Dipmeter log were developed to resolve the “3-points define a plane” problem in a single well bore by measuring some physical property. Dipmeter and image logs have evolved from primitive beginnings to become an essential and accurate log for assessing structure and stratigraphy of reservoir rocks. Identification of fracture intensity and fracture orientation are another important use of these logs.
TYPES OF DIPMETER:
SDIP- STRUCTURAL DIP (GEODIP)
SDAZ-STRUCTURAL DIP AZIMUTH (GEODIP)
DDQR- DIP DISPERSION QUALITY RATING (SHDT) SUPERFLUOUS.
A FEW EXAMPLES:
P>FOLLOWING ARE USUALLY TRACED AT MULTI-LINEAR SCALE BUT SOMETIMES THERE ARE TADPOLES ON LINEAR SCALE TOO.
P1AZ (PAD 1 AZIMUTH)
DEVI, HDEV (DEVIATION)
DAZI (BOREHOLE AZIMUTH)
LDIP (LOCAL DIPMETER)
A FEW HIGH QUALITY TADPOLES (FILLED-DARK), LOW QUALITY (LIGHT-BLANK), ONE TAIL, TWO-TAIL, ARROW.
Dipmeter (Tadpoles)
1-8 weeks
Since established in 2000, Well Log Digitizing has been providing its services of vectorizing & digitizing the different kind of analog images mainly in the field of Well Log Data. All hardcopy of well log data which may be in the mod of paper, microfiche, films etc. are converted to industry standard interpretation ready electronic vector format. Well log digitizing is one of the leading technologies we utilize for the geophysical community by using the latest automatic and manual digitizing technology.
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