Block 2 and Block 3 job distribution.

[Fuad Othman]

Dear all,

I hope this email finds you in good health. After getting the information about our presentation date have been delayed till the final examination is over, we need to proceed with our Block 3 preparation. Below are the job distribution for everyone.

Reservoir Engineering (WANRU)

-Reservoir Data

-Well test Data

-Reserve Estimation

-Production Forecast

-Reservoir Stimulation

-Reservoir Management

Drilling Engineering (FUAD)

-Rig Selection

-Type of well (Directional / horizontal / vertical)

-Casing Designs

-Bit selection

-Casing cementation program

-Potential Drilling Hazard

-Mitigation plan

-Drilling Optimization

Production Tech (AZRI)

-Design Philosophy

-IPR prediction

-OPR prediction

-Artificial lift selection

-Possible production problems

-COST (CAPEX / OPEX)

-Well completion plan (PREWIN)

    -Producing well (Single and dual completion)

    -Injection well (Single and dual completion)

    -Compile a list of completion equipment required.

    -present a future workover planning or artificial lift requirement.

Facilities Engineering (SAHA)

-Operation and Maintenance philosophy

-Host tie-in facilities

-Surface facilities equipments

-platform utilities and service facilities

-Pipeline Sizing

-CONCEPT Selection

-Design basis and philosophy

Economy (POKCEK)

-PSC terms

-Fiscal terms

-Economic Assumptions

BLOCK 3

Production Problems / HSE PREWIN

-brief overview of the failures

-Work priorities

-Why the fields are in poor performance

Maintenance Proposal KUMAR

-Timing of the workover and maintenance

-Come out with the budget proposal

-Why the fields are in poor performance

Abandonment Proposal TIMUR

-Abandonment proposal

-Review of the field life cycle.

Block 3 task distribution may not be complete. However, you may add accordingly to the material provided in the 3rd Module of FDP.

You guys are required to complete the task accordingly in a final report format and presentation format.

THE DUE DATE for this is : TBA

This is to allow compilation of all material to be done and some modification can be made before our LONGGGG holiday.

--

Fuad Othman

Petroleum Engineering

Final Year Final Semester

Universiti Teknologi PETRONAS

Tel : +6010-253 9942

[WanRu Teoh]

I'm ok with the job distribution! EOR will be added to my part too.

Have a nice weekend everyone ^_^

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[wan_saha]

my part. some incomplete sections are intentionally left blank / red colored for further adjustment..

[WanRu Teoh]

Attached is the well location, those whose work is related to tis part pls help me to check thru...
Correct me if you found anything wrong.

Pok Cek,

For Economic Analysis use estimation of

30,000 Mstb produced for Natural Depletion,

51,000 Mstb for Water Injection.

for comparison...

Both using 11 producers (3 use back BE-1, BE-3, BE-4).

Natural Depletion - 3 wells will perforate at another layer for further production.

Water Injection – total 10 injectors needed (to reach VRR=1.44) :

5 injectors will inject at 2 different layer (2 tubing share same wellbore);

1 injector will become producer later;

4 injectors will only take charge of single layer (1 tubing/well needed)

The injector well location later I will adjust according to GPS location and change color to indicate dual injector.

This are the summary of my works which may affect ur work content I guess.

[WanRu Teoh]

On Tue, Aug 14, 2012 at 4:42 PM, WanRu Teoh <wanr...@gmail.com> wrote:

Attached is the well location, those whose work is related to tis part pls help me to check thru...
Correct me if you found anything wrong.

Pok Cek,

For Economic Analysis use estimation of

30,000 Mstb produced for Natural Depletion,

51,000 Mstb for Water Injection.

for comparison...

Both using 11 producers (3 use back BE-1, BE-3, BE-4).

Natural Depletion - 3 wells will perforate at another layer for further production.

Water Injection – total 10 injectors needed (to reach VRR=1.44) :

5 injectors will inject at 2 different layer (2 tubing share same wellbore);

1 injector will become producer later;

4 injectors will only take charge of single layer (1 tubing/well needed)

Besides using back 3 old wells, 1 of the producers will perforate at 3 different layers at different time (indicated by red circle well)

[Wan Muhamad Faris]

thx wanru,,i will slowly start working on that..=)

[WanRu Teoh]

Sorry, after rearrange, for water injection scheme, i change to simpler form

Total 10 injectors : 6 dual-injector-wells + 1 single-injector-well
No injector will become producer -- the well producing from early till the end...

11 producers for both natural depletion and water injection scheme still, both cases oso use bck 3 old wells from appraisal phase.
Natural : 3 wells produced at 2 different layer in early and late time.
Water : 1 well produced at 3 different layer in early, middle and late time.

[WanRu Teoh]

Sorry typo just now, finalized picture wit depth will be presented in report sent by tmr i guess...

On Tue, Aug 14, 2012 at 9:51 PM, WanRu Teoh <wanr...@gmail.com> wrote:

Sorry, after rearrange, for water injection scheme, i change to simpler form

Total 9 injectors : 6 dual-injector-wells + 3 single-injector-wells

[WanRu Teoh]

If u not yet read the previous email, can ignore all mail i sent earlier. tis is the updated version.

For those who need well location, number of well, time period for production, can refer to the attachment.
I will start my report from here...