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Training WorkshopFebruary 13—15,1997

Roclcy Mountain RegionColorado School of Mines

Golden, Colorado

rijTCPetroleum Technology Transfer Council

Software Demo

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List of Workshop ParticipantsSoftware Demo Training Workshop

February 13-15,1997

RLO Representatives

ADDalachia Rodney ReynoldsRonald McDowell GeoffBohling

Eastern Gulf Rocky Mountain

Rick Erikson Roger SlattJames L. Donahoe Sandra Mark

Vickey Sare1' "i

Central Gulf Gene Williams

Michael Surman

p«! Ric Pincomb South Midcontinent

Keith Long David Brown

Midwest Texas

Tom Davis L. Edwin Gamer

Art Sanders M. John Boldovici

Southwest West Coast

Bob Emery Hooshang KhurabafBob Blaylock

National PTTC Headauarters

North Midcontinent Lance Cole

Lanny Schoeling John Benton

Dwayne McCune

FWI

Software Company Representatives

RIS GeoGranhiY

Michael Holmes Ted Mowers

Dominic Holmes Vince MoUiconi

Tony Holmes Scott Gorman

RockWare Neuralos

Jim Reed Robert Best

Seismic Micro-Technology

Tom Smith

Schlumberger-Dowell/GeoOuest

Steve Holekamp

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Table of Contents

Page

List ofWorkshop Participants 2Table ofContents 3

Suggestions for Effective Software Demos 4Thursday, February 13,1997 Workshop Schedule 5

PfEFFER 6

LESA 8

RIS-View, RIS-Info 9RockWare Utilities 10

Friday, February 14,1997 Workshop Schedule 112d/3dPAK 12

GES 13

Saturday, February 15,1997 Workshop Schedule 14NDS/Log, NDS/Map 15DOE Software 16

FRACPRO 17

FracCADE 18

Slide Shows on the Computer 19

Windows PowerPoint Files on Floppy Disks Pocket

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Suggestions for Effective Software Demos

Sandra Mark, PhD, Consnlting Petroleum GeologistDirector of the PTTC Rocky MoxmtainResource Center

Colorado School ofMines, Golden, Colorado(303)273-3107

1. Learn the software beforehand

• Time commitment: a few hours to a few days

• Use a demo data set ^

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2.

3.

4.

• Make a "cheat sheet*

Demo software by appointment only.

• Ask what programs they specifically want to see.

• If they don't specifyparticularprograms, ask what applications they areinterested in.

Practice the demo before the visitor arrives.

Start the visit with questions about how the visitor works: f

• What software, hardware do they currently use?

• What tasks do they routinelyperform? What computer application(s) willhelp them do their job faster, more thoroughly?

• Are there budgetary constraints?

5. Ifthe visitor wants a general overview ofthe software available at your resourcecenter, consider a slide show—see the back ofthis book for information on this.

6. Perform your demo using your cheat sheet.

7. After your demo, ask the visitor to **take a turn at the driver seat"—let themexplore the software for themselves for an hour or more.

8. Finish the visit with a discussion ofalternative software packages, theirsimilarities, differences. Provide literature. Get their business card.

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PTTC

RLO Software Demo/Training WorkshopThursday, February 13,1997

Schedule

Time Activity Software Description Presenter

8:00 Welcome, Logistics,Introductions

Sandra Mark

8:15 PtBFFER Log AnalysisSoftware

Log Analysis GeoffBohling

10:00 Break

10:15 RIS: LESA Log AnalysisSoftware

Log Analysis Michael Holmes,

12:00 Lunch—brought in1:00 RIS-View Log Viewing Dominic Holmes, Tony

Holmes

2:00 RIS: RIS-Info Well Data

Presentation Software

Well Data

Presentation

Dominic Holmes, TonyHohnes

3:00 Break

3:15 RockWare Utilities Geo-technical tools Jim Reed

5:00 Adjourn

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PfEFFER Version 1.1

Kansas Geological SurveyLawrence, Kansas

(913) 864-3965GeoffBohling, ResearchAssistant, Mathematical GeologySection

Other contributors: LynnWatney, John Doveton,Bill Guy

L Goals ofPfEFFER

A. Provide cost-effective,accessible well log analysisa. Spreadsheet basedb. Graphically orientedc. Interactive and linked: provides rapid evaluation of"what-if* scenarios

m B. Allow enhanced reservoir characterization

a. Emphasison measuresrelated to pore size and geometryC. Provide framework for interaction between geologists and engineers

^ n. PfEFFER Personnel and FimdingA. PfEFFERhas been developed at the Kansas Geological SurveyB. Program concept, design, and evaluation: John Doveton, Lynn Watney, Bill

GuyC. Programmers: Geoff Bohling, SaifUllah, Dana Adkins-Heljeson, Saibal

Bhattacharya, Greg PouchD. First year toding: Kansas Geological Survey,Consortiumof 12 oil and has

companiesoperatingin Kansas,Kansas Technology EnterpriseCorporation(KTEC)

E. Secondyear fimding: Kansas Geological Survey,BDM, Amoco, Phillips,McCoy, Vastar

in. Key features ofPfEFFER Version 1.1A. Import of log data from LAS filesB. Lmked computation ofimportant parameters, based on Archie modelC. Annotated Pickett Plot (log-log porosity-resistivitycrossplot)

a. Color coding of third attribute (Depth, GR, PEF,...)b. Contours of: water saturation, bulk volume water, permeability,

capillary pressuresD. Color coding ofpay zones and related cut-offsE. Other plots and analyses

" a. Log values versus depthb. RHOMAA-UMAA crossplot and related compositional plotc. Moveable oil plot

^ F. Mapping capabilitiesa. Compilation of information from a nxunberofwell workbooksb. Posting ofwell locationsc. Interpolation of selected variables between wellsd. Shaded contour or 3D display ofresulting grid

IV. Live demonstration ofkey features

V. Discussion ofselected data sets (as time permits)VI. Proposed future developments

A. PfEFFER Version 1.2

a. Lithologic composition analysisb. Alternatives to Archie Equation

B. PfEFFER-Pro

a. PfBOAST: Interface to the DOE black oil simulator, BOASTb. PfWHEAT: Interface to the WHEAT GIS

c. PfX: Cross-section displayofcolor-coded logsd. PfCLUSTER: Cluster analysis for flow unit zonatione. HOUGH: Hough transform modulef. KIPLING: Non-parametric discriminant analysis and regression

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LESA

RIS—Resource Information Services, Ltd.Denver, Colorado(303) 770-4235

Michael Holmes, President

LESA—Log Evaluation Systems Analysis

1. Setting up files for log and core data2. Opening a file and reviewing available data3. Curve aliases

m 4. Ensuring consistent data presentation, and curve conversions5. Editing curve data6. Quick Look Analysis

PreliminaryAdvanced

7. Viewing the dataCross Plots

Depth PlotsHistograms

8. Reservoir Net Pay9. Changing/creating cross plot and depthplot templates10. Printing data11. In-depth Analysis

User defined

Program determined12. Coal Bed Methane Analysis

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RIS-View

RIS-Info

RIS—Resource Information Services, Ltd.Denver, Colorado

(303) 770-4235

DominicHolmes,Vice PresidentGraphics/Interface DevelopmentTony Holmes, Vice President Data/AnalysisDevelopment

RIS-Info and RIS-View—Data Presentation Software

1. Data import and types of files program can handle2. Setting up

ProjectWells within the project

3. Viewing an existing well in sample templatesprovided to PTTC4. Creating lithologies,modifiers, engineeringinformation5. Text Annotation

6. Editing an existing template7. Creating a new template8. Importing scanned images9. Creating log headers/trailers10. Capabilities of

RIS-View

RIS-Info Pro

RIS-Info Standard

11. Applications and current uses of the software

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1. General overview

2. Stratos

3. Prosect

4. Demo Files

5. Introduction to LogPlot

RockWare Utilities

RockWare, Inc.Golden, Colorado(303)278-4099

Jim Reed, President

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PTTC

RLO Software Demo/Training WorkshopFriday, February 14,1997

Schedule

Time Activity Software Description Presenter

8:00 2d/3(iPAK Seismic Interpretation Tom Smith

10:00 Break

10:15 2d/3dPAK, continued Seismic Interpretation Tom Smith

12:00 Lunch—brought in

1:00 GES Geologic mapping, datamanagement

Ted Mowers

3:00 Break

3:15 GES, continued Geologic mapping, datamanagement

Ted Mowers

5:00 Adjourn

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2d/3dPAK

Seismic Micro-Technology, Inc.Houston, Texas(303)464-6188

Thomas "Tom" A. Smith, PhD, President

I. How to mstall 2d/3dPAK

A. Equipmentyou will need: Three2d/3dPAKprogram diskettes (Version 3.1),one License Driver diskette, seven Test Data diskettes, and One Sentinel.

B. Plug the Sentinel in a parallel portC. With the File Manager, switch to the A drive and double click on

SETUP.EXE.

D. Insert each ofthe program diskettes as requested.E. Install a license driver as required.

n. How to install the test data

A. With the File Manager, switch to the A drive and double click onSETUP.EXE.

B. Insert each ofthe project diskettes as requested.m. How to give a short demonstration

A. Start 2d/3dPAK

B. Display Seismic SectionsC. Autopicking an HorizonD. Picking a Fault SurfaceE. Time Slices

IV. Features for reservoir work

A. Kinds of Subsurface Data

B. Time-depth Curves at WellsC. Time MapsD. Depth MapsE. "Power" Tools like volume attributes

F. Four-D

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rnGES

GeoGraphix, Inc.Denver, Colorado

(303)296-1143

Theodore "Ted"T.Mowers, Geologist, Training Specialist, University ProgramVince Molliconi,Geologist,Technical Sales

Scott Gorman, Accoimt Representative

I. GeoGraphix Resources Available to PTTC RLOsA. Sales

pn B. Direct MarketingC. Customer SupportD. TrainingE. ConsultingF. Web Page

n. Software Demonstration Training^ A. Introduction to Demonstration Data Sets

B. GES—GeoGraphix Exploration Systema. Presentation

b. LandNet

c. LeaseMapd. WellBase

e. IsoMapf. SeisMapg. CrossSection

C. PRIZM—Overview ofGeoGraphix Log Analysis SystemD. SeisVision—Overview ofGeoGraphix 3D SeismicInterpretation System

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PTTC

RLO Software Demo/Training WorkshopSaturday, February 15,1997

Schedule

Time Activity Software Description Presenter

8:00 NDS/Log, NDS/Map Log, Map Digitizmg Robert Best

10:00 Break

10:15 BOAST m,ctfProphet, PolymerFlood/Waterflood, CO^Predictive Model

DOE simulators Lanny Schoeling

12:00 Lunch—brought in1:00 FRACPRO Well frac design Gene Williams

3:00 Break

3:15 FracCADE Well frac design Steve Holekamp4:30 Adjoum

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NDS/LogNDS/Map

Neuralog, Inc.Houston, Texas(218) 240-2525

Robert Best, President

1. Overview

A. Why use NDSB. Scanning your E&P DocumentsC. Using NDS/Log to capture Well Log DataD. Using NDS/Map to capture Map Data

n. Why use NDS?A. NDS is a powerful on-screen digitizing system, all captured data is visible and

can be saved/retrieved at any stageB. Data can be captured fast and accuratelyC. Exports data to all common E&P applications

ni. Scanning your E&P DocumentsA. Scanningprovides for an archive ofyour important documentsB. Documents can easily be retrieved for later viewing/captureC. Neuralog offers several scanning solutions to provide the standard TIFF image

files used by NDSIV. Using NDS/Log

A. NDS/Log file structureB. Loading the well log imageC. Calibrating the depth and scale axesD. Gridding the depth trackE. Capturing the well log curveF. Creating a well log digit file

V. Using NDS/MapA. NDS/Map file structure

^ B. Loading an image/input sourceC. Calibrating/Registering the map imageD. Setting the map projectionE. Capturing data (wells, contours, leases, seismic lines)F. Exporting data to E&P applications

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C02 ProphetPolymer FloodAVaterflood Predictive Model

C02 Predictive Model

DOE Simulators

Lamiy Schoeling, PhD, Director, North Midcontinent PTTCLawrence, Kansas

(913) 864-7398

1. Introduction to BOAST HI

- A. Overview

B. Run exampleC. Exercise

n. Introduction to C02 ProphetA. Overview

B. Run exampleC. Exercise

in. Introduction to Polymer Flood/Waterflood Predictive ModelA. Overview

B. Run exampleC. Exercise

IV. Introduction to C02 Predictive Model

A. Overview

B. Rim example_ C. Exercise

V. Questions and Answers

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FRACPRO

Resources Engineering Systems, Inc. (GRI)

E. T. (Gene) Williams, P.E., Consultantto Rocky Mountain PTTCWilliams Petroleum Consulting

(303)420-9857

1. Introduction to hydraulic fracturing softwareA. What is it?

B. What are prosective purchasers interested in?C. What software alternative do we have at PTTC?

n. Capabilities ofFRACPROA. Frequently asked questionsB. Database

m. Running the Tutorial (s)A. Fracture simulation

B. Reservoir simulation

C. Well test analysisIV. Wrap-up

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FracCADE

Schlumberger-Dowell/GeoQuestHouston, Texas(281) 285-8406

Steven Holekamp, CADE Office Product Champion

1. Overview ofCADE Office

2. Overview ofFracCADE (CFW)

3. Demo ofReal Time Transfer and DivertaFRAC

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Slide Shows on the Computer-When an Overview of Available Software is Desired

Sandra Mark

Many times visitors to the resource center are not familiar with the latest softwaretechnology, and simply want to see what's available. A slide show, constructed inWindows PowerPoint, is an effective wayto givetheman overview without strugglingthrough ftill-blown demos.

The slide show should mclude some "screen grabs" ofwindows from a real demosession. In other words, try to capture some interestingdisplays that illustrate thecapabilities and keyfeatures of the software. In Windows 95, this is easily accomplishedby the following steps:

1. open both a software application and Windows PowerPoint at the same time.2. Highlight (or make active) the window that you want to image.3. Press: Alt and PrintScreen together. The window's image is now on the clipboard.4. Put the cursor into the PowerPointwindow and select Paste—theimage will appear.5. Annotate with the drawing and text tools in PowerPoint.

Depending uponthe application, 5 slides are probably sufficient. Youmightwant togroupthemby discipline (e.g. geology, engineering) or application type (e.g. log analysis,fi^c design) intoa single file so you canshowseveral different software packages duringthe slide show overview.

In the back pocket of this book are floppy disks that contains a series ofPowerPoint filesthat you can use for computer slide shows ofthe software that was studied in thisworkshop. These files are offeredas examples, you may wishto modifythem or createyour own slides.

Windows 95 PowerPoint (Version 7.0) Files on the floppy disks in the pocket:File Name Software Creator

BoaS.pptCo2prpht.pptPoly.pptCo2ppm.ppt

BOAST m, C02 Prophet,Polymer Flood/Watei^ood,C02 Predictive Model

Lanny Schoeling

firacpro.ppt FRACPRO Gene Williams

ges.ppt GeoGraphix GES Sandra Mark

neuralg NDS/Log, NDS/Map Sandra Mark

pfeffer.ppt PfEFFER GeoffBohlingris.ppt LESA, RIS-Info Sandra Mark

rockware.ppt RockWare Utilities Sandra Mark

seismic.ppt 2d/3dPak Sandra Mark

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