Q2/ Figure 2 shows a small part of the Zubair Formation which consists of interbedded sandstone and shale. Calculate the Corrected Neutron Porosity at depth 3249 m for Matrix, Hole Size, Mud Cake, and Mud Weight. When the drilling mud weight

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Q2/ Figure 2 shows a small part of the Zubair
Formation which consists of
interbedded sandstone and shale. Calculate
the Corrected Neutron Porosity at depth
3249 m for Matrix, Hole Size, Mud Cake, and
Mud Weight. When the drilling mud weight
is about 12 Ibm/gal
Figure_2
16
Spont. Potential (SP)
-10mV[+
45
Neutron Porosity (NPHI)
-15
ITTTotal
pu
DH Ten (DHTN)
150 10K
Micro Res (MSFL)
Gamma Ray (GR)
02
2K 1.95
Bulk Density (RHOB)
2.95
api
pounds
ohmm
gram per cc
Tension (TENS)
16 10K
Deep Res (RT90)
6
Bit Size (BS)
이0.2
2K 140
Mono Delta-T (MDT)
40
Ibs
ohmm
uspf
1:200
MD
m
Den. Corr. (DRH25
-0.25
6
Caliper-SDL (CALI)
16
0.2
Med Res (RT30)
2KO
Pe (PE)
10
in
barns/electron
ohmm
gicc
3240
3250
Transcribed Image Text:Q2/ Figure 2 shows a small part of the Zubair Formation which consists of interbedded sandstone and shale. Calculate the Corrected Neutron Porosity at depth 3249 m for Matrix, Hole Size, Mud Cake, and Mud Weight. When the drilling mud weight is about 12 Ibm/gal Figure_2 16 Spont. Potential (SP) -10mV[+ 45 Neutron Porosity (NPHI) -15 ITTTotal pu DH Ten (DHTN) 150 10K Micro Res (MSFL) Gamma Ray (GR) 02 2K 1.95 Bulk Density (RHOB) 2.95 api pounds ohmm gram per cc Tension (TENS) 16 10K Deep Res (RT90) 6 Bit Size (BS) 이0.2 2K 140 Mono Delta-T (MDT) 40 Ibs ohmm uspf 1:200 MD m Den. Corr. (DRH25 -0.25 6 Caliper-SDL (CALI) 16 0.2 Med Res (RT30) 2KO Pe (PE) 10 in barns/electron ohmm gicc 3240 3250
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