F I L E D

MAY 26 2020

SECRETARY, BOARD OF OIL, GAS & MINING

EXHIBIT *8" - Copies of Utah Admin. Code Rules R649-5-l and R649-5-2(collectively 3 pages).

EXHIBIT ((C)' - Regional locator plat of proposed waterflood project area (lpage).

EXHIBIT 3(D" - Land plat of proposed waterflood project area with one-halfmile radius of injector well; previously submitted as Exhibit"1" to the RAA (1 page).

EXHIBIT '(8" - Representative injection formation log from the TXO I4-2Well; previously submitted as Exhibit o'2" to the RAA (1page).

EXHIBIT uF" - Geologic cross-section (l page).

EXHIBIT ((G" - Structure Plat (1 page).

EXHIBIT o.}J)' - Injection water analysis (collectively 9 pages).

EXHIBIT 3(1" - Plat of injection facilities (1 page).

EXHIBIT ((J" . UIC-I Form filed with the Division for conversion of theTXO 14-3 well to a Class II injection well; cement log is onfile with the Division and remaining material attachmentsare provided as exhibits herewith (collectively 3 pages).

EXHIBIT *K" - Incremental production projections and project economics(1 page)

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EXHIBIT ('Z'' _ True and correct copies of return receipts or of USPSinquiries reflecting status of mailings of the RJAA to allsurface and oil and gas owners, working interest owners,well operators and supervising agencies within a one-halfmile radius of the proposed injection well and waterfloodproject area as of May 22,2020 (collectively 3 pages).

Respectfully submitted this 26th day of May, 2020

LEAR & LEAR, PLLC

M. onald, Esq of

Attorneys for Petitioner Running FoxesPetroleum Corporation, a/k/a Running FoxesPetroleum, Inc.

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STEVEN A. TEDESCO

t6482 E Berry Place

Centennial, CO 80015

(303) 829-3041 (303) 699-0151 (Fax)

s. a.te d e sco 14@ ru n n in gfoxes. com

SUMMARYFortyyears of diverse technical, financial and managerial experience in the naturalresource industry. A

results-orientedteam playerwith excellentand provenanalyticaland problem-solvingskills. A provensuccessfulpetroleumfinderintheRockiesandMid-Continentregions. Specifically,veryadeptandsuccessfulin developingfrontier plays or new plays in mature areas and creating value fora company ina short period of time. Strengths include:

Coalgeology and mining

Coal-bed methane explorationShale gas and oil exploration and production

Effective commun ication

Coal reservoir analysis

Sequence stratigraphyAirborne and ground magneticinterpretationComputer mapping and modelingBasin analysis

Wate rf looding of conve ntional rese rvoirs

Ex p loration for conve ntional rese rvoirs

Money raising

Drilling and completion ope rationsReserve analysis

Leasing

Project deve lopment - crad le to grave

Se ismic inte rpretationFinancial analysis

MarketingAcquisition and divestme ntProduction operations

EXPERIENCE

20L8-Present

Chief Science OfficerEnergid Energy lnc. Centennial, CO

Responsible for day-to-day ope rations of the company, find ing assets to acq uire, rese rvoir a nalysis, and

fundraisingmonies. Companyfocusesonconvertingstranded,flaredorabandonedgaswells,properties, biomass and othersources of methane to electricity.

2004- PresentPresident\CEO

RUNNING FOXES PETROLEUM INC. Centennial, CO

Responsible for day-to-day ope rations for a coal bed methane, shale gas and oil and conve ntionaloilcompany active and specifically focused in fee acreage areas.

Deve loped the geologic conce pts a nd raised the money to asse mble the te n coal- bed methaneprojectsforl,6 million acres in the lllinois and Western lnteriorBasin with severalprivateandpublic petrole um companies;

ffiIHP*TA

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Established over2 MMCFGPDand 400+ BOPD from shale, coal bed methane and conventionpetroleum projects in Utah, Colorado, Kansas and Missouri;Operating over 620 wells at presenU

Assembled over500,000 acres in Eastern Kansas and successfully sold coal bed methaneprojectsto Calpine, BerryPetroleum, FancherOiland Gas,AdmiralBay ResourcesandWolverine Gas & Oil;

Oversee cradle to grave ope rations;Found the Jolly, Arikaree Creek (3.5 MM+ BOE) and Old Homestead fields, Lincoln County,Colorado (sold the play to a partnerforsignificant rate of return); developed and sold theSazuek SE (sold the play to our partnerfor significant rate of return);Found the Mantey, Dunlop, Bogan and Devon (waterflood)fields, Bourbon County;Revitalized the Kizler North, Livengood, Hepler, WalnutSE and Apple Valley (waterflood)fieldsin Eastern Kansas;

Revitalized the Runamuck Field and Thomas (waterflood) fields in western Missouri; andrevitalized the Cisco Field, Grand County, Utah,

Developing several Helium assets in Southeastern Kansas and in the Uncompaghre area in Utah

2OO4 _20T4 ADMIRALBAY RESOURCES INC

President and Chief Executive Office r

Centennial, CO

Responsible for day-to-day ope rations of a publicly-traded company focused on coal bed methaneprope rties in Kansas, Ontario a nd Pe n nsylvan ia. Com pany being change d to dairy farms in New Zealand

Developed the geologic conce pts and raised the equityto assemble acreage, build inf ra-

structure, drill and complete wells and produce coal bed methane in Kansas;

lnstrumentalin the collection and interpretation of technicaldata from, drilling and completionoperations for, and the installation of seven pilot projects;

Established the first successfulshale gas and coal bed methane production in Bourbon, Allen

and Labette counties, Kansas;

Reached 5 MMCFG PD production f rom 150 wells in four projects;

Successfullyraisedmezzaninefinancingof$39M andthensuccessfullyterminatedthedebUThe company name was changed to Cultivar Holdings LLC which changed its name toPred ictmed ic (PM ED.CN ) and specia lizes in Covid 19 and lnfectious d iseases techniq ues.

INDEPENDENT GEOLOGIST Centennial, CO

Certified Petroleum Geologistwith overtwenty-fouryears'experience in oiland gas, nuclear, base

metal mining, coal mining, thirty-seven in coal bed methane and twentyyears'experience in petroleumexploration a nd ope rations.

Experience in drilling, completion and production operationsfor conventionaloiland gas in

Utah, North Dakota, Ontario, Tennessee, Kentucky, Michigan, lowa, Kansas, lllinois, lndiana,Colorado, Nevada, Missouriand New Mexico;Extensive experience in interpretation of coal environments of deposition and analysis ofchemical and physical data, adsorption, desorption and permeability data;

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1985 - 2001

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a Extensive experie nce in geologic mapping, prospect ge neration and fie ld development in theAppalachian, Warrior, Williston, Michigan, lllinois, Western lnterior, Denver, Laramie, Uintah,San Joaquin, Sacramento, Alberta, Basin and Range, Tyee, Salina Paradox, Appalachian and San

Juan basins;

Experience in seismic, gravity and magnetic acquisition and interpretation;Deve loped clie nt sa les brochures to se ll the ir projects to ind ustry;Assisted seve ralclie nts in raising monies for the ir projects for e ithe r exp loration ordevelopment;Experience in coal bed methane and coal mining in North America, Asia, Australia and Europe;

Admiral Bay Resources lnc.'s US Oil & Gas Division developed three coalbed methane projectsin Eastern Kansas and one project in Pennsylvania;

Promap lnc, Englewood, CO

Compa ny deve loped oil and gas prod uction maps for the ind ustry . ln 2Ot4 the Company we nt pu blic

and me rge d with Advance Can nabis. The Company changed its name to Ge ne ralCannabis and tradesontheOTCpresently. Thestockwentashighas$63 ashareandis presentlytradingintheSl.50to

$3.00 range,

Atoka lnc.

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t984 - 20tsPreside nt

1985 - Present

President

Englewood, CO

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lnvented and developed a unique geochemicaltoolforthe petroleum industrythat resulted in

numerous oil and gas discoveries in North America and Overseas.

Developed marketing programs including radio advertising, increasing sale revenues a minimum

of th ree-fold every year for five years;

Developed the method upon which the company bases its business and performs on-goingresearch fine-tuningthe technique to stay ahead of competitors;Company's se rvices resu lted in the discove ry of ove r 121 million new barre ls of oil eq u ivale ntfor clients in North America;

Deve loped a va riety of programs that he lp a nalyze and inte rpret the company's data as we ll as

competitor's data more eff iciently resulting in more precise and accurate d rilling decisions forclients and increased market share forthe company;

Sole author on one technical books focusing on surface geoche mistry, one published and oneprese ntly in preparation;

Managed a company of up to 12 people and 30 contractors at any give n time;Savedclients in excessof 5324 million bypreventingleasing,shootingseismicanddrilling ofprojectsthat proved to be dry and were drilled byothers;Established subsidiary Atoka Coal Labs for carrying out laboratory work in the coal bed methaneindustryDeveloped a unique method forcalculating gas from mechanical logs, patent pending.

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1986 - PresentVice President

CST OIL & GAS CORPOMTION Centennial, CO

Developed a variety of projects utilizing Atoka's methodology integrated with conventionaloiland gas

methods.

a Sold n u me rous projects ove r a thirtee n-year pe riod that raised $12,6 million a nd granting thecompany ove rrides unde r approximate ly 135,000 acres of leases in six states;Discovered the first and only oil well in lowa;Discovered the Pomona Field in Franklin County, Kansas;

Discovered the Overton Field in Tennessee;

Companysold its assetsor assigned its overridestothe shareholders;Deve loped the com pa ny's broch u res for raising d rilling f unds;Company prese ntly is a successfulse rvice company in Easte rn Kansas provid ing d rilling, f racking,

cementing, roustabout, waterfloods, workover, pipeline installation, pumping, and waterhauling work.

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1983 - 1985

Exploration Manager

DOUGLAS ENERGYCOMPANY Denver, CO

Responsible forall of the company's exploration activities and oversaw a variety of contractors. As a

result of my technical expe rtise, the company found three newfield discoveries fora total of 2.3 million

barrels of new oil of reserves.

1981 - 1983

Project Geologist

WESTON G EOP HYSICAL CO RPOMTION Westborough, MA

Responsiblefora widevarietyof geologicand geophysicalanalysis of severalnuclear powerplantsites,coalpropertiesandpowertransmissionfacilities. Developedmarketingmaterialsforthecompany'sservices directed at the petroleum and mining industry, direct sales of company's servicestothoseindustriesand personallygenerated $g.Z milllon in new business,

1980 - 1981

Exploration Geologist

MOBIL OIL CORPORATION Denver, CO

Responsible fortaking overdrilling projects havingoperationaldifficulties and gettingthem on trackagainforpotentialdevelopmentintosurfaceorundergroundcoalmines, Mydutiesalsoincludedove rsee ing projects where the com pany was e ithe r a minor or majority inte rest partne r and nee ded tointerface with partner's personnel, drilling operations and mining engineers.

1977 to L978Geologist

KERR-ADDISON MINES LTD Noranda-Rouyn,

Quebec

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Responsible for carrying out geophysicaland geologic su rveys across compa ny's mining claims in Ce ntralQuebecand Southern Ontario,EDUCATION

2014 Colorado Schoolof M ines, G olde n, CO, Ph, D. in G eology, with e mphasis on coal and shalerese rvoir cha racte rization in the Che roke e Basin, Ka nsas.

1980 Southern lllinois University, Carbondale,lL, M,S. in Geologywith an emphasison coalgeologyand geochemistry.

1977 Northeastern University, Boston, MA, B,S, in Geology

BOARD POSITIONS

Director: Southern lllinois University Foundation, Carbondale -from 20L7 to Present

Director: Admiral Bay Resources lnc, (ABD.V)-from 2008 to 2014

Director: Promap lnc. \ Advance Cannabis (CAN N,OTC)- f rom 2OtI - 2OI4

Director: Waipouli Beach Resort, Kappa, Hawaii -f rom 2071 to 20LG

Publications

Tedesco, S.A., 2019, Coalbed Methane: Exploration, Development and Production Practices,

John Wileyand Sons, NY- in press.

Tedesco, S.A., 20L9, Geology and surface geochemistry in petroleum exploration, John Wiley &

Sons, NY - in press.

Tedesco, S.A., 201-9, Microseeps as pathfinder and regionalfiltering tool in petroleum

exploration, Chapter 6 in Novel Methods in Geophysical Exploration and Geological Engineering, eds S

Gaci, O. Hachay and O. Nicolis, John Wiley & Sons - in press.

Tedesco, S.A,, 20L9, Stable carbon isotope, reflectance, total organic carbon definesDesmoinesian and Atokan sediments in the Denver and Cherokee basins in the Mid-ContinentUSA, Chapter 7 in Novel Methods in Geophysical Exploration and Geological Engineering, eds S.

Gaci, O. Hachay and O. Nicolis, John Wiley & Sons - in press.

Tedesco, 20L7, Use of aeromagnetics and micromagnetics to identify potential areas ofhydrocarbons in the Midcontinent, United States, Chapter L6, p.259-275 in eds. S. Gaciand O

Hachay, Oiland Gas Exploration Methods, John Wileyand Son, 304p., ISBN 978-1L9-22742-7

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Tedesco, S., Goudge, C., FausnauEh, J,, Allexan, S,, 1987. lodine - An Exploration Tool for OilandGas. Oil and Gas Journal, v. 85, no.26 , p.74-77, June 29.

Tedesco, S.A. and C.K. Goudge , L994, help locate SE Colorado Morrow reservoirs, Oil and Gas &

Journal, October 10th, p. 86-89

Green, T.W., Wolfe, S. R., and Tedesco, S. A., 2003, Pilot Tests ln The lllinoisAnd Westernlnterior BasinsTo Determine Commercial Productivity From Pennsylvanian Aged Coals. Society

of Petroleum Engi neers. doi :10.2 118/84430-MS

Tedesco, 5.A., 2002, Coalbed methane potential and activity of the lllinois Basin

Tedesco, S.A., 1-998, lodine data helps focus Williston Basin Red River search, Oil & GasJournal,

Tulsa, OK, June 22, p. 83-86.

Tedesco, S.A,, l-995, Surface geochemistryin petroleum exploration, Chapman and Hall, New

York, 206p. ISBN 978-1-4615-2660-5

Tedesco, S.A., L995, Use of iodine surfacegeochemistry surveys in the Lodgepole andMinnelusa Plays US Northern Rockies, Oil and Gas & Journal Special Edition, Tulsa, OK June 5th,

p. 33-35.

Tedesco, S.A. and i.A. Andrews, 1995, lntegration of seismic data iodine geochemistryyields

Lodgepole exploration model, Oil and Gas &Journal, September 18th, p. 56-60

Numerous industry presentations at the American Association of Petroleum of GeologistDomestic and lnternational, Society of Exploration Geophysicist and Society of Petroleum

Engineering Meetings.

REFERENCES

Available Upon Request

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JOSEPH D. TAGLIERI

Professional Profile. Committed to excellent service; understands customer needs and responds quickly and

efficiently to maintain excellent customer relations.o Proven expertise in logistics, inventory control, property administration, and client

relations.o Respected team leader with excellent interpersonal skills; interacts well with individuals at

all professional levels.o Strong planning, organizational and research skills.o Motivated to work efficiently without direct supervision in a busy environment.o Possess proven ability to establish and maintain positive interaction and rapport within

departments, with outside customers/vendors, and with management.. Technical skills: MS Excel, MS Word, and MS Windows.

Employment HistoryRunning Foxes Petroleumr lnc., Centennial, COPresident

November 2007 - Present

I am currently responsible for the daily operations of the company. My responsibilities include:sales and marketing, human resources, state and federal compliance, and production. In the past,

I was also responsible for performing the duties of a well site geologist to include mechanical loganalysis, mudlogging, coring, collecting and analyzing cuttings, and desorbing coal samples in thefield. Office duties include analyzing wireline logs, building basin data bases, mapping lithologicstructures, isopachs, and rock properties. I am active in developing new project areas, and

expanding existing project areas; working with state natural resource departments with regards topermitting new wells, compliance, and reporting.

Columbine Logging, Inc., Littleton CO June 2007 - November 2007Lead MudloggerResponsible for coordinating start-up dates with Company Representatives, completing the initialinstall, testing equipment, sample collection, and completing the mudlog. Responded to clientrequests. Communicated with drillers on lithology changes and formation tops. Completedaccurate sample labeling and preparation for shipment to client.

Education, Specialized Training & Awards

B.S. Geological SciencesThe Pennsylvania State University, PA

United States Marine CorpsNavy Achievement Medal

ST]R.E ENGINE'ERItrIG, LLCPetroleum and Natural Gas Bngineering Consultants

P.O. BOX 631967Littleton, CO 801638268 S. Jasrnine CT.Centennial, Colorado 801 l2EMAIL: SUREENGINEERINGLLC@GMAIL.COM

TEI,EPHONE:FAX NO.:

(303)7703111(303)721 6782

sl8/20

Ibrahim Nafi Onat, Ph.D

Nafi Onat received Bachelor of Science (BS) and Master of Science (MS) Degrees in PetroleumEngineering from Middle East Technical University ("METU") in Ankara, Turkey. After a brief careerwith Mobil as a production engineering trainee, he joined Mineral Research and Exploration Institute("MTA"), as a Petroleum Engineer. His duties included supervision of Russian and Romanian drilling rigsoperating in Eastern Turkey under contract.

Nafi received his Ph.D. in Petroleum Engineering in 1975 from Colorado School of Mines, in Golden,Colorado, then returned to METU in Ankara, Turkey, where he taught undergraduate and graduatepetroleum engineering courses as an Assistant Professor and supervised preparation ofthesis for Master ofScience degrees.

In 1979 Nafi came back to USA and started working for Wenner Petroleum Corporation in Denver,Colorado as manager of operations. He oversaw all field operations, which involved design, supervision,and optimization of all drilling, logging, completion, testing, and production operations. After two years,Nafi was promoted to Vice President, Engineering, and he supervised the company's operations inMichigan, Ohio, Texas, Colorado, and Tennessee for the account of several oil companies and drillingfunds for whom, Wenner Petroleum acted as operator. As a project manager, he oversaw developing alarge Niagaran Reef oil and gas field from its inception to development and marketing for MichiganSeamless Tubing Company in Michigan.

In 1988 Nafi founded O, E. & P. Corporation in Englewood, Colorado and took over the operations fromWenner Petroleum Corporation. Nafi, as the President of the O. E. & P. Corporation operated Pentwaterfield in Oceana County, Michigan, and some 25 wells in Holmes and Wayne Counties, Ohio,

After nine years ofhands on experience in oil and gas fields, in 1989, Nafi turned over operations to otherlocal cornpanies and joined Resource Services International, Inc. ("RSI"), a petroleurn engineeringconsulting firm in Denver, Colorado, His responsibilities included reserves and economic analysis,comprehensive engineering studies for litigation involving hydraulic fracturing, recommendations to clientsfor optimization of field management, workover programs, coalbed methane well operations andperformance analysis. Nafi was involved with designing, supervising, and analyzing slick water and foarnfrac operations in Denver Julesburg basin CodellAtriobrara completions. He was instrumental in selectingdeeper re-entry candidates in the field for recompletion potential.

Nafi was involved with coalbed rnethane projects in San Juan and Raton Basins operated by EvergreenResources, and CBM operations in Eastern Kansas operated by Great Eastern Energy. He worked onhydraulic fracture design, reserve estimates and production optimization of the coalbed methane wells.

1

In September of 1997, after nine years of consulting, Nafi founded Sure Engineering, LLC ("SE"), a

consulting company specializing in petroleum and natural gas engineering. As President of SE, Nafi hascontinued his consulting work involving domestic and international conventional and coalbed methaneprojects, reserve evaluation, well cornpletion, production optimization, and simulation studies, He workedon CBM project in Black Sea coast, Turkey with Dan Oil and Harnilton Brothers, and was involved withdiscovery and development of a large shallow gas field in Thrace Basin, Turkey.

Nafi worked as an officer and director of several public companies including Star Energy Corporation, anoil and gas production company from December 1999 to June 2006 and Texhoma Energy Inc., an oil andgas production company from June 2007 to June 2009.

Nafi appeared as expert witness at the Michigan Department of Natural Resources hearing and in DallasCounty Court, Texas.

Complementing l.ris extensive experience, Nafi also is associated with group of international consultantswhojoin him in projects on as-needed basis. These associates are academics and independent consultants.

While managing Sure Engineering, Nafi also joined ONE Energy Capital in August 2009 as a director, andshortly after he became the president of ONE Energy Operating Corp., Texas. During his employmentfrom 2009 until 201 I as the president and petroleum engineer ofthe company, his responsibilities includedoil and gas prospect evaluation for acquisitions, operating and managing company's oil wells, preparingworkover operations and determining re-entry and recompletion potential of the existing marginal wells.He resigned from ONE Energy International on March 22,2011 to be able to focus on his own consultingprojects. Since his departure he has been consulting several companies involved with oil and gas projectsin Kansas, Colorado, and Wyoming.

Nafi is a member of Society of Petroleum Engineers ("SPE") and resides in Centennial, Colorado.

2

R649-5-L. Reouirements for Iniection of Fluids Into Reservoirs.

1. Operations to increase ultimate recovery, such as cycling of gas, the maintenance ofpressure, the introduction of gas, water or other substances into a reservoir for the purpose ofsecondary or other enhanced recovery or for storage and the injection of water into anyformation for the purpose of water disposal shall be permitted only by order of the board afternotice and hearing.

2. A petition for authority for the injection of gas, liquefied petroleum gas, air, water, or anyother medium into any formation for any reason, including but not necessarily limited to theestablishment of or the expansion of waterflood projects, enhanced recovery projects, andpressure maintenance projects shall contain:

2.1. The name and address of the operator of the project.

2.2. Aplat showing the area involved and identi$ring all wells, including all proposedinjection wells, in the project area and within orle-half mile radius of the project area.

2.3. Afull description of the particular operation for which approval is requested.

2.4. A description of the pools from which the identified wells are producing or haveproduced.

2.5. The names, description and depth of the pool or pools to be affected.

2.6. A copy of a log of a representative well completed in the pool.

2.7. A statement as to the type of fluid to be used for injection, its source and the estimatedamounts to be injected daily.

2.8. A list of all operators or owners and surface owners within a one-half mile radius of theproposed project.

2.9. An affidavit certi$ring that said operators or owners and surface owners within a one-half mile radius have been provided a copy of the petition for injection.

2.10. Any additional information the board may determine is necessary to adequately reviewthe petition.

3. Applications as required by R649-5-2 for injection wells that are located within the projectarea, may be submitted for board consideration and approval with the request forauthorization of the recovery project.

4. Established recovery projects may be expanded and additional wells placed on injectiononly upon authority from the board after notice and hearing or by administrative approval.

EXHIEIT B

1

5. If the proposed injection interval can be classified as an USDW, approval of the project issubject to the requirements of R649-5-4.

R649-5-2. Requirements for Class II Injection Wells IncludingWater Disposal, Storage and Enhanced Recovery Wells.

1. Injection wells shall be completed, equipped, operated, and maintained in a manner thatwill prevent pollution and damage to any USDW or other resources and will confine injectedfluids to the interval approved.

2. The application for an injection well shall include a properly completed UIC Form 1 andthe following:

2.L. Aplat showing the location of the injection well, all abandoned or active wells within aone-half mile radius of the proposed well, and the surface owner and the operator of any landsor producing leases, respectively, within a one-half mile radius of the proposed injection well.

2.2. Copies of electrical or radioactive logs, including gamma ray logs, for the proposed wellrun prior to the installation of casing and indicating resistivity, spontaneous potential, caliper,and porosity.

2.3. A copy of a cement bond or comparable log run for the proposed injection well aftercasing was set and cemented.

2.4. Copies of Iogs already on file with the division should be referenced, but need not berefiled.

2.5. A description of the casing or proposed casing program of the injection well and of theproposed method for testing the casing before use of the well.

2.6. Astatement as to the type of fluid to be used for injection, its source and estimatedamounts to be injected daily.

2.7. Standard laboratory analyses of:

2.7.L. The fluid to be injected,

2.7.2. The fluid in the formation into which the fluid is being injected, and

2.7.3. The compatibility of the fluids.

2.8. The proposed average and maximum injection pressures.

2.9. Evidence and data to support a finding that the proposed injection well will not initiatefractures through the overlying strata or a confining interval that could enable the injectedfluid or formation fluid to enter any fresh water strata.

2

2.L0. Appropriate geological data on the injection interval with confining beds clearlylabeled,

2.L0.1. Nearby Underground Sources of Drinking Water, including the geologic formationname,

2.I0.2. Lithologic descriptions, thicknesses, depths, water quality, and lateral extent;

2.l0.3.lnformation relative to geologic structure near the proposed well that may effect theconveyance andfor storage ofthe injected fluids.

2.1I. A review of the mechanical condition of each well within a one-half mile radius of theproposed injection well to assure that no conduit exists that could enable fluids to migrate upor down the wellbore and enter improper intervals.

2.12. An affidavit certiSring that a copy of the application has been provided to all operators,owners, and surface owners within a one-half mile radius of the proposed injection well.

2.L3. Any other additional information that the board or division may determine is necessaryto adequately review the application.

3. Applications for injection wells that are within a recovery project area will be consideredfor approval:

3.1. Pursuant to R649-5-1-3.

3.2. Subsequent to board approval ofa recovery project pursuant to R649-5-L-1.

4. Approval of an injection well is subject to the requirements of R649-5-4, if the proposedinjection interval can be classified as an USDW.

5. In addition to the requirements of this section, the provisions of R649-3-1, R649-3-4,R649-3-24,R649-3-32, and R649-B-1 and R649-10 shall apply to all Class II injection wells.

3

location Map forInjection of TXO 14-3

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TXO 14-3Cisco Springs Water lnjection Project

Tx.O 14-2 + TXO {4-1It 404' 545'

TXO 14-1660'FWL, s20,FSLswsw sEc 14-T20S-R23EGrand County. UlahAPI#: 43-01 9-3061 0GL: 4fOO'KB: 471O' {all meaeurements from KB)TXO 14-2

3CO'FSL, B2O'FWLswaw sEc 14-T20S-R23EGrand County, UtahAPI#: 43-O19-31OAgGL:4763'KB: 4711' {gll measurements from KB}

iI

I

TXO 14-3275'FSL,420' FWLswsw sFc 14-T20S-R23EGrand County, UtahAFt*: 43-O1 g-3144GL: 4703'KB: 471 1' (all measurements from KB)

mfi;r tn-tnl*lionl

t(dtrq,h ltral I r$ll t.ilnritn(r'nxlr--shr r4lrala5l c6FF

Lsl trlr r-rf], Fdnilnr.n'rrrirs. r; tnrr l{rtll./(' nsrf

l+tr$-l.lu . t tlF

Kdt ".=...

--.- dt ----"-- "'- -' .? "-"-;.'.",,,'""",

-. - _'__ ri*, r.,r"lrr *.'- *il "rrttXa lrt l'arixnKdt

W&t

lnjection Area Detail

lnjection AreaN

W E

,5

I

Topographlc Map lr behlnd the contours. Yellow ls the presenl.reathat Runnlng Foxes Pelroleum lnc ellher has leeses, yrGlls or op€retes.Stfuctum €ntour ls on top at thc Dakola Form.tlon: clj 20'

plF€line in tfte area, lhe dull rcd the dirccEon of lhe wat€r fiom iniactionerea that Running Foxes Feiroleum lnc €ither has l€a3eg, wellE ot oFerutes

*llh'l

,l+F'ill

"ti

I

+ '-"., it

Otill Hflet.

*.r.o

ao

orl

+It

a

-'-. d's

r.-li:-

oTXO

r4'

..11

flisco Springs ProjectFigure 4

Cross+ection forWater lnjection

jx:&4.itrRunnint Foxca P€trohun

z020

EX}'IBIT F

(r,(,,cto

BL

i Lease: UTU

l

lssso

42223

Srqle

uTu

Lease:

aoog

Lea6e: UTU 042223

2,

I

I

L

Lease: UTU

!

Lease:I

042223I

coo(a

(tdo

I

l

i

I

I

I

UTULease: 042223

+ \ rsts1 lnjection RouteCisco Springs Project

Kdl Structure, lopographic, Leas

d:-{;.

RFP'Running Foxes Petrol€um

Stltrcturc (:ontour lntcrlTl 20'

Proposed Water lnjection Well

-'l Amber Oil and cas Gas lnjeclion Route

O AmberGas lnjection Well

Running Foxes Leases

ffiffl8lr G

Foxes Petroleum

Recommendation

Date: 8/3O/20L9

.A

I /f*-1

\

(I

L

k

.,

t

a

OILFIELD SERVICESlnnosPeci'

EXHIEIT r-I chemistry moffers*

rnfrtilRunning Foxes Petroleum was surveyed by lnnospec Oilfield Services (lOS), lnc. The foF

lowing are the findings of that survey and the resulting chemicaltreatments

Analytical Procedure

The procedure utilized in this survey was designed to evaluate all constituents that could

reduce the efficiency of the system. Complete water analysis was performed on each sample

taken. Key fluid properties, such as pH, dissolved gases, bicarbonate, and total iron were deter-

mined in the field for accuracy. Computer modeling software was used in order to determine thepotential for calcium carbonate, calcium sulfate, and barium sulfate scale from each sarnpled

fluid.Bacterial inoculation studies were gompleted according to API procedures using a serial

dilution and incubation method. These tests were completed on each fluid sampled to determine

the presence and concentration of sulfate reducing, acid producing, and aerobic bacteria.

@Discussion - Water Analysis

Water samples were obtained from three wells. Bacterial inoculations, along with fluidpH, dissolved gas analyses, bicarbonate ion, and iron readings were determined on site. The re-

maining analyses were completed in the Fruita, CO technical services laboratory.

Dissolved HzS & COz

The results of the water analyses indicate that the vast majority of the wells contained

at least a trace amount of dissolved CO2. Dissolved CO2 has the ability to corrode surface and

subsurface production equipment and can lead to further production problems stemming fromthe formation of iron sulfide deposits.

Dissolved lron

The produced brine displays a mild to severe amount of dissolved iron. This is a measureof the total dissolved iron, which encompasses both native formation iron and that which is lostfrom production equipment. Although there is no method to accurately quantifiT native vs cor-rosion iron, the history of the producing zones, dissolved gas analysis, and bacteria inoculationstudies leads the IOS technical services staffto believe that a moderate to severe corrosionproblem exists.

Microbially lnduced Corrosion (MlCl

Bacteria inoculation studies indicate that several wells in this area display severe bacteriagrowth patterns. The most critical strain of bacteria that historically has shown to be most prob-lematic are sulfate reducing bacteria. Sulfate reducing bacteria or SRB as they are commonly re-ferred as can be extremely corrosive to the production equipment which is due in part to thedevelopment of localized bacteria colonies along pipe walls. SRB release HzS as a byproduct whichcan lead to the formation of iron sulfide deposits down-hole and in the surface production equip-ment. The followingtable shows the conversion between the numbers of bacteria bottlesturnedto the possible amount of bacterial colonies present within 1 mL of sample water.

3 bottle 101-l 000

6 bottle

tcria(lolonies/nr l,

oll

Pleose Fill Out lhe System Pqrometers Section Below Before Filling in the Tobles

Full Leose Nome Beginning Toble Number

Medium HighCorrosion Motrices

mglL Totol lron

mg/L Mongqnese

Positive Bocterio Botlles

Fluid Temperoiure ("F)

Dissolved HzS

Dissolved COz

50

70

50

2

3

180

5

60

30

I

2

130

0.40

0.900

Wo

180

0.50

l.m0

fi7o

O lnsert ihe Risk ond Vorionce Keys into the body of the Word Documenl directly oheod of this sections Doto Tobles O

HighMediumScoling Mstrices

Stiff Dovid lndex

Super Solurotion Rotio

Specified Scole Temp ('F)

Wqler Chemislry Vorionces

HighLowGenerql

BqcleriqBotiles

Temperolure('F)

Melols (mS/L)Acid Goses (mS/L)

COz

lnorgonic Scoles

SulfoteCorbonoteRisk Level

High

Moderote

Low

sD-t > 0.5

0.4 - 0.49

< 0.4

ss-R > I

0.9 - 0.999

< 0.9

>50

5-49<5

>70

60-69<60

>50

30-49<30

>2

I - r.9<l

>3

2

<2

> 180

130- 179

< 130

Generol Vorionces When Compored To The Group Averoge

Below Group Averoge Within Group Averoge

0 lnsert the Doto Tobles into the body of the Word Document immediotely ofler the Risk & Vorionce Keys O

Above Group Averoge

BWPD

BOPD

MCFD

Temperolure (oF)

pH

H2S (Dlssolved)

CO2 (Dlssolved)

TDS

Speblflc Grovity

DenslV

Cqlclum

Mogneslum

Sodlum

Bodum

Shonllum

Totol lron

Mongonese

Blcqrbonole

Chlorlde

Sulfole

TotolHordness

S-D lndex

[bs/l,000 bbls

SS Rollo

tbs/l,000 bbls

SS Rqtlo

[bs/I,000 bbls

SS Rotlo

Lbs/I,000 bbls

6.6

0.00

r20.00

45,559

r.030

8.59

7n419

16,22s

875

199

37.84

0.59

1,830

25,300

I

3,502

0.00

0.00

0.00

1.646

591.2

0.000

2.265

0.520

7.8

0.00

60.00

20,868

r.020

8.51

ll048

8,028

37

26

19.21

0.r4

|,220

I I,400

0

471

0.00

0.00

0.00

2.123

95.0

0.000

0.000

0.000

7.2

0.00

60.00

23,404

1.020

8.51

476

65

8,530

2

63

69.92

2.03

171

14,000

98

1,457

0.00

0.00

0.00

1.226

90,6

0.044

0.917

0.0

17.740

35.2

0.00.0

0.0

0.0

4

4

0.5

0.0

4

4

0.0

tT

SRB 4

3APB

@2015 lndependence Oilfield Chemicals, LIC

All Rights Reserved. 5

Porometers TXO l4-rl'XO Meso

23- r TXO 15.8

oo-

Uoo.U'T':g

oou

6g.9c

Colcium Corbonote CoCO3 D Poleniiol @ 180 "F

0,.9!c

o,6oo-oooouo

Colcium Sulfole CoS De osilion Polenliols @ 180'F

Borium Sulfole oS04 on Polenliols @ 180'F

Strontium Sulfote SrSO4 De Potentiols @ 'l 80 "F

n Bottle Counl)

Confidential

Product Selection

The products recommended in this report are the result of extensive field and laboratory test-ing performed over years of continual monitoring and research, which has been combined with thework performed during this survey.

Deposit Analysis & Recommendation

The results of the deposit analysis indicate that the sample collected off TXO 14-1, and TXO

Mesa 23-1 was 100% hydrocarbon (paraffin). Upon further testing IOFS personnel discoveredthat-85% of the sample dissolved in PCO-5150 when heated to 140 "F. ln order to effectively removeparaffin from the production strin& IOFS recommends that 10 gallons of PCO-5150 be utilized totruck treat these well once every other week. PCO-5150 contains a robust solvent and dispersantpackage to aid with the removal of wax build-up within the wellbore. The treating rate will be opti-mized to 5 gallons per treatment after a 3-month period as long as no paraffin plugging issues arise.

Corrosion / Scale lnhibitor

CSW-9522 provided to be the best overall combination corrosion/ scale inhibitor chemistry forsolubility, compatibility, and water quality, and corrosion/scale control. CSW-9522 is an excellent wa-ter soluble corrosion inhibitor that provides a tenacious corrosion inhibitor film, is also effective as a

bio stat in controlling bacterially induced corrosion, and in application with high CO2 and H25 environ-ments; while as controlling the deposition of carbonate and sulfate scales downhole and in surfaceequipment. IOS recommend treatment rate @ 400 ppm continuously injected down the backside.

Biocide

After IOS has seen high bacteria count. IOS would like to determine the duration of biocidetreatments and the correct biocide , IOS will recommendation doing a bacteria kill study.

@2015 lndependence Oilfield Chemicals, LLC

All Rights Reserved. 6Confidential

Cost Analysis

ApplicationFrequencyLocation Average Gal/Day GaUMo. s/Mo. Gat/Year $/Year

TXO Mesa 23-1

D(O 15-8

TXO 14-1

Continuous

Continuous

Continuous

0.25

0.25

0.25

7.5

7.5

7.5

$73.S8

Szg.se

s73.88

CSW-9522 $ 9.85/Gallon

$ees.sos886.sO

Sege.so

PCO-sX50

$ re.zsleallon

s3,900.00S3,9oo.oo

$3,9oo.oo

90

90

90

Paraffin control

TXO Mesa 23-1

TXO 15-8

D(O 14-1

@2015 lndependence Oilfield Chemicals, LLC

All Rights Reserved.

Batch 2xMonth

Batch 2X

MonthBatch 2X

Month

240

240

240

20

20

20

10

10

10

s32s.oo

s32s.o0

s32s.00

ApplicationFrequency

Gallon PerTreatmentLocation Gal/Mo $/Mo. Gal/Year $/Year

7Confidential

Cost Summary

Summary of Recommended Chemical ProgramI I l^";:1*l I I

I p"r. I $/r". I per/Mo. I S/ruo. I cal per/Yr. I

Product Designation $/Year

csw-9522

PCO-5150

Truck Charge

Man Hours

Water Sample

Paraffin Sample

Corrosion/Scale lnhib

Paraffin

Truck

Per man

Fullwater

Sg.es

s16.2s

s100.00

S6s.oo

51s0.00

S3oo.oo

5227.64

se7s.00

52,659.s0

s11.700.00

Gal

Gal

Hr.

Hr.

Sample

Sample

22.5

60

270

720

Truck stop

@2015 lndependence Oilfield Chemicals, LLc

All Rights Reserved.

82.50 $ 1,196.54 990 $143s9.5

8

Gal/Mo. S/Mo. I crt7vr, S/Year

Confidential

lrilffiThe information accumulated herein is believed to be accurate based on the information provided,

although no guarantee or warranty, either expressed or implied is made as to the accuracy or com-pleteness of this information, whether originating with this company or not. The listed products and

their recommended applications are based on information obtained during or before the time thisdocument was generated and cannot be guaranteed, especially if any conditions of the system changenow or in the future; recipients are advised to confirm in advance of need that the information is cor-rect, applicable, and suitable to their circumstances. Bachman Services disclaims any liability in con-nection with the use of this information, and does not warrant against infringement by reason of theuse of any of its products in combination with other materials or in any process. The conditions ormethods of handling, storage, use and disposal of the product and container are beyond our controland may be beyond our knowledge. For this and other reasons, we do not assume responsibility and

expressly disclaim liability for loss, damage or expense arising out of or in any way connected with thehandling, storage or use of this information or product.

@2015 lndependence Oilfield Chemicals, LLC

All Rights Reserved. 9Confidential

BERM

EUJo CP

mn

(

WELL

HEAD

BERM

t

TXO L4.3 PAD

Water Pipe to allow waterto be put in tank

STAIRS

lnjectionShed

Direction of Flow2" Poly Water from TXO

L4-2 and t4-L

3OO BBL

Tank

3OO BBL

Tank

EXfitBr a

STATE OF UTAHDEPARTMENT OF NATUML RESOURCES

DIVISION OF OIL, GAS AND MINING

UIC FORM 1

APPf-!CAT|ON FOR |NJECTION WELLName of OperatorRUNNING FOXES PETROLEUMAddress of Operator14550 E EASTER AVECI1YCENTENN]AL STATE CO '''80112

Footage ' 275' FSL, 420' FWL

SWSW 14 2OS 23E

county: GRAND

State: UTAH

Well Name and NumberTXO 14-3

4301931144or

GREATER CISCO

uIU44440

Utah Account NumberN

829,3041

ls this application for expansion of an existing project? Yestr NoE

Will the proposed well be used for: Enhanced Recovery?

Disposal?

Storage?

Yes VYes nYes n

No[]ruoENoZ.

ls this application for a new well to be drilled? Yes n No V

lf this application is for an existing well, has a casing test been performed?

Date of test:

Yes n No

Proposed injection interval :

Seroposed maximum injection:?

from 1,602 ro 1,610

rate 20 600bpd prossure psig

Proposed injection zone contains oil Z, gas f], and / or fresh water f] wilhin lz mile of the well

List of attachmsnls; Location plat, Cemen! Bond log, Wellbore diagrams, Labroratory analysis of injection fluid, Geologicalreport, Affidavit certifying that a copy of the application sent to surface owners.

ATTACH ADDITIONAL INFORMATION AS REQUIRED BY CURRENTUTAH OILAND GAS CONSERVATION GENERAL RULES

I hereby cerllfy lhat thls report ls truo and complots io tho b6it of my knowlodgo.

Name (Please Print)

Slgnature

Title

Date

Owner

5t12t2020

(5t20021

Steven Tedesco

EXHIBff T

INSTRUCTIONS

This form shall be submitted by the-well operator prior to the commencement of operations for injecting anyfluid into a well for the purpose of enhanced recovery, disposal, or storage within the state bf Uta'n, inaccordance to the Utah Oil and Gas Conservation General Rirles. Approvals or orders authorizing injectionwells shall be valid for the life of the well, unless revoked by the bbard for just cause, after n-oti6e andhearing.

Send to:

Utah Division of Oil, Gas and Mi1594 West North Temple, SuiteBox 145801Salt Lake Gity, Utah 84114-5801

ning1210

Phone: 801-538-5340

Fax: 801-359-3940

&s

(5t2002'l

Elevations: GL:4703'

KB: 47i:(all measurements from

Surface7 518',26.M, set at 155,

75 sx cement

Production4112",10.#, set at 180'l'

75 sx cement

Detall

5/15/2013:

2 3/8" Tubing

Seat Nipple at 1627.994'Perforated Sub

Kdl P€rfs (1984)

1602-1610 3 SPF

Tagged bottom at 1701'(5li4r13)Plugged back to 1706.5'

Spud:4/23/1984

Hole Diameter: 9 7/8"

Hole Diameter 6 3/4"

Top cement: 1360'(CBL)

Rod Detai!

5/8'Sucker Rods

1 1/2" Pump,.5Z'stroke, 8' long

Set at 1627,99'

Converted pumpjack motor from propano

to natural gas 712912013

cement: 1360'(CBL)

Kd'l Frac (1984)

65 bbl, 3% KCL @ 2200 psi

Minifrac: 159 bbl gelled water

1700# 20/40 sand

Pump set at 1627.99'

perforated sub

Scraper to 1680' (5/1412013)

TD Driller:2160TD Open Hole Loggec 2226'TD CBL (5/14/80): 1706.5'

TXO {4-3

FoxesTXO 14-3

275'FSL,42O'FWLSWSWSEC 14.T2OS.R23E

Grand Coung, UtahAPI#:43-01 '144 9/20n3

Gi*co - reterllond for TllO l+-1. ll-U end ll-3

7fl0t8{ s

tr,050l $

Iztot84

n.u5ol

I2t0t84

{r,050}6,930

7

2t0181

11,0801

7

2t0t84

(r,05ol

7

2r0t8{

[1.050]

Izlt'lfi4

fl,0501

s.930

il{20388

lr,0E0)13.880

228S0

5?8

[1,050]

30$o0788

tr,050l23.700

{0r.2[01.050

t1,0501

50t.500

1,313

{r,0501

GO

t.*o01,575

tr,050l

s0t.*001,5?5

n.0501

5S

t.Es01.{70 $

tr,0501 $

52t.5s0 $1,365

n+,7001

$

$s

+

$+

$$

s$

$

$

$s

$

$$

$$

s$$

s$

s$

s$

s$

$

$$

t2,ss0

780

$

$

$ $ $ + $ $ s+I

Prolsctsd treilg OII Producrion 100?c

Estimited llonrhll Production in EO lO0rlLs,sr FoteltiFs - lZ-82Lcase Operating Erpensr lor Producers l00X ro Yl

Gas PricsOil Pric*

GonstenlsHo- ol ProducersEarrrls P*r Yrll P*r Ee;LOE Per Yell Pcr ilonrlr

Fleuenle

Feuenue f33 a harr*l ll0Orf

Capital lneuestmentsHrl Ferr,nue ir tl-5x ilFl

$

$ 33.00

z

+

-525

s$

1.€{

33.00

2

4

-E25

$

*1.81

33.00

z

+.525

$$

1.84

33.00

2

4

-528

$

$

1.Sl

33.00

2

+

-EzE

s$

t.s+

33.00

2

+

-826

$$

r.fi{

33.00

2

4

-525

s$

1.8+

33.00

2

7

-52S

$$

1.84

33.00

2

fi-525

$$

r.s*

33.00

2

t5-52F

s$

1.8{

33.00

2

20-525

+

st.8{

33.00

2

25.82t

$s

t.8*

33.00

2

30-5aF

$

$

1.04

33.00

2

30.545

$

$

t.81

33.00

2

2S

-525

$$

t.84

33.00

2

2E

-528

Gas is used from thF eilisting r+ellE

lniection is genenllg a closed chcuit - eng addition is lrom e*isting rrFlls.

Price is based on VTlas of Mag 'l7,2020, no deduction lor transportation ot oil.hlo rsceltion in price

RUNNING FOXES PFfROIEUM INC"

Budgat end Rcycnue ProJectr for

lnjection of the TXO 14-3

Frojacted Rerrenue and Expenses

388.il$J

$!d.oro

5q: roJ

lnvectmcntt $51,555Reuenueg: $gZg,0gg

tls.r+l

li9,floi,

Sro,flf,d

$

l itF s. r :B tl l3 15 :6

g:o.ocolMonth

${Jo.oml

*!d.Fmi

-l{bl

lrtcrthlf t!!tr*r Inin t.OEl

-trtonthly

ilct fi({lnur !t E!.!!{ Nfft

-rrit

3ftmc

EXHIBIT K

lc. Date of D

elivew

D. ls delivery address different fiom

item 1? E

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lf YE

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omplete item

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Print your nam

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Attach this card to the back of the m

ailpiece,or on the front if

1. Article A

ddressed to:

9590 9402 4699 8323 3965 90

2 A

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9590 9402 4699 8323 3965 21

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Tracking N um ber':, 7 Q1922 8000 01 027 921 98

Your item arrived at the Post Office at 7:03 am on May 1 6,2020 in MOAB, UT 84532.

ln-TransitMay 1 6,2020 at 7:03 amArrived at UnitMOAB, UT 84532

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U.S. Postal Service'"CERTIFIED MAIL@ RECEIPTDomestic Mail Only

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2015 peN 7030-02.000^9047 See Reverse for lnstructionsPS Form

Text & Email Updates

Tracking History

May 16, 2020,7:03 amArrived at Unit

MOAB, UT S4532

Your item arrived at the Post Office at 7:03 am on May 16, 2020in MOAB, UT 84532.

May 15,202Oln Transit to Next Facility

May 14, 2020,4=25pmArrived at USPS Regional Facility

PROVO UT PROCESSING CENTER

May 13, 2020, 10:55 am

Departed USPS Facility

841 98

May 12,2020,9:01 pm

Arrived at USPS Facility

84198

May 11,2020,3:16 pm

USPS in possession of item

SANDY, UT 84093

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Product lnformationq0)o-

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