & Mesaverde fluvial system, including 20-acre

downspacing feasibility.- Managed daily operations on a 5 to 7 rig drilling program.- Worked with shale-gas team to test and develop Mancos Shale play- Conducted geologic investigations, including:

- Well log analysis- Reservoir mapping

Develop volumetric modelsDevelop and drill prospectsCollect and evaluate geochemical dataIdentify leases for acquisitionMaintenance of geologic database

- Selected and trained summer geology interns / mentor for new hire geologists- Areas worked: Rangely, Uinta Basin

Graduate Teaching Assistant, Utah State University, Logan, Utah, January 1994 to March 1994.- Instructed Geology 111 and Geology 101 Labs

Hydrogeologist, BIO/WEST, Inc., Logan, Utah, June 1990 to May 1993- Conducted Phase I and Phase II real estate audits- Prepared Geology Technical Reports for Environmental Impact Statements- Conducted Geologic Investigations and Prepared Documentation Relative to Leaking

Underground Storage Tanks (LUST’s)

Ph.D Research Field Assistant for Suzanne Janacke, University of Utah, June - August 1989- Assisted in the Mapping of Geologic Units and Faults in the Lost River Range, Idaho

GeoTech, North American Exploration, Kaysville, Utah, September 1989- Staked Claims and Collected Soil Samples for mining companies in Nevada

Summer Field GeoTech, Placer Dome / McDermitt Mine, McDermitt, Nevada, 1988- Staked Claims, Collected Soil Samples, Conducted Geophysical Surveys, Logged Well

Cuttings

Skills & Abilities- Software proficiencies: GeoGraphix / PRIZM, Petra, Spotfire, WellView, Microsoft Office, Access,

VBA, QGIS, Canvas GIS- Work well in diverse team environments- Spanish language proficiency


Russell Griffin (pg 2)435-823-4965 Box 103 Roosevelt, Utah

JEFFREY A. SEIFER, PEDallas, Texas 75206 | 972.954.3422 | [email protected] | www.linkedin.com/in/jeff-seifer

SUMMARY OF QUALIFICATIONS

Petroleum Engineer with 30+ years of diversified experience in Reservoir Engineering from the Gulf Coast toRocky Mountains regions. Technical expert with strong analytical, and business skills resulting in optimumrecovery, value, and productivity. Additional skills in long-range planning, field development, data analysis, andproject coordination.

Reserves | Reservoir Management | Field Development Planning | Economic AnalysisProduction Forecasting | Simulation | Asset Acquisition & Divestiture | Data Analysis

Expert Witness in Following States:TexasLouisiana

PROFESSIONAL EXPERIENCE

BAINBRIDGE UINTA LLC 2018-2020Director of Reservoir EngineeringPerform all Reservoir Engineering functions to support company. Responsibilities include reserves cacluationsand bookings; as well as, development plans, for the Three Rivers Field in Utah. Evaluated, proposed and helpedexecute nine well 2018 DUC completion program. Evaluated, proposed and helped execute eight well 2019 Drilland Complete program. Monitor and optimize production throughout the field. Prepared company reservereports.TANOS EXPLORATION LLC 2018Senior Reservoir EngineerProvided Reservoir Engineering support as a member of a multi-disciplinary team responsible for fields in theArkLaTex Region. Performed RTA on shallow low reservoir pressure vertical wells; as well as, high reservoirpressure horizontal wells. Calculated reserves for quarterly reserves report, generated capital projects, andproposed horizontal developments for both a low permeability and non-conventional reservoir.

DENBURY RESOURCES INC. 2000 - 2017Senior Reservoir Engineer - Development & DesignProposed Field Development Plans for fields in the Gulf Coast and Rocky Mountain Regions that involvedprimary, waterflood, and EOR/CO2 recoveries which were successfully executed. Studied the fields, generatedcapital projects, and engaged asset team throughout the process for current field enhancements anddevelopment plans to improve the existing production. Generated budgets, long-range planning forecasts, andeconomic evaluations to assess the economic viability of these projects.� Created field development plan for Cranfield Field in Mississippi. Examined past and present

production/injection data. Reviewed geological data and cross-sections with geologist. Performed diagnosticson historical phases of development and recognized performance was tied to history. Determined optimaldevelopment for rest of field. Forecasted production; performed economics, and documented analysis.

� Provided RE support to multi-disciplinary team to compose field development plan for Phase 5 & 6 of the BellCreek Field in Montana. Studied the poor performances of first 4 phases of CO2 development. Recognizedboth areal and vertical heterogeneity dominated performance. Redesigned Phase 5 & 6 to floodsequentiallyto improve the conformance and increase value.

� Performed a directional field development plan for the Eutaw reservoir in E. Heidelberg Field in Mississippi.Built a parametric simulation model of the 13 zones to study its complexity. Formulated and documented aplan to target higher permeability zones with wider spacing.


JEFFREY A. SEIFER, PE(972) 335-0745 | [email protected] | Page 2

DENBURY RESOURCES INC. (Continued)

Senior Reservoir Engineer – North DivisionReservoir Management for tight waterflood in Hertzog Draw Field in Wyoming. Searched literature anddetermined analogous field, gathered data and developed a long-range plan for enhanced oil recovery in thesweet spot of the field. Sub-divided field and recognized the need to develop the tight fringe area of the reservoir.Formulated development plan with horizontal wells. Proposed and gained approval for an initial 6 well package toassess the opportunity. Contributed $100 million net present value to the field.

Senior Reservoir Engineer – East & West Region� Reservoir Management of Oyster Bayou Field, Texas. Built, then studied, the depleted oil field historical data

set. Developed a plan to flood the field with CO2 and unitized company’s first field in Texas, which includedtestifying before the Railroad Commission. Devised a plan and gained approval for a CO2 flood which metgenerated peek rate projections of 5000 bopd and ended up being a Texas crown jewel for the company.

� Determined gas development and depletion plans for multiple fields in the Jackson Dome Complex, inMississippi, to meet supply demands for CO2. Studied reservoirs and reviewed geological & geophysical datawith teammates to propose both infill and exploratory wells. Calculated and managed reserves which resultedin proved reserve growth from 4.5 to 6.7 TSCF. Analyzed the reservoirs flow capacity and determined that thewells were the limiting point. Convinced management to change completion strategy. Resulted in a wellcapacity increase from 30 to 100+ mmscfpd. Grew total production from 500 mmscfd to over 1 bscfpd.

Reservoir Engineer – Mississippi & Louisiana� South LA Gas Fields - onshore & inland water, exploration and development of gas and oil. Generated

$50MM worth of projects to drill & complete numerous wells adding reserves and production to the area.Culminated in a sales package netting $180MM to the bottom line.

� Sharon Field – proposed development for Denbury’s 1st unconventional tight gas play with horizontal wells.� W. Heidelberg Field – designed waterflood development of field which supplied cashflow to the company for

years.

EXXONMOBIL CORPORATION 1984 – 2000

Senior Staff Reservoir Engineer – International E&P, Dallas, TXReservoir engineering and economic analysis for a potential new foreign gas field affiliate in Peru.� Performed economic analyses to understand critical components, assess risk, and determine most profitable

development scheme for multi-billion dollar upstream and midstream development of the Camisea Field inPeru.

� Monitored 3-well appraisal program from a subsurface engineering point of view to ensure appropriateengineering data was obtained and Quality Controlled.

o Performed pressure transient analyses and PVT EOS modelingo Developed field development schemes and determined production profileso Conducted Well Deliverability Study that increased estimated initial production rates from 75

MMSCFD to 125-190 MMSCFDo Built Single Well Reservoir Simulation Model to predict production impairment due to condensate

dropout� Successfully integrated Technical & Business issues in support of key Peru E&P strategies.

Began Career as Operations Engineeer - ExxonMobil Exploration & Production US, Houston, TX


JEFFREY A. SEIFER, PE(972) 335-0745 | [email protected] | Page 3

EDUCATION / CERTIFICATIONS

Texas Licensed Professional Engineer, #77186

Bachelor of Science – Petroleum Engineering, Texas A&M University

Masters of Business Administration, University of Houston

PROFESSIONAL DEVELOPMENT

� Decision & Risk Analysis� Petra Bootcamp� Advanced CO2 Training� Well Test Design & Analysis� OFM Fundamentals & Reservoir Forecasting� DSS Fundamentals� Practical Aspects of CO2 Flooding

� WEM Nodal Analysis� International Economics� IDEF Data Modeling� Acidizing� Petroleum Geology for Engineers� Well Logging� Facility Engineering

Technical Training Program (Exxon/Mobil):

� Reservoir Characterization/Management FieldSeminar

� Gas Reservoir Engineering� Reservoir Simulation Workshop� Practical Core Analysis� Probability & Statistics for Geoscientists and

Engineer� Applied Reservoir Engineering

� PEGASUS Advanced Reservoir SimulationWorkshop

� Process Engineering� Gas Lift Design� Completion Technology� Gravel Packing� Fracture Stimulation

COMPUTER SKILLS

PhdWin, Aries, Material Balance, Saphir (Pressure Transient), Petra, IHS Harmony (Forecasting & RTA), Prosper(Wellbore Performance, Design, and Optimization), Tempest More, StreamSim, @Risk (Risk & Uncertainty) OFM,DSS, WellView, Microsoft Office Suite (Excel, Word, PowerPoint, Office)


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