wellflo - guide step by step

8/13/2019 Wellflo - GUIDE STEP BY STEP

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Basic Set-Up


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STEPS:

1 ENTER GENERAL DATA

Data PreparationChoose General Data

Data PreparationChoose Well and Flow Type and check those suits your

well

2 ENTER X-MAS TREE PROPERTIES

Double click on X-Mas Tree and ill in the necessary bo! accordin"ly

#ote$ %- Make sure your !-&as tree data entry is accordance to Fi"ure-'(

'- This is the X-&as tree ) well head on the seabed* #+T the !-&as tree on theplator&,(


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3 ENTER WELL DEIATION DATA

i - Data PreparationDeiation DataWell Data

ii - Data PreparationDeiation Data.urace Data


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N!te:

%- /nclude all possible points which has both T0D and MD'- Ma!i&u& deiation 1last row2 is set to "i#-pe$%!$ati!& o 3455 t T0D not to

the Total)Ta" Depth 1TD2 o 3445 t T0D,


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' ENTER E(UIPMENT DATA

Data Preparation67uip&ent DataWell Data

.elect Type irst beore starts enterin" the data

#ote$

% 8 #ode Depth is at the botto& o each co&ponent

' 8 .et the ...0 to the 39th

in or the :ou"hness colu&n


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) *ONNE*T T+E ,X-MAS TREE ON T+E SEABED TO PROD. PLAT/ORM

6dit;dd :iser* Connect between the X-&as Tree and +utlet #ode

#ote$

% 8 Make sureto speciy the

insulation to 5(

0 ADDITIONAL

OPTIONS

0iew

Co&ponents Details$

0iew

Display as/con )

Display as

te!t

Coni"urePreerences* check bo!es in /nclude in te!t display


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ENTER PT DATA

Data Preparation:eseroir ControlFluid Para&eters

Check6nter :eseroir Pressure and Te&perature 1to check the para&eters2

Match6nter '5


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#ote$

% 8 Check that the calculated alues should be &ore or less e7ual to the actual

alues


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ENTER EDIT IN/LOW PER/ORMAN*E RELATIONS+IP 4IPR5

6dit >ayer6nter all necessary data

.kin ;nalysisCheck on ?se Calculated .kin


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+AGGIS-3

#ote$ /n the .kin ;nalysis* chan"e the Da&a"e Per&eability ro& 45 to %55&d( ;"ain check on the ;ctual P/ and .kin ro& the well test(

6 TO TUNE MODEL

;nalysis+peratin" Point?ncheck both .ensitiity % and .ensitiity

'?ncheck .tability CheckCheck /terate to e!act operatin" Point

Calculate 1To "et the +peratin" :ate and Pressure at .olution #ode2 8 @66PTA/. 0;>?6 T+ =6 (dp #+T6P;D D;T;(


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17 *REATE AND LOAD .$8p AND .#8p /ILE USING NOTEPAD

Write 3B ''+;D these ile(

File>oad Measured DataFlow :ate s( Pressure+pen

File>oad Measured DataDepth 1T0D2 s( Pressure+pen


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NODAL ANAL9SIS

11 TO ENTER T+E OPERATING POINT

;nalysis+peratin" PointChoose +utlet #ode as Top #ode* Casin"

as .olution #ode(

/n Te&perature Model$

Check Calculated circle6nter 45oas T .eawater and 34oas T ;t&osphere

#otes$

% 8 Make sure to uncheck .tability Check bo!' 8 Make sure to check /terate to e!act operatin" point

< 8 Check or both .ensitiities

12 TO DETERMINE T+E BEST *ORRELATION

CalculateCheck or nu&ber o successul+@

To Display Plot$

:esultsPlotCheck on the desired Type o Plots and what to

/nclude in DisplayPlot

#ote$ Check on the Measured Data* &ake sure there is a blue dot on the "raph(The best correlation should be the closest to the &easured data(


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SE*TION B:

+nce the correlation has been deter&ined( Go to ;nalysis +peratin" point

CorrelationsE and select the deter&ined correlation and >-Factor(

To "et the correct >-Factor( Proceed with ' sensitiities$

o .ensitiity %$ Water Cut 1


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SE*TION *:

*1: A*IDISING

% 8 /nitially Da&a"e Per&eability is set at %55 &d 8 /n the .kin ;nalysis .ection( #ow

chan"e the Da&a"e Per&eability to '55 &d 8 &eans the acidisin" has restored andi&proed the per&eability by '55 &d( The per&eability can not be &ore than '55 &d

since the reseroir has '55 &d per&eability only(

#ote on the .kin alue$ 5(B

Conduct a si&ilar sensitiity as is .ection =* howeer* set the WC in between 9 -4'(

Get two plots or these sections$ WC o

wellflo - guide step by step

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