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7/17/2019 B.Tech

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COURSE NO. COURSE NAME L T PPEC 13101 DRILLING FLUIDS AND

CEMENTS3 1 0

COURSE CONTENT:A. Dr il ling Fl u ids:1. Ovrvi! "# Drilling Fluids: Clay chemistry and its

application to drilling fluids, Types of clays, hydration,flocculation, aggregation and dispersion.

2. Cl$ssi#i%$&i"n' T()s $nd $))li%$&i"ns "# DrillingFluids: Water based, oil based, emulsion based,polymer based, Surfactant based, Foam based and

Aerated drilling fluids.3. Drilling Fluid C*$r$%&ris&i%s: asic functions,

properties, maintenance and treatments of drillingfluids.

!. "rilling fluid calculations.#. R"&$r( Drilling +(dr$uli%s : $heology of drilling fluids,

%ressure loss calculations and $ig hydraulics.&. 'ud logging.,. C-n & s:

1. C-n&ing' C-n&s %-n& slurr(: (b)ecti*es of cementing, oil +ell cements, Classification of cement,Slurry design, Slurry additi*es, Factors influencingcement slurry design, Cementing euipments.

2. C-n&ing M&*"ds- %rimary cementing, Stage

cementing, iner cementing, %lugging, Suee/eCementing techniues in practice. "eep +ell cementing,Characteristics of good uality cementation.

3. Cementing calculations.

COURSE NO. COURSE NAME L T PPEC 1310/ DRILLING TEC+NOLOG 3 1 0

COURSE CONTENT:1. ll Pl$nning: 0ntroduction to oil +ell drilling, "rilling

planning approaches.2. R"&$r( Drilling M&*"d: $ig parts, selection and general

layout.

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3. Drilling O)r$&i"ns Pr$%&i%s: oisting, circulation,$otation, po+er plants and %o+er transmission, $ig +ireline system handling storage.

!. C$sing Dsign: "esign of casing string, iner design

and setting, Casing landing practices, ucling criteriaand Calculation of +ell head loads. Casing +hile drilling.

#. Drill S&ring: %arts function and design.&. Drill ,i&s: Classification and design criteria of drag,

rotary, roller, diamond and %"C bits.4. C"ring: "ifferent methods of core drilling.5. ll Pr"2l-s $nd S"lu&i"ns- Fatigue failure, %ipe

sticing, ost6circulation, Sloughing shale, S+abbing,surge, gas cap drilling, lo+ out and ic control.

PETROLEUM PRODUCTION OPERATION I

COURSE CONTENT:1. ll E4ui)-n&: Well ead 7uipments, Christmas tree,

*al*es, hangers, flo+ control de*ices, pacers, tubular and

flo+ lines.2. ll C"-)l&i"n Dsign: %erforating (il 8as Wells 6

Con*entional and 9ncon*entional techniues *i/. throughtubing and tubing con*eyed underbalanced perforatingtechniues, type si/e and orientation of perforation holes.Well acti*ation, use of compressed air liuid :itrogen."o+n6hole euipment selection, ser*icing, installation testing, smart +ells6 intelligent completions.

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3. Pr"du%&i"n S(s&- An$l(sis O)&i-i5$&i"n: Self flo++ells 6 %0 0%$ of self flo+ing and artificial lift +ells,production testing 6 bac pressure test, flo+ after flo+ test isochronal test, surface layout, test design analysis of test data. %roduction characteristics of ori/ontal andmultilateral +ells 6 coning, 0%$ sin factor. 'ultiphase

flo+ in tubing and flo+6lines. Si/ing, selection andperformance of Tubing, choes and surface pipes.%roduction (ptimi/ation ; :odal Systemanalysis.

!. ll Pr"du%&i"n Pr"2l-s $nd -i&ig$&i"n: Scale

formation, paraffin deposition, formation damage, +ater production, gas production, sand deposition etc.

#. Dsigning Gr$vl P$%6 #"r S$nd C"n&r"l: Sand controltechniues, Formation Sand Si/e analysis, optimum

gra*el 6 sand ratio, gra*el pac thicness, gra*elselection, gra*el pacing fluid gra*el pac techniues.&. ll Srvi%ing "r6"vr: Woro*er system, +oro*er

rigs and selection, rig less +oro*er including 7ndless<Coiled tubing unit, minor ma)or +oro*er )obs6diagnosis remedial measures +ater shut off and gas shut off6Chemical treatment and conformance control. Woro*er completion fluids 6 types selection, Formation damage,Woro*er planning economics, asphaltine +a=.

4. In&r"du%&i"n &" Ar&i#i%i$l Li#& T%*ni4us.5. In&r"du%&i"n &" S*$l Oil' S*$l G$s $nd Oil S*$l:

concept of e=ploration and production strategies.

ELEMENTS OF RESER7OIR ENGINEERING

COURSE CONTENT:1. 0ntroduction to reser*oir engineering2. Characteristics of crude oil and natural gas, classification

of crude and its physicochemical properties.3. Rsrv"ir R"%6 Pr")r&is : %orosity and permeability

determination, combination of permeability in parallel series beds, porosity permeability relationship, fluidsaturation determination and significance, effecti*e andrelati*e permeability, +ettability, capillary pressurecharacteristics, measurements and uses. Coring and Core

Analysis

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!. Rsrv"ir Fluids: %hase beha*ior of hydrocarbon system,ideal non ideal system, euilibrium ratios, reser*oir fluidsampling, %>T properties determination, differentcorrelations and laboratory measurements, data reduction,e*aluation and application.

#. Fl"! "# Fluids &*r"ug* P"r"us Mdi$ : "arcy?s la+,

single and multiphase flo+, linear, radial spherical flo+,steady state unsteady state flo+, 8($, W($ euations

&. S)%i$l &() "# #l"!: flo+ through fractures, Water andgas coning.

4. Rsrv"ir Prssur M$sur-n&s $nd Signi#i%$n%:Techniues of pressure measurement.

5. Rsrv"ir Drivs : $eser*oir dri*e mechanics andreco*ery factors

@. Rsrv s&i-$&i"n: resource reser*e concept,

"ifferent reser*e estimation techniues- >olumetric, '7,decline cur*e analysis, latest S%7< W%C< 0S classification

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A))lid P&r"lu- Rsrv"ir Enginring $nd M$n$g-n&

COURSE CONTENT:1. 0ntroductory ecture- (*er*ie+ of reser*oir engineering

and reser*oir management2. In&r"du%&i"n &" "il g$s #ild dvl")-n&: $ational

de*elopment plan, $ate and order of drilling +ell, +ellspacing pattern, selection of de*elopment scheme,economic aspect of de*elopment of oil and gas fields.

3. 8enerali/ed (il 8as '7 and its modification

!. "ri*e 'echanism and reco*ery factors productionbeha*iour of oil gas reser*oirs#. Water influ= - steady and unsteady state models

&. %erformance prediction of depletion dri*e, gas cap dri*e,+ater dri*e and combination dri*e

4. $eser*oir pressure maintenance techniues, their

ad*antages and limitations

5. 0mmiscible "isplacement processes- Theory practices6

ucley e*erette treatment of fractional flo+ and frontal

ad*ance euations, +ater flood performance@. $eser*oir 'anagement- concepts, components and

applications

PETROLEUM PRODUCTION OPERATION II

COURSE CONTENT :1. G$&*ring $nd %"ll%&i"n "# "il $nd g$s: 88S, CTF and

8CS 6 layout, seuential treatment, and safety features oninstallations.

2. Fild Pr"%ssing "# Oil G$s: Flash and stageseparation of oil gas oil gas separators, mist e=tractor,fluid le*el and pressure control system. Control *al*esi/ing, >ertical and hori/ontal separators, meteringseparators. Woring pressure and safety feature in oil

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gas separators. Special problems in oil and gasseparation. $emo*al of suspended solid +ater from oil gas. Scrubbers and +ash tan. "emulsification anddesalting.

3. S&"r$g "# P&r"lu- $nd P&r"lu- Pr"du%&s:

"ifferent types of storage system, Types features of

storage tans, fi=ed roof and floating roof tans. "esign of storage tans +ith introduction to A%0 codes, Specification,maintenance and operation of tan batteries, >apour control and gra*ity conser*ation measures. >apour reco*ery system. %8 :8 storage.

!. M&ring $nd M$sur-n&s: 'etering of oil gas,Sampling and Testing of crude oil. 8auging euipment andmethods. Water and sediment determination. (rifice andother metering de*ices and their characteristics.

#. ll S&i-ul$&i"n T%*ni4us "esign Selection- Type description, design of matri= acidi/ation and acidfracturing. "esign of hydraulic fracturing Bmini, massi*e high energy frac.. Wa*e technology microbialstimulation

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PEC 18303 RESER7OIR FLUID

T+ERMODNAMICS9Sssi"n$l T*"r( P$)r

3 0 0

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COURSE CONTENT:1. "r6 C$l%ul$&i"ns: Wor calculation for compression<

e=pansion of ideal and non ideal gases, compressioncycles and horse po+er calculations 6 single, double andmultistage +ith and +ithout clearance.

2. T*r-"d(n$-i%s "# G$ss $nd Li4uid +(dr"%$r2"ns:Free energy +or function, 'ollier diagrams, perfect imperfect gaseous mi=tures, 7uation of state, a+ of

corresponding states, Doule Thompson effect, Arrhineouseuation and acti*ation energy. Fugacity and fugacitycoefficient of gases and gaseous mi=tures, e+is fugacityrules and Third la+ of thermodynamics.

3. S"lu&i"n T*r-"d(n$-i%s: >apour liuid euilibria,euilibrium constant, partial molar properties, chemicalpotential, $aoult?s la+ and enry?s la+, ideal and non idealsolutions, Acti*ity and acti*ity coefficients, 8ibb?s "uhemeuation, 8ibb?s adsorption euation.

!. P*$s Rul: %hase rule of single, t+o, three, multi

component and multi phase systems, phase beha*iour indifferent conditions, Thermodynamic aspects of phaseeuilibria. Calculation of phase euilibria. Ternary andpseudo ternary phase diagrams

#. Fluid Fl"! T*r-"d(n$-i%s: Single phase flo+

multiphase flo+ through *ertical, incline and hori/ontalconduits. %ressure tra*erse cur*es and their applications.>enturi flo+, no//le flo+, pipe internal flo+, annular flo+and no//le flo+ thermodynamics of multiphase multicomponent system.

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PEC 1;101 DIRECTIONAL DRILLING 3 1 0

COURSE CONTENT:1. Dir%&i"n$l Drilling: (b)ecti*es, Types of deflection tools,

tool orientation, "irectional +ell profiles, Well path

deflection correction.2. D"!n +"l M"&"rs: %ositi*e displacement motors and

Turbo6drills 6 motor description, %o+er calculation andapplications. Auto6trac and *erti6trac system. $otarySteerable motors, 8eo6steering tools.

3. +"ri5"n&$l ll Drilling: ori/ontal +ell ob)ecti*es andselection, "ifferent profiles, "rilling techniues, 'udreuirements characteristics, casing and drill stringreuirements and completion programs.

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!. Sl$n& +"l Drilling- (b)ecti*es and selections, Wellprofiles and applications.

#. D"!n &* +"l ll Surv(ing: Well sur*eyingob)ecti*es, sur*eying methods, Sur*eying Analysismethods and calculations for +ell coordinates.

&. M$sur-n&s *il Drilling- (b)ecti*es of 'W"< W",

SW", 'W" tools, Telemetry system and datainterpretation.

4. "irectional drilling problems and their remedies.5. S)%i$l M&*"ds "# Drilling : Aerated drilling, 9nder6

balanced drilling, (*erbalanced drilling, %T "rilling,>ariable pressure regime, %lasma drilling, 7lectrical"rilling, Top dri*e drilling, $e6entry drilling, Det "rilling,7=tended reach drilling, 'ultilateral drilling, Slim holedrilling, coil tubing drilling, 8eo6steering Drilling

$u&"-$&i"n.<. Drilling E%"n"-i%s.10.C"-)u&r A))li%$&i"n in Drilling

COURSE NO. COURSE NAME L T PPEC 1;10/ PETROLEUM FORMATION

E7ALUATION3 1 0

COURSE CONTENT:

1. %etrophysical measurements to sub6surface engineering.2. Indir%& M&*"ds: S% and resisti*ity logs, radioacti*elogs, acoustic logs Bprinciples, types of tools, limitation andapplications. 7*aluation of C< >", 9S0T, SFT, $FT.

3. Pr"du%&i"n L"gging- 0ntroduction, type of tools,principles, limitations and applications.

!. S)%i$l T() "# L"gging T""ls: Casing inspection toolsBprinciples, application and limitation, Formation microscanner BF'S, :'$ logging principles. ogging in high6angle +ells.

8. L"g In&r)r&$&i"n $nd An$l(sis T%*ni4us.a Standard log interpretation methods.b Cross6plotting methods- neutron6density, sonic6density andsonic6neutron etc.c Clean sand interpretationd Concepts of in*asion ; $E(, Tornado charts.e Shaly sand interpretation.

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COURSE NO. COURSE NAME L T PPEC 1;103 NATURAL GAS ENGINEERING 3 1 0

COURSE CONTENT:1. In&r"du%&i"n: Composition of :atural 8as, 9tili/ation of

:atural 8as, :atural 8as 0ndustry, :atural 8as$eser*es, Types of :atural 8as $esources, Future of the :atural 8as 0ndustry.

2. Pr")r&is "# N$&ur$l G$s: %hysical properties of

natural gas and hydrocarbon liuids associated +ithnatural gas. $eser*oir aspects of natural gas.

3. G$s C"-)rssi"n: Types of Compressors, Selection,

Thermodynamics of Compressors, Compressioncalculations. eat and 'ass Transfer %rinciples and

Applications in :atural 8as 7ngineering, 9se of 'ollier "iagrams.!. G$s Fl"! M$sur-n&: %rocess control and

instrumentation in natural gas processing plants.#. N$&ur$l G$s Pr"%ssing: Field separation and oil

absorption process, $efrigeration and lo+ temperatureprocessing, iuefaction %rocess, "ehydration of :atural8as, S+eetening of :atural gas and sulphur reco*ery.%rocessing for %8, C:8, system, Con*ersion of gas to

liuid.&. G$s G$&*ring' Tr$ns)"r& $nd S&"r$g: 8as 8atheringSystem. Steady Flo+ in Simple %ipeline System, SteadyState and non Steady State Flo+ in %ipelines, Solutionfor Transient Flo+. Transmission of :atural 8as,Specifications. 9nderground Storage and Conser*ationof :atural 8as.

4. Un%"nvn&i"n$l g$s: Coal ed 'ethane, :atural 8asydrate, asin Centered 8as, Tight 8as Sands, Shale8as. Current Technology for Shale 8as and Tight 8as7=ploration and %roduction.

5. LNG: Pr"du%&i"n $nd U&ili5$&i"n@. 0ssue and Challenges to 7nhance Supply of :atural 8as.

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COURSE NO. COURSE NAME L T PPEC 1=101 OIL GAS ELL TESTING 3 1 0

COURSE CONTENT1. %rinciples of Fluid Flo+ for steady state, semi steady state

non steady state conditions.2. "iffusi*ity 7uation "eri*ation Solutions, $adius of

in*estigation, principle of superposition, ornersappro=imation.

3. Drill S&- Ts&ing: 7uipment, "ST chart obser*ationand preliminary interpretation. Well preparation for testing,'ultiple +ell testing. 7ffect of reser*oir heterogeneities Well bore conditions, fractured reser*oir application.

!. Prssur Tr$nsin& Ts&s: "ra+do+n and buildup6test

analysis, determination of permeability and sin factor, Analysis of pressure6buildup tests distorted by phaseredistribution, Well6test interpretation in hydraulicallyfractured +ells, 0nterpretation of +ell6test data in naturallyfractured reser*oirs, Wellbore effects, 'ultilayer reser*oirs,0n)ection +ell testing, 'ultiple +ell testing, Wirelineformation testing. Wireline +hile drilling formation testing .0nterference testing, %ulse testing,

#. ll&s& $n$l(sis 2( us "# &() %urvs: Fundamentals

of type cur*es, $ameys type cur*e, 'cGinleys and8ringarten et al type cur*es.

&. G$s !ll &s&ing: asic theory of gas flo+ in reser*oir,Flo+6after6flo+ test, 0sochronal test, etc.

4. A))li%$&i"ns "# !ll &s&ing: Well testing in hori/ontal+ells, 7=tended $each +ells multi6laterals +ells, tests+ith and +ithout flo+ measurement.

5. C"-)u&r>$idd !ll &s& $n$l(sis: "eri*ati*e plot,

diagonostic plot e*aluation, data preparation, nonlinear

regression, 0ntroduction to +ell testing soft+ares.

COURSE NO. COURSE NAME L T P

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PEC 1=10/ OFFS+ORE DRILLING AND 3 1 0

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PETROLEUM PRODUCTIONPRACTICES

COURSE CONTENT:1. 0ntroduction to offshore oil and gas operations.2. S$ S&$&s $nd $&*r: 'eteorology, oceanography,

ice, sea bed soil.

3. uoyancy and stability.!. O##s*"r Fi?d Pl$&#"r-s: Types, description and

operations.#. O##s*"r M"2il Uni&s: Types, description and

installation. Station eeping methods lie con*entionalmooring dynamic positioning system.

&. O##s*"r Drilling: "ifference in drilling from land, from

fi=ed platform, )acup, ships and semi submersibles. 9seof conductors and risers. "eep sea drilling.

4. O##s*"r ll C"-)l&i"n %latforms and subseacompletions, "eep +ater applications of subseatechnology.

5. O##s*"r Pr"du%&i"n: (il processing platforms, gas

processing platforms, +ater in)ection platforms, storage,S%' and S', transportation and utilities.

@. D) !$&r &%*n"l"g(: 0ntroduction, definition

prospects. "eep +ater regions, "eep +ater drilling rig ;selection and deployment, "eep +ater production system,

7merging deep +ater technologies ; special euipmentand systems, $emote operation *essels B$(>.1H. Divrs $nd S$#&(: %rinciples of di*ing use of

decompression chambers, life boats.11. (ffshore 7n*ironmental %ollution and $emedial 'easures.


GPD 1=1;3 PETROLEUM E@PLORATION 3GEOP+SICAL MET+ODS

9SECTION A

/ 0 0

COURSE CONTENT:1. M$gn&i% M&*"d: The geomagnetic field, 'agnetic

anomalies. 'agnetic sur*ey instrument, Field method of magnetic sur*eys. $eduction of magnetic data, diurnaland geomagnetic correction. 0nterpretation of magneticanomalies. 'agnetic response of simple geometricshapes. Application of magnetic sur*ey.

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/. Gr$vi&( M&*"d: 9nits of gra*ity, gra*ity measuringinstruments, gra*ity sur*ey, gra*ity anomalies, 8ra*itydata reduction, "rift, atitude, 7le*ation, and Free6air correction. Free6air and ouguer anomalies. 8ra*ityresponse of simple geometric shapes. 0nterpretation of gra*ity anomalies and application of gra*ity methods.

3. Sis-i% M&*"ds: 8eometry of refracted ray path,planar interface. T+o layer case +ith hori/ontal interface.'ethodology of refraction profiling. Field sur*eysarrangements. $ecording instruments and energysource. Corrections applied to refraction data.0nterpretation of refraction data. Application of seismicrefraction method, %assi*e seismic

. 8eometry of reflected ray path, planar interface, singlehori/ontal reflector. 0mportance of seismic reflection

sur*ey o*er seismic refraction sur*ey techniue.Common depth point BC"% profiling and stacing. 26"data processing and interpretation of reflection data.0ntroduction to 36" data acuisition, processing andinterpretation. Applications of seismic method in oile=ploration, Concept of !6" seismic and its application.

COURSE NO. COURSE NAME L T PGLD 1=18 PETROLEUM E@PLORATION

GEOLOGICAL MET+ODS9SECTION ,

/ 0 0

COURSE CONTENT:Surface indications of subsurface oil and gas accumulations.(il accumulation parameters. $egional structural plan andlocal structures. Time of accumulation *is6a*is time of oilgeneration. 8eochemical methods of prospecting- Soilgeochemical sur*eys Source roc characteri/ation and

ydro6geochemistry as a tool for oil e=ploration. "e*elopment8eology. Theoretical principles of prognostication of hydrocarbon reser*e. $ole of plane tectonics in ydrocarbonaccumulation onshore and offshore. Seuence of geologicalmethods of oil e=ploration.

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+EALT+'SAFET EN7IRONMENTMANAGEMENT IN PETROLEUM INDUSTR

COURSE CONTENT:+$l&* +$5$rds in P&r"lu- Pr"du%&i"n R#ining $ndU&ili5$&i"n:

1. To=icity, %hysiological, Asphy=iation, respiratory and sin

effect of %etroleum ydrocarbons Bincluding mi=tures,sour gases Beg ydrogen sulphide and carbon mono=ideetc +ith their thresh6hold limits.

2. 7ffect of corrosi*e atmosphere and additi*es duringacidi/ing, sand control and fracturing )obs etc.

S$#&( S(s&--1. a/ards analysis, de*eloping a safe process, failure mode

analysis, safety analysis BA%061!C safety analysisfunction e*aluation chart Bsynergic approach.

2. 'anual automatic shut do+n system, blo+ do+nsystems.

3. 8as detection system!. Fire detection and suppression systems.

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#. %ersonal protection systems measures.&. S7 %olicies, standards specifications4. "isaster crisis management.

Envir"n-n&:

1. 7n*ironment concepts, impact on eco6system, air, +ater and soil.

2. The impact of drilling production operations onen*ironment, 7n*ironmental transport of petroleum+astes.

3. (ffshore en*ironmental studies, offshore oil spill and oilspill control.

!. (il mines regulations and other en*ironmental legislations.#. 7n*ironmental impact assessment.&. Waste treatment methods, +aste disposal method,

remediation of contaminated sites.

4. Air noise pollution

COURSE NO. COURSE NAME L T PPEE 1=101 UNIT OPERATIONS FOR

PETROLEUM INDUSTR3 0 0

COURSE CONTENT:

1. 0ntroduction to unit operations and its application inpetroleum engineering.

2. Fluid mechanics- Fluid statics6 hydrostatic euilibrium,decantation6gra*ity and centrifugal fluid flo+ regimes6laminar and turbulent, fluid rheology basic flo+ euationthrough pipes6ernoullis euation, momentum euation+ith their correction for friction flo+ of :e+tonian andnon :e+tonian fluid through pipe, brief description on*arieties of pumps and flo+6meters agitation and mi=ing of fluids6purpose and euipments .

3. 'ass Transfer and its application- introduction to phaseeuilibria, basic concept of diffusion and interphase masstransfer introduction to distillation absorption adsorptionliuid6liuid e=traction introduction to stage andcontinuous contact mass transfer units6plate column,paced bed and fluidi/ed bed.

!. eat transfer and its application- >arious modes of heattransfer, principle of heat flo+ through solid and fluids

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concept of steady and unsteady state heat transferdetermination of o*erall heat transfer coefficient for composite system eat transfer to fluid +ith and +ithoutphase change e*aporation brief description on *ariousheat e=changers .

PEE 1=103 ELL PERFORMANCE 3 0 0

COURSE CONTENT:

1. 0ntroduction- (b)ecti*es of +ell tests, $eser*oir models,%lotting methods

2. Fundamentals of Flo+ in %orous 'edia- 'aterial balance

concepts Bconstant compressibility and dry gas systems,Steady6state and pseudo6steady state flo+ concepts,0nflo+ %erformance $elations B0%$s for 8as6(il and 8as6Condensate $eser*oir Systems, "e*elopment of thediffusi*ity euation- iuid and gas systems.

3. Solutions<'odels for Well Test Analysis- Steady6state,pseudo steady6state, and transient radial flo+,"imensionless *ariables I radial flo+ diffusi*ity euation,

Solutions of the diffusi*ity euation B*arious cases 6concept of Jtype cur*esJ, >ariable6rate con*olution-general and single6rate dra+do+n cases, Wellbore%henomena

!. Well Test Analysis- >ariable6rate con*olution- Single6ratepressure build6up case, Con*entional analysis of pressuredra+do+n<buildup test data

#. Analysis of gas +ell tests, 9n6fractured and fractured

+ells, and dual porosity reser*oirs, "esign of +ell tests,Soft+are for the analysis of +ell test data

&. Analysis and 'odeling of %roduction "ata- %roductionanalysis- 0ntroduction, empirical analysis<forecasting, anddeli*erability testing, "ecline type cur*e analysis,Soft+are for the analysis of production data

COURSE NO. COURSE NAME L T PPEE 1=10 OIL S+ALE AND S+ALE GAS 3 0 0

COURSE CONTENT:OIL S+ALE:

1. :ature, origin and distribution of oil shale.2. %etrology and geochemistry of oil shale.

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3. (il shale retorting and e=traction process.!. Characteri/ation of oil shale.#. Supercritical e=traction oil from shale.&. 'athematical modeling of oil shale pyrolysis.4. 7conomic factor of shale oil production.

S+ALE GAS:

1. istory of shale gas production.2. 7=traction methods- de*elopment of current practices.3. ocation an dsi/e of production areas- estimated

reser*es and economics.

CO URS E S0 LL A,U S

COURSE NO. COURSE NAME L T PPEC 1B101 PETROLEUM ENGINEERING

DESIGN

3 1 0

COURSE CONTENT :Dvl")-n& "# Oil G$s Filds: Selection of de*elopmentscheme, economic aspect of de*elopment of oil and gasfields. %roduction *ariants, performance prediction, $eco*eryfactor, Stages of preparation of de*elopment plans.Computation of economic indices *i/. Capital in*estment,payout period, 0$$, %rofile, 7conomic life etc. Analysis of

different *ariants based on technical and economicconsiderations. 7conomic de*elopment of 'arginal fields.Dsign Oil $nd g$s s)$r$&i"n s(s&-: "esign of t+ophase and three phase separators and eater treaters' Oil G$s %"ll%&i"n $nd *$ndlingAr&i#i%i$l Li#& T%*n"l"g(:,$si% )rin%i)ls $nd ds%ri)&i"ns: 8as6lift 6 continuous andintermittent, chamber lift, plunger lift<sucer rod pumping,hydraulic pumping 6 piston )et type.Dsign "# C"n&inu"us g$s li#& s(s&- 9)rssur ")r$&dv$lvs graphical and analytical methods.Dsign "# In&r-i&&n& g$s li#& s(s&- single point in)ection

standard tubing installation B%ressure operated *al*es 6graphical and analytical methods.Dsign "# Su%6r r"d )u-)ing s(s&-'C*$r$%&ris&i%s $nd Sl%&i"n "# l%&ri% su2-rsi2l)u-)ing s(s&-s

COURSE NO. COURSE NAME L T PPEC 1B10/ EN+ANCED OIL RECO7ER

TEC+NIUES3 1 0

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COURSE CONTENT:1. 0ntroduction- istorical bacground and re*ie+ of primary

and secondary reco*ery, in)ection rate and pressures insecondary reco*ery.

2. Flood %atterns and Co*erage- asic flooding net+ors,directional permeabilities, off pattern +ells, natural andinduced fractures.

3. 'icroscopic displacement of fluids in a reser*oir-Capillary forces, *iscus forces, phase trapping,mobili/ation of trapped phases.

!. 'acroscopic displacement of fluids in a reser*oir- Areals+eep efficiency, *ertical s+eep efficiency, displacementefficiency, mobility ratio, +ell spacing.

#. Flo+ of immiscible fluids through porous media.continuity euation, euation of motion, solution methods

Water flooding, Fractional flo+ euation, Frontal ad*ancetheory. $eco*ery efficiency, permeability heterogeneity.

&. Water flooding performance calculations- Frontalad*ance method, *iscous fingering method, Stilesmethod, "ystra6%arsons 'ethod, Water for +ater flooding.

4. 8as 0n)ection60mmiscible "isplacement- "ispersed gasin)ection, e=ternal gas cap gas in)ection, foam dri*eprocess for oil reco*ery.

5. Chemical Flooding- %olymer flooding and mobility controlprocesses, flo+ of polymers through porous media,polymer augmented +ater flooding, in6situ permeabilitymodification, foam as mobility controller, WA8 process'iceller<polymer flooding, phase beha*ior of microemulsions, phase beha*ior and 0FT, +ettabilityalterations, Alali flooding.

@. 'iscible "isplacement %rocesses- 'echanism of miscible displacement, phase beha*ior related to

miscibility, fluid properties in miscible displacement,design procedure and criteria, high pressure gasin)ection, enriched gas in)ection, %8 flooding, Carbondio=ide flooding, alcohol flooding.

1H. Thermal $eco*ery %rocesses- mechanism of thermalflooding, hot +ater flooding, cyclic steam in)ection,estimation of oil reco*ery from steam dri*e, in6situcombustion, air reuirement for in6situ combustion.

11. 'icrobial oil reco*ery

12. Surface facilities for 7($ processes- Treatment of +ater for reser*oir compatibility. "esign consideration for +ater handling and in)ection system. %umps types si/ing,0nfecti*ity problems. 8as compression for in)ection, gascompressors. "esign consideration for gas collection and

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distribution system for in)ection.13. 7($ %ro)ect 7*aluation.

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62

PEC 1B103 RESER7OIR MODELING ANDSIMULATION

3 1 0

COURSE CONTENT:1. 0ntroduction (*er*ie+- "efinition, (b)ecti*es and

applications of reser*oir simulation +ith brief o*er*ie+ of the system, steps of the reser*oir simulation.

2. 'odeling concepts- type of models, chec list for designing a model, concept of grid blocs, initial andboundary conditions, *arious flo+ models, concept of proper grid orientation

3. "esigning of model euations6 blac oil model andcompositional model

a. Simplification of model euations +ith realistic solution-

b. Selection %reparation of data- $oc data, fluid data,mechanical data, production data., Thicness and depthetc . Sensiti*ity of results to data accuracy

c. %seudo functions -%seudo6relati*e permeability Capillary pressure functions, >7 pseudo functions

!. Solution techniues for model euations- Analytical *s.numerical solutions

a. Con*ersion of comple= %"7 to simplified algebraiceuation using finite difference method, concept of

7=plicit 0mplicit functionsb. Selecting 8rid Time6step si/es- Selection of gridblocsi/e e=ample grids, Selection of time steps, :umericaldispersion, 8rid orientation, Cost considerations

c. Selecting the :umerical solution method. Terminology,Formulating options, :umerical "ispersion, Choosing theformulation option, 'atri= 7uations, Solution methods,Selecting the 7uation6sol*ing techniue.

#. istory 'atching- >alidity of the $eser*oir 'odel,Strategy %lans, Ad)ustment of parameters, %ressures,%ressure gradients, 8($6W($ beha*ior Automaticistory 'atching.

&. Forecasting Future %erformance- %lanning predictioncases, %reparation of input data, 'aing a smoothtransition from history to predictions, $e*ie+ Analysisof predicted performance, 7*aluating 'onitoringpredicted performance

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64

PEE 1B101 OIL AND GAS PROCESSINGSSTEM DESIGN

3 1 0

COURSE CONTENT:1. Oil ds$l&ing: (peration, *ariables, eater treater

design.2. N$&ur$l G$s D*(dr$&i"n: Ba 8lycol %rocess-

operation, effect of *ariables, de+ point depression,stage calculation.

3. :T9 6 graphical and analytical methods, Absorber si/ing.ean oil absorption. Bb Solid6bed process- design operation, effect of process *ariables, $egeneration andcooling calculations. ydrocarbon reco*ery. Bc ydrateformation inhibition.

!. N$&ur$l G$s S!&ning: Acid gases, To=icity, %ipelinespecification. Solid6bed %rocess - "esign, operation effect of *ariables. Adsorbent selection. 'ultistageSeparation, engstebac?s Flash calculation, stabili/er design. Amine and other absorpti*e process details.

#. Crud C"ndns$& S&$2ili5$&i"n: TE Stabili/ation.&. Oil G$s Tr$&-n& : (il desalter, emulsion treatment

theory and practice, 7mulsifiers "emulsifiers, 8ra*itySeparation, coalescence, coalescing media, electrostatic

coalescers.4. Tr$&ing E4ui)-n&: >ertical, hori/ontal, 7lectrostatic,

%rocess heat duty, Sensible heat of natural gas, Water,eat transfer from fire6tube. eat e=changers6 types,fluid placement, si/ing, number of tubes.


PEE1B10/ COAL ,ED MET+ANE ANDGAS +0DRATES

3 1 0

C O UR S E C O N T E N T :

COAL ,ED MET+ANE:

%resent status of coal bed methane. Formation and propertiesof coal bed methane. Thermodynamics of coal bed methane.7=ploration 7*aluation of C'. "rilling, completion andlogging of coal bed methane +ells. ydro6fracturing of coalseam, Acti*ation of +ell. %roduction installation and surface

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65

facilities. Well operation and production euipment. Treatingand disposing produced +ater. Testing of coal bed methane+ells.

NATURAL GAS+DRATES:

0ntroduction present status of gas hydrates. Formation andproperties of gas hydrates. Thermodynamics of gas hydrates.7=ploration e*aluation of gas hydrates. %hase beha*ior of gas hydrates. Ginetics of gas hydrates. "rilling andcompletion of gas hydrate +ells. %re*ention control of gashydrates. 8as hydrates accumulation in porous medium. 8ase=traction from gas hydrates. 9ses and application of gashydrates.

COURSE NO. COURSE NAME L T PPEE 1B103 AD7ANCED OFFS+OREENGINEERING

3 1 0

COURSE CONTENT:1. 0ntroduction- "e*iations from (nshore drilling, Challenges

, $ig types-Dac6up, Semi6sub, Floaters2. "eep+ater "rilling- 0ntroduction 6 istory 8eology,

Floating "rilling $igs and chronological Ad*ancements,

asic Floating $ig euipment, $ig Automation3. "ynamic %ositioning- Types and asic operations of a "%system, 'a)or components of the "% system , "% rig *smoored rig , Types of thrusters used by "% *essels, asiclayout of a po+er distribution system onboard a "% *esseland associated protection systems, %o+er managementsystem. Watch Circles 6 "ri*e6off "rift6(ff.

!. (pen Water (perations- $emotely operated *ehicles-Wellhead components for open +ater operations,8uidance systems 8uideline system 8uideline lesssystem 'udmat, connector selection, Detting structuralcasing *ersus cementing in a drilled hole , (perational%rocedures, Special considerations , high currents,shallo+ +ater , flo+s, drill +ith mud ; Kpump and dumpLconcept , Special cementing operations.

#. $iser Systems- $iser system Components, uoyancy,$iser Tensioners Tensioning Criteria, asic $iser

Analysis, $iser (perations, 7mergency "isconnect, ighCurrent (perations.

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&. Subsea Wellheads- (*er*ie+ of Wellhead Components,Tool "escription, Wellhead si/ing.

4. (% System- Wellhead '$% Connectors, $A'pre*enters, Annular %re*enters, Choe Gill line *al*es,'$%, anding latching the (%, Control System,ac6up system, (% Stac Testing, "i*erter System.

5. "eep+ater Casing Cementation- $e*ie+ of conductor and surface casing design, Casing design process flo+,Casing seat Selection, Gic Tolerance, urst, Collapse,Tensile and bucing criteria Calculations, Soft+areassisted Casing "esign, Casing running, Casingconnections, Cementing %rocedures , Casing and liner cementing suee/e cementing, Cementation ard+are.

@. Well Abandonment Abandonment 8uidelines $egulations- %lug placement balance plug calculationsinflo+ test, arrier placement.

PEE 1B108 DEEP SEA PRODUCTIONSSTEM

3 1 0


1. Concept of deep sea de*elopment- "irect tie bac andF%S( based de*elopment.

2. ydrate, Wa=, Scale and Asphaltene euilibrium cur*esand the effect of lo+ temperature. Analysis of +ell boreand pipeline heat transfer processes.

3. Concept of cool do+n time and its application for thede*elopment concept.

!. asic multiphase flo+ concepts, Flo+ patterns, hold up

and pressure drop in multiphase flo+ lines. Sluggingphenomena ; Concepts of transient *s hydrodynamicslugging ."esign of the recei*ing facility6 Slug catcher *isa *is Separators.

#. (utlines of thermodynamic inhibitors B'78 and'ethanol and basic calculation methods for hydrateformation pre*ention.

&. 0ntroduction to "0s and their chemistry for hydratepre*ention.

4. Field techniues used for the dissociation of the hydrateplugs in pipelines.

67

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#. "istillation Column- "etailed "esign And "ra+ing (f "istillation Column.

&. Absorber- "etailed "esign and "ra+ing of Absorber.4. "ryer- "etailed "esign and "ra+ing of "ryer.

S%&i"n3,1. Fundaments of fluid flo+ through pipes6Calculation of

pressure drop for :e+tonian non6:e+tonian fluids,incompressible compressible fluids and t+o6phaseflo+, Calculation of 7conomic pipe diameter, insulationthicness, eui*alent length, Slurry transport andpipelines 7ngineering flo+ diagram, nomenclature andeuipment ele*ation.

2. %iping layout, line pressure drop, piping analysis, stressanalysis of cur*ed pipelines, yard piping, %iping codes,standards and specifications6AS'7, AST', A%0 %iping

components6pipes, pipe ends, pipe fittings, end fittings,flanged )oints, *al*es, *al*e codes and standards, *al*eclassification, *al*e components, bolts, gasetsBfasteners and sealing elements%iping materials6selection, cost and installation "esign of heat e=changer piping, Thermosyphonre boiler piping, %ressure relief piping Steam tracing design, Thermo+ell design,7=pansion loops and e=pansion )oints "esign of pipelinenet+or6%inch analysis %ipeline operation and

maintenance6friction reduction, cleaning, coating, +ear,lea detection, +ater hammer.

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ELL INTER7ENTION STIMULATION TEC+NIUES

3 1 0

C O UR S E C O N T E NT :1. Wor6o*er operations. Wor o*er fluids. Scraping, +ell

circulation, Water and gas Shut6off, Suee/e cementing.andling +ater and gas coning.

2. %roduction pacers, %acers calculation, Well acti*ation.$epair of +ells, %araffin and scale remo*al. %lanning ande*aluation of +oro*er )obs. Corrosion, acteria Scalecontrol.

3. Well treatment acidi/ing oil gas +ells. ydro6

perforation. ydraulic fracturing. Stimulation designing,%roppants and their placement. Thermal stimulationtechniues. "o+n6hole heaters. ori/ontal +ell relatedde*elopment on the sub)ect.

!. Sand6control, Screens, 8ra*el pacs.

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PEC 1B301 PETROLEUM RESER7OIR MODELINGAND SIMULATION

9Sssi"n$l &*"r( )$)r

COURSE CONTENT:1. 0ntroduction (*er*ie+- (rgani/ation, "esign, Testing,

Forecasting, Special processes, 7conomics, Credibility,decision maing, %erformance 'onitoring, beneficialapplication, %lanning a simulation study, Study

Approach, 'odel design, %rogramming, istory'atching, %redicting Analy/ing results, reporting.

/. 'odeling Concepts- The concept of 8ridblocs Timesteps, $epresentation of +ells, 'obility Weighting,:umerical "ispersion, 8rid (rientation effects, 7=plicit

0mplicit functions, Treatment of >ertical saturation %ressure distributions, Well functions, istory 'atching,Well 'anagement, Solution methods.

3. "esigning the reser*oir model, Checlist for modeldesign, Selecting the number of dimensions, Tanmodels, 1", 2" BAreal, cross6sectional, radial,'ultilayer, 3", Simplification of comple= problems,%seudo6relati*e permeability Capillary pressurefunctions, >7 pseudo functions, Windo+ed models,

:aturally fractured reser*oirs, $epresentation of reser*oir fluids, $epresentation of reser*oir roc, Wellmodels.

. Selecting reser*oir roc and fluid properties data- "atafor model construction, Sensiti*ity of results to dataaccuracy, %orosity %ermeability- Sources of data,de*eloping reser*oir description, roc propertydistribution, Thicness and depth, Capillary pressure andrelati*e permeability- Selection and assignment of data

Fluid properties, 7stablishing 0nitial pressure andsaturation distribution.8. Selecting 8rid Time6step si/es- Selection of gridbloc

si/e e=ample grids, Selection of time6steps, :umericaldispersion, 8rid orientation, Cost considerations.

;. Selecting the :umerical solution method.- Terminology,Formulating the euations, 'aterial alance pressureeuations, Formulating options, :umerical "ispersion,Choosing the formulation option, 'atri= 7uations,Solution methods, Selecting the 7uation6sol*ingtechniue.

=. Well 'anagement- "esigning Controlling %roduction%arameters.

B. istory 'atching- >alidity of the $eser*oir 'odel,Strategy %lans, Ad)ustment of parameters, %ressures,

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%ressure gradients, 8($6W($ beha*ior Automaticistory 'atching.

<. Forecasting Future %erformance- %lanning predictioncases, %reparation of input data, smooth transition fromhistory to predictions, $e*ie+ Analysis of predictedperformance, 7*aluating 'onitoring predictedperformance.

10. Simulating Special %rocesses- Compositional Simulation,'iscible displacement, Chemical polymer flooding,Steam simulation and steam dri*e, 0n6Situ combustion,Special "ata reuirements.

COURSE NO. COURSE NAME L T PPEE 1B10= OFFS+ORE STRUCTURES

AND DESIGN

3 1 0

COURSE CONTENT:1. (ffshore field de*elopments, Analysis of offshore

structures, (ffshore platforms their stability,uoyant force calculation, racing framing patternsin offshore structures, Welding of offshore structures,layouts of )aceted offshore platforms.

2. An$l(ss "# S$ nvir"n-n&: Wind, +a*es and

current forces.6 Characteristics, analysis and force

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e*aluation, Sea soil sea bed, (ffshore piles and theirfoundation.

3. Tu2ul$r r%&$ngul$r "in&s: Types, design,protection and failures.

!. Corrosion in offshore structures and it?s protection,ucling bending in offshore structures and in

offshore pipe lines, $is factors and ris analysis.#. O##s*"r -"2il rigs: Types, load and stress

analysis, Fatigue calculation and safety factors,'arine risers and tensioners.

&. Fi?d )l$&#"r- dsign- Steel templates concrete

to+er type platforms 6 construction, fabrication andinstallation.

4. S&ru%&ur$l $n$l(ss: Stress analysis calculation,

Se+ed and finite plates Fillets and groo*es design,

(ffshore6static and dynamic structural analysis.

COURSE NO. COURSE NAME L T PPEE8/10< FLUID FLO T+ROUG+

POROUS MEDIA3 1 0

C O UR S E C O N T E N T :1. T* P"r"us Mdiu-: The %hysical 'edium,

$ele*ant %hysical %henomena, %ore Scale *s.Continuum Scale, Fluid and %orous 'atri= %roperties

/. M$&*-$&i%$l M"dls "# P"r"us Mdi$: :et+or'odels, Statistical "escriptors, Fractal 'odels,7ffecti*e 'edium, 'i=ture Theories, "ouble %orosity'odels

3. ,$l$n% Prin%i)ls: 'ass, 'omentum and 7nergy

Conser*ation, 7uations of 'otion. Singl P*$s Fl"! in $ P"r"us Mdiu-: "arcy?s

la+8. C"ns&i&u&iv T*"r( :;. ,"und$r( 7$lu Pr"2l-s- Well6%osed %roblems,

Common oundary Conditions, Common Solution%rocedures

4. I--is%i2l Mul&i)*$s Fl"! - Surface Chemistry,

Thermodynamics of 0nterface, 0nterfacial Tension,Capillary %ressure, Simultaneous Flo+ of T+o Fluids

5. Sur#$% P*n"-n$ : Adsorption, Wetting, ThinFilms, Transport through 'embranes

@. Mis%i2l Dis)l$%-n&s $nd Dis)rsi"n

76

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82

COURSE NO. COURSE NAME L T PPEC81103 AD7ANCED ELL

COMPLETION PRACTICES3 1 0

COURSE CONTENT:1. asics of $eser*oir Completion- 0nflo+ %erformance,

(pen ole Completion Techniues, %erforating, ydraulicFracturing, Acid Fracturing and Completion.

2. Sand Control- $oc Strength and Sand control%rediction,'itigating sand production +ithout screens,Formation grain si/e distribution, Sand control screens,Standalone screens, (pen hole 8ra*el %acs, Casedhole gra*el pacs and frac pacs, 7=pandable screens,Chemical Consolidation, Choosing the appropriatemethod of sand control.

3. ife of Well (perations- Types and methods of 0nter*ening, 0mpact on Completion "esign.

!. Tubing +ell performance, heat transfer si/ing,ydrocarbon eha*ior, 'ultiphase flo+ tubingperformance, flo+ predictions, Temperature predictionand Control, %acer fluids, %roduction +ell si/ing,0n)ection Well si/ing.

#. 'aterial Selection- 'etals, "o+nhole Corrosion,'etallurgy Selection, Corrosion 0nhibition, Seals, Control

ines and encapsulation, Coatings and liners&. Tubing Stress Analysis- %urpose, tubular 'anufactureand specifications, Stress, Strain and 8rades, A=ialoads, urst , Collapse, Tria=ial Analysis, Safety anddesign Factors, oad Cases, Tubing Connections,%acers, Completion 7uipment, 9se of Soft+are for tubing stress analysis.

=. Completion 7uipment- Well ead and tubing hanger->ertical and hori/ontal trees %latform and land Christmastrees subsea Christmas tree. Subsurface safety >al*es,%acers, 7=pansion de*ices and anchor latches, andingnipples, locs and slee*es, 'andrels and gauges,Capillary lines and cable clamps, oss control andreser*oir isolation *al*es, Crosso*ers, Flo+ couplings,'odules, 0ntegrating euipment into the design process.

5. 0nstalling the Completion- 0nstallation Affects Completion"esign, Wellbore Clean6out and mud displacement,Completion fluids and filtration, Safely running the

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83

completion, %re6)ob preparation rig layout runningtubing running control lines, Well clean6up and flo+initiation, %rocedures, ando*er and post6completion$eporting,

@. Specialist Completion- "eep+ater Completions-"eep+ater en*ironments %roduction chemistry and +ell

performance stress analysis (perational Considerations.%T Completions, Completions +ith do+nhole flo+control, 'ultilateral Completions, "ual Completions,'ultipurpose Completions, 9nderbalanced completions,Coiled tubing and insert completions, Completions for ea*y oil and steam in)ection, Completions for Coal ed'ethane


PEE 81101 OIL AND GAS FIELDDE7ELOPMENT ANDPLANNING

3 1 0


1. The Field ife Cycle- 8aining Access, 7=ploration %hase, Appraisal %hase, "e*elopment %hase, %roduction %hase,"ecommissioning.

2. %etroleum Agreements idding- 0n*itations to bid,'oti*ations and form of bid, loc A+ard, Fiscal System,Farm6in Farm6out, 9nitisation and 7uity determination.

3. 7=ploration- ydrocarbon Accumulations, 7=plorationmethods techniues.

!. "rilling 7ngineering rief o*er*ie+- Well %lanning, $igtypes $ig Selection, "rilling systems 7uipment, Site%reparation B(nshore (ffshore, Costs Contracts

#. Safety The 7n*ironment Brief o*er*ie+

&. $eser*oir "escription- "ata 8athering, "ata 0nterpretation

4. Field Appraisal- 0mportance of Appraisal, 0dentifying anduantifying sources of 9ncertainty, Cost benefitcalculations for Appraisal.

5. $eser*oir "ynamic eha*iour- Fluid Flo+ studies, %>Tdata, "ri*e 'echanisms. 8as $eser*oirs- "ifferencebet+een oil and gas field de*elopment, 8as salesprofiles 0nfluence of Contracts mo*ement of 8WC during

production, %ressure response, Fluid displacement in the

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84

$eser*oir, 7stimation of $eser*es, $eser*oir Simulation,7stimating the $eco*ery Factor, 7stimating the%roduction %rofile.

@. Well "ynamic eha*iour- 7stimating the number of "e*elopment Wells, Fluid flo+ near the +ellbore,ori/ontal Wells, %roduction Testing ottom ole

%ressure Testing, Tubing %erformance, WellCompletions, 0ntelligent Wells, Artificial ift.

1H. %ro)ect Contract 'anagement- %hasing (rganisation,%lanning Control, Cost 7stimation udgets, Types of Contracts.

11. %etroleum 7conomics- asic principles of "e*elopment7conomics, %ro)ect Cash flo+, $e*enue e=penditureitems, CA%7E6(%7E, ost 8o*ernment tae, Capital

Allo+ances, 7conomic 0ndicators, %ro)ect Screening,

Sensiti*ity Analysis,12. $is Analysis- "efinition of $is and $is 'atri=,

13. 'anaging the %roducing Field- Subsurface, surfacefacilities, 0nternal 7=ternal factors.

1!. 'anaging "ecline- 0nfill "rilling, Wor o*er Acti*ity,7nhanced (il $eco*ery, 7=tended $each "e*elopment

1#. "ecommissioning- egislation, "ecommissioning'ethods

COURSE NO. COURSE NAME L T PPEE8110/ MULTILATERAL AND

+ORIONTAL ELLTEC+NOLOG

3 1 0

C O UR S E C O N T E NT :0ntroduction ob)ecti*es of hori/ontal +ells, 7$", ateralsetc. . 8eological and reser*oir aspects, de*elopment of oil gas field using hori/ontal +ells. "rilling completion of hori/ontal +ells. $eser*oir engineering concepts of hori/ontal+ells. Well logging methods in hori/ontal +ells. Well testanalysis of hori/ontal +ells. Well performance producti*ityof hori/ontal Wells. Water 8as coning in hori/ontal +ells.

Application of hori/ontal +ells in gas reser*oirs in reco*eryof hea*y oils, 0ntroduction to 'ultistage Fracturing.

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85

COURSE NO. COURSE NAME L T PPEE 81103 ELL SER7ICING 3 1 0


ELL COMPLETION:"esign of %erforators- ullet, hydraulic perforators, shapedcharge perforators and mechanical cutters%erforating process %erforation 8uns and firing head.%erforating< +ell acti*ation mechanism- 9nderbalanced ando*erbalanced perforations.%ressure control euipment BWell ead ubricator AssemblyType, si/e and orientation of perforation holes(ptimum %erforation %ractices "o+n6hole 7uipment6%acers ; their types, Tubing, Flo+ couplings, e=pansion

)oints, Sliding Slee*es < Side %ocet 'andrels, last Doints,

anding :ipples, Slicline (perations, Smart < 0ntelligentWells.

ll Si%6nss' di$gn"sis $nd -i&ig$&i"n: Type of +ellsicness' Symptoms of sic +ells' Testing of sic +ells'0dentification and "iagnosis of Well %roblems, %lanning of Woro*er Dobs 'inor 'a)or BCapital $epair )obs Water 8as Shut6off )obs Suee/e Cementing Water and 8asConing Sand Control its Techniues Fishing operation,

Coil Tubing 9nit, Snubbing unit.ll S&i-ul$&i"n T%*ni4us: Acidi/ing of ( 8 Wellsydraulic Fracturing Acid fracturing, eat treatment, "o+n6hole eaters. 0n6situ Combustion.


PEE 8110 INTEGRATED RESER7OIRMANAGEMENT

3 1 0


1. In&r"du%&i"n- Scope and (b)ecti*es2. Rsrv"ir -$n$g-n& %"n%)&s- "efinition and

history, fundamentals of reser*oir management, synergyand team integration of geosciences and engineering,integration of e=ploration and de*elopment technology

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86

3. Rsrv"ir -$n$g-n& )r"%ss- Setting goals,de*eloping plans and economics, sur*eillance andmonitoring, e*aluation

!. D$&$ $%4uisi&i"n' $n$l(sis $nd -$n$g-n&:

Classification of data, acuisition, analysis andapplication, *alidation, storing and retrie*al

#. Rsrv"ir -"dl- $ole of reser*oir model in reser*oir management, integration of 8 8 and reser*oir model

&. Rsrv"ir )r#"r-$n% $n$l(sis $nd )rdi%&i"n-:aturally producing mechanism, reser*es and role of *arious forecasting tools6 *olumetric method, '7,"ecline cur*e and mathematical simulation

4. Rsrv"ir M$n$g-n& %"n"-i%s- e*aluation, risand uncertainties

5. Rsrv"ir -$n$g-n& )l$ns- strategy for ne+ly

de*eloped field B8reen and Secondary and 7($operated field, strategy for 8reen and ro+nField.

COURSE NO. COURSE NAME L T PPEE 81108 DRILLING SSTEM DESIGN 3 1 0

C O UR S E C O N T E N T :1. "rilling rig selection and design.2. C$sing s&ring $nd drill s&ring Dsign: Con*entional

and conditional "esign, "eep +ell strings, "esignpractices for high inclined +ells, ori/ontal +ells andSlanted +ells. iner "esign and Setting, String loading,ucling and +ell head load calculations.

3. Mud +(dr$uli%s Dsign: $heology of drilling fluids andcompatibility to bore hole conditions, ydraulic horse

po+er and $ig horse po+er calculations. Det impactforce, ydraulics design in igh inclines +ells. itydraulics, ottom dri*e hydraulics design.

!. Pr%is Dir%&i"n$l C"n&r"l: "irectional data Analysis,Calculations for +ell coordinates Well path deflectiontools, tool orientation, correction.

#. D"!n +"l M"&"rs: %ositi*e displacement motors,

Turbodrills, $otary Steering 'otors, 8eosteering tools,%erformance calculation and selection of of ottom dri*e

units.

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&. M$sur-n&s *il Drilling- 'W", W", SW"system, "ata Telemetry and datainterpretation.

4. S)%i$l M&*"ds "# Drilling: Aerated drilling, 7lectrical

"rilling $igs, Top dri*e drilling, $e6entry drilling, Det"rilling, "rilling in igh pressure and *ariable pressure

regime, 7$", 'ultilaterals, Slim hole, coil tubing drilling.B. C"-)u&r A))li%$&i"n in Drilling.

B.Tech

Documents

drilling technology3

rheology of drilling

overview of drilling

treatments of drilling

aerated drilling fluids

rotary drilling hydraulics

drilling fluid characteristics

drilling fluid calculations