Drilling, Mud, Geology PB Parameters in PeN-LAB system

Printer-friendly versionSend to friendPDF

 

PeN-LAB system contains 250 play-back parameters. Parameters from 120 through 250 are spare parameters, and are not listed in this table.

001 DPTS Standard Depth
002 DPLM Lag Depth (mud)
003 DPLG Lag Depth (gas)
004 DPTV Vertical Depth
005 DTTM Drilling time
006 WOHM Weight on Hook - measured
007 WOHC Weight on Hook - calculated
008 WOBM Weight on Bit - measured
009 WOBC Weight on Bit - calculated
010 ROPD Rate of Penetration (depth)
011 ROPT Rate of Penetration (time)
012 RPM Rotation
013 TORQ Totq
014 TORM Torq - max.
015 SPM1 Strokes per minute (Pump-1)
016 SPM2 Strokes per minute (Pump-2)
017 SPM3 Strokes per minute (Pump-3)
018 VOLA Pit Volume - Active Pits
019 PSPM Stand Pipe Pressure
020 PSPC Stand Pipe Pressure - calculated
021 PCSM Casing Pressure
022 MFIN Mud Flow In
023 MFOT Mud Flow Out
024 MFDF Mud Flow Difference
025 MWIN Mud Weight In
026 MWOT Mud Weight Out
027 MWAV Mud Weight Average
028 GECD ECD - gradient
029 MTIN Mud Temperature In
030 MTOT Mud Temperature Out
031 MTDF Mud Temperature Difference
032 MRIN Mud Ressistivity In
033 MROT Mud Ressistivity Out
034 MRDF Mud Ressistivity Difference
035 MRPV Plastic Viscosity
036 MRYP Yield Point
037 MGEL Starting Gel
038 TGAS Total Gas
039 GC1 C1
040 GC2 C2
041 GC3 C3
042 GIC4 iC4
043 GNC4 nC4
044 GIC5 iC5
045 GNC5 nC5
046 GCO2 CO2
047 H2SM H2S Max.
048 SGC1 C1 normalized on 100%
049 SGC2 C2 normalized on 100%
050 SGC3 C3 normalized on 100%
051 SIC4 iC4 normalized on 100%
052 SNC4 nC4 normalized on 100%
053 SGC4 total C4 normalized on 100%
054 SIC5 iC5 normalized on 100%
055 SNC5 nC5 normalized on 100%
056 SGC5 total C5 normalized on 100%
057 R1T Ratio C1 - Sum total
058 R23G Ratio C2 - SumC3+
059 R2S Ratio C2 - Sum total
060 R3S Ratio C3 - Sum total
061 RN4S Ratio nC4 - Sum Total
062 RG12 Ratio C1 - C2
063 RG13 Ratio C1 - C3
064 RG14 Ratio C1 - TotalC4
065 RG15 Ratio C1 - Total C5
066 DCS " d" exponent - corected
067 DCNA "d" exponent from automatic trend
068 DCNP "d" exponent from manual trend
069 GPDA Pore Gradient from DCS-autotrend
070 GPDP Pore Gradient from DCS-manual trend
071 PODA Porozity from DCS-autotrend
072 PODP Porozity from DCS-manual trend
073 GFDA Fracture Gradient from DCS-autotrend
074 GFDP Fracture Gradient from DCS-manual trend
075 POIS Poisson Rattio
076 DCOB Overburden Gradient from DCS
077 SIGT Sigma Trend in transition zone
078 SIG0 Sigma - corrected
079 SIGF Sigma Fi (porosity)
080 SGRA Refferent Sigma, autotrend
081 SGRP Refferent Sigma, manual trend
082 SGNA Normalized Sigma, autotrend
083 SGNP Normalized Sigma, manual trend
084 GPSA Pore Gradient from Sigma-autotrend
085 GPSP Pore Gradient from Sigma-manual trend
086 GFSA Fracture Gradient from Sigma-autotrend
087 GFSP Fracture Gradient from Sigma-manual trend
088 BDSA Bulk density from Sigma-autotrend
089 BDSP Bulk density from Sigma-manual trend
090 OBSA Overburden coeff. from Sigma-autotrend
091 OBSP Overburden coeff. from Sigma-manual trend
092 POSA Porozity from Sigma-autotrend
093 POSP Porozity from Sigma-manual trend
094 MTOR Mud Temperature Out - Refferent
095 MTDR Mud Temperature Difference - Refferent
096 MTGO Mud Temperature Out - Gradient
097 MTGD Mud Temperature Difference - Gradient
098 SHR Shale density - Refferent
099 GPFL Pore Gradient from Shale density
100 GFRL Fracture Gradient from Shale density
101 PRCB Bit Cost On Bottom , during drilling
102 PRCR Bit Cost Off Bottom: RIH - DRILL -POOH
103 PRCT Bit Cost Total: by bit, rig, services costs
104 NGAS Normalized Gas
105 ROPB Breakeven ROP
106 GWRP Gas wetness ratio percentage
107 LHR Light to heavy ratio (balance)
108 OCQ Oil character qualifier
109 GH2 Hydrogen
110 MMRPM Mud motor revolutions per minute
111 PDL Flow paddle
112 MR1 MWD: Resistivity sensor #1, value
113 MR2 MWD: Resistivity sensor #2, value
114 MG1 MWD: Gamma Ray sensor #1, value
115 MG2 MWD: Gamma Ray sensor #2, value
116 SVYINC MWD: Directional sensor, inclination
117 SVYAZU MWD: Directional sensor, azimuth
118 TGASA Total gas analized - sum of gas component values C1 to nC5>
119 SRPM Summed revolutions per minute.