GBA MPD 20080901 Trn Ppt Sentry Module01

8/18/2019 GBA MPD 20080901 Trn Ppt Sentry Module01

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S e n t r y : B a s i c s

"

GeoBalance

Introduction

• DAS schematic




#

GeoBalance

Agenda

Background

Theory of Operation

Functional Description

1

2

!

"

#$

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Feature Tour Operation

&egion Specific

'ersion(s)

*nstallation




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GeoBalance

Learning Objectives

• By the end of this presentation you +ill ,e a,le to: - Define

. /hat is Sentry

- 0plain

. o+ data flo+s through Sentry

. o+ Sentry +orks

. 3alculations used in Sentry

- Do

. *nstall Sentry

. 3onfigure Sentry

. Sa4e Sentry configurations

. Open Sentry configurations




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GeoBalance

Background• A Bit of istory 5

S3A6

7B

7B

8ogger

6et+ork




&

GeoBalance

Theory of Operation• Today

De4ice 91

7B

De4ice 92 5 6

O3 Ser4er 91

O3 Ser4er 92 5 6

O 3 3 l i e n t

S e n t r y

* 6 S * T 0




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GeoBalance

Sentry: hat is it!

;icrosoft /indo+s (3<) Application

Data Ac=uisition System

Functions




GeoBalance

"unctional #escription $"#%

Input

#ata

&rocessing '

Logic

(D8O)

Output

(Destination)

(alc &rop




GeoBalance

"#: Input




*0

GeoBalance

"#: #LO

(ondi

tionin

g

)nits &rops

Signal

"lo*s

(u+u

lative

s

(alcul

ations

,ealt

h-onit

or

,eart

beat




**

GeoBalance

"#: (o++on: )nits

• *6S*T0 Base >nits - Specific units Base units




*"

GeoBalance

3alc

6oise A4eraging Scaling

8inear iece+ise 8inear olynomial

(onditioning

"#: (o++on: (onditioning




*#

GeoBalance

"#: (: (: .oise Averaging

)(

)()(

ba

xb xa x

avg in

avg +

⋅+⋅=

( ) ( )( )ba

xb xa x

avg in

avg +

×+×=

Theoretical

here:

0ample

a ? >ser defined integer

(@ 1) 1

b ? >ser defined integer

(@ 9) !

/in ? *nput 4alue

/avg ? 8astest noise a4eraged4alue

(a4g ? in for 1st run)




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GeoBalance

"#: (: (: Scaling: Linear

( )11 xm yb ×−=

( )( )12

12

x x

y ym

−

−=

( ) b xm y inin +×=

Theoretical

here:

0ample

1 2

y1

y2

/ $ra*%

y

$ s c a l e d %

$/01y0% ? >ser defined scaling pt 1

( is ra+C y is scaled 4al)

$/21y2% ? >ser defined scaling pt 2 ( is ra+C y is scaled 4al)

+ ? radient of scaling line

b ? Eintercept of scaling line

/in ? *nput 4alue

yin ? Scaled 4alue

( )( )12

12

x x

y ym

−−=

in

yin




*%

GeoBalance

"#: (: (: Scaling: & Linear

Theoretical 0ample

/ $ra*%

y

$ s c a l e d %

$/i1 yi% ? >ser defined scaling pt i

( is ra+C y is scaled 4alue)

i ? 1 519 (min ? 2 ptsC ma (6) ? 19 pts)

+ℓ ? radient of scaling line o4er inter4al ℓ

bℓ

? Eintercept of scaling line o4er inter4al ℓ

/in ? *nput 4alue

yin ? Scaled 4alue

in

yin

Same as 8inear for each segment

( )

( )

( )

( )

>

<

≤≤

+×==

−

−−

N in N N

in

iiniii

ininin

x xif x x

x xif x x

x x xif x x

b xm x f y

,],[

,],[

,],[

1

121

11




*&

GeoBalance

"#: (alc: Scaling: &olyno+ial

)(

)()(

ba

xb xa x

avg in

avg +

⋅+⋅=

f xe xd xc xb xa y inininininin +×+×+×+×+×=12345

Theoretical

here:

0ample

a ? >ser defined coefficient

b ? >ser defined coefficient

c ? >ser defined coefficient

d ? >ser defined coefficient

e ? >ser defined coefficient

f ? >ser defined coefficient

/in ? *nput 4alue

yin ? Scaled 4alue

&olyno+ial $degree 3%

/ $ra*%

y

$ s c a l e d %

in

yin




*'

GeoBalance

"#: (o++on: &roperties

1

Fluid as

&rop




*

GeoBalance

"#: (o++on: &rop: "luid

Shrinkage

G

SolidsG

/aterG

A*

(3orrected)

A*(>ncorrected)

*




*

GeoBalance

S(H #9F

1!I$ psia)

2S

(ppm)

"#: (o++on: &rop: Gas

Ar

e

O2

3O

2

2O

n31922

n3J29

n3%1% n3$1#

n3#1!

n3"12

i3"12

n3!19

i3!19

3%

32#

3!

623O2

"0




"0

GeoBalance

"#: #LO

Signals 3alculations

ealth ;onitorsFlo+s

3umulati4e eart Beats

#LO

"*




"*

GeoBalance

"#: #LO: Signals

Signals

DAS AS ulse Signal

Analog &ate

""




""

GeoBalance

"#: #LO: Signals

• Direct Analog Signal (DAS)

"#




"#

GeoBalance

"#: #LO: Signals

• rocessed Analog Signal (AS)

"$




"$

GeoBalance

"#: #LO: Signals

• Analog &ate

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"%

GeoBalance

"#: #LO: Signals

• ulse Signal

"&




"&

GeoBalance

"#: #LO: "lo*s

Flo+s

as Orifice

Oil /ater

Tank

"'




"'

GeoBalance

"#: #LO: "lo*s

• Oil

"




GeoBalance

"#: #LO: "lo*s

• /ater

"




GeoBalance

"#: #LO: "lo*s

• as

#0




GeoBalance

"#: #LO: "lo*s

• Orifice

#*




GeoBalance

"#: #LO: "lo*s

• Tank

#"




GeoBalance

"#: #LO: (u+ulatives

3umulati4es

3umulati4es

##




GeoBalance

"#: #LO: (u+ulatives

• 3um

#$




GeoBalance

"#: #LO: (alculations

3alculations

Summation Difference &atio

Analog &ate

* Separator Total Surface

'olume

TotalSurface/atre it Acti4e 'olume 6et as &ate 6et +ater roduced as 6et Oil 6et 8i=uid

A n a l o g & a t e

#%




GeoBalance

"#: #LO: (alcs: Su++ation

• Total Surface /ater 'olume

• Acti4e it 'olume

∑= All

ume PitTankVol olume PitActiveV (barrels)(barrels)

∑= All

Total WaterTankserVolumeSurfaceWat (barrels)(barrels)



#'




GeoBalance

"#: #LO: (alcs: 4atio

• /ater 3ut

• as Oil &atio

• as Fraction

• /ater Oil &atio

Total

Total

#e !i"uidStag

$WaterStageWater%ut =

Net

Net Ratio

il

GasGasil =

Net

Net &raction

!i"uid

GasGas =

Total

Total Ratio

$ilStage$WaterStageWateril =

#




GeoBalance

"#: #LO: (alcs: &I

• as *

• Oil *

• /ater *

• Total *

P'd servoir Re

InGasutGas

(ra'do'n

servoirGas Re

Gas P P

))

P

) PI

−

−=

∆

∆=

P'd servoir Re

Inil util

(ra'do'n

servoiril Re

il P P

))

P

) PI

−

−=

∆

∆=

P'd servoir Re

InWater utWater

(ra'do'n

er servoirWat Re

Water P P

))

P

) PI

−

−=

∆

∆=

P'd servoir Re

Inut

(ra'do'n

servoir Re

P P ))

P ) PI

−−=

∆∆=

#




GeoBalance

"#: #LO: (alcs: Separator

• Sep 1 'olume

• Sep 2 'olume

bm !evel #Stage !evel #Se*arator +×= (inches)(barrels)

bm !evel $Stage !evel $Se*arator +×= (inches)(barrels)

$0




GeoBalance

"#: #LO: (alcs: Total5ol

• Total Surface Oil 'olume∑ ++= All

Total il #Stage !i"uid $StageilTanksVolumeSurfaceil (barrels)(barrels)

$*




GeoBalance

"#: #LO: ,eart Beat

eart Beat

eart Beat

$"




GeoBalance

"#: #LO: ,eart Beat

• B

$#




GeoBalance

"#: #LO: ,ealth -onitor

ealth ;onitor

ealth ;onitor

$$




GeoBalance

"#: #LO: ,ealth -onitor

• ;

$%




GeoBalance

"#: Output

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GeoBalance

Installation

• *nstallation - Turn off *6S*T0

$'




GeoBalance

"eature Tour

• >*

$




GeoBalance

"eature Tour

$




GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

"eature Tour

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GeoBalance

Operation

• 8aunching the Sentry Application• 8oad 0isting 3onfiguration

- Open - *mport

• Start 6e+ (or 0dit 0isitng) 3onfiguration - Specify *nputs

. O3K Select O3 Ser4er K Set O3 *nputs

. *6S*T0K Select *6S*T0 Ser4er K Set *6S*T0 *nputs

- Specify Output

. O3

. *6S*T0 - 3onfiguration

. Fluid

. as

. Special 'alues

. Signals

. Flo+s

. ealth ;onitor

. 3umulati4es

. >BA 3alculations

. Sentry 0tensions

- lo,al arameters

- eart Beat - Depth L TD Acti4ity - 'ie+s - 8ayouts

• Data Ac=uistion - Data 8ogging - >ser 3omments

• Sa4ing - Sa4e - 0port

• 0iting the Sentry Application

%

Th 6 d




The 6nd

• The 0nd

Documents

GBA MPD 20080901 Trn Ppt Sentry Module01