MASS SPEC CHEMICAL PROFILING (WITH BACK-UP) · Announcing the New dq1000™ Wellsite Gas Analyzer*....
Transcript of MASS SPEC CHEMICAL PROFILING (WITH BACK-UP) · Announcing the New dq1000™ Wellsite Gas Analyzer*....
MASS SPEC CHEMICAL PROFILING (WITH BACK-UP)
Announcing the New dq1000™ Wellsite Gas Analyzer*. . .FIT's new dq1000™ "Divining Quad™" is a revolutionary new concept in Wellsite Geochemistry and the first commercially available
implementation of Mass Spectrometry for on-site, real-time formation fluid analysis and evaluation. Conceptually, the dq1000™ is similar toconventional equipment (i.e., hot-wire + GC), in that it continuously analyzes volatiles extracted from the drilling mud and correlates them withdepth. But here the similarity ends. At the heart of the dq1000™ is a quadrupole mass analyzer which, in addition to performing the usualTotal Gas + C1-nC5 analysis, is capable of detecting C6-C13 hydrocarbons (i.e., hexane, heptane, octane, etc.); distinguishing among paraffins,naphthenes and aromatics; and monitoring a variety of water-soluble species such as acetic acid, toluene and benzene, and inorganicsincluding hydrogen, helium, nitrogen, carbon dioxide, oxygen, argon and sulfur-bearing compounds. Correlation of these geochemicalindicators with available drilling parameters and lithologic data allow real-time evaluation of Pay, Wetness (e.g., Pixler Ratios), Petroleum Typeand Quality, Reservoir Compartmentalization, Fluid Contacts, Seals, etc.
The Divining Quad™ is a portable, fully-automatic, stand-alone analyzer. Its modest size, weight and electrical requirements facilitatedeployment in even the most restrictive environments. Sensor inputs on the dq1000™ monitor penetration, circulation, and pump strokes(any of which can also be read from a WITS-enabled local network) to derive Depth, ROP and Lag for the preparation of geochemical logs. While drilling, analytical results may be viewed on-screen locally or remotely and are always available for immediate LAS import into commercially available graphics packages. Bi-directional communication can be enabled over both LAN and the Internet.
The Divining Quad™ is user friendly requiring minimal instruction for setup, operation and routine maintenance. In field trials, the system has produced continuous, high quality data with minimal operator intervention for months at a time. Unlike FID detectors used in other gas analyzers, no auxiliary gases are needed thereby reducing costs and safety concerns. Mass Spec Analysis eliminates HC/CO2 interference - a common problem with many detectors leading to serious underestimation of hydrocarbons in some cases. The dq1000™ accurately distinguishes mud gas from atmosphere allowing automated (and remote) monitoring of gas trap/extraction line performance. Optional two port operation allows evaluation of hydrocarbon recirculation and potential mud additive interference.
*PATENT PENDING
Fluid Inclusion Technologies, Inc.2217 N. Yellowood Ave., Broken Arrow, OK 74012 USA
918.461.8984 • www.fittulsa.com
MSCP 002
Fluid Inclusion Technologies, Inc.
2217 N. Yellowood Ave.Broken Arrow, OK 74012 USA
918.461.8984 • www.fittulsa.com
dq1000™ Specifications:Dimensions..............26in x 7.5in x 15inWeight ......................61 lb (Portable)
Power ......................85-264 VAC (3.0-1.5 Amp)47-63 Hz (International)
Network ..................LAN, Internet, Satellite
Sensors......................Mud Circulation, Pump Strokes,Depth, Gas Extraction Line Flow
Cycle Time ..............15sec - 6min (2 min. nominal)
Analysis Modes ......Dual (differential) orSingle Port Gas Stream
Discriminates:- C1-C13 Hydrocarbons- Paraffins- Naphthenes- Aromatics- Organic Acids- Inorganics: CO2, He,
N2, O2, H2S, H2, etc.- Mud Additives
Real-Time Applications:- Pay- Petroleum Type- Compartmentalization- Fluid Contacts- Seals
Mass Spec Chemical Mass Spec Chemical Profiling of Gas Profiling of Gas
Composition in Real Time Composition in Real Time Composition in Real Time Composition in Real Time at Wellsite with the at Wellsite with the
dq1000 Divining Quaddq1000 Divining Quad
Mike Sterner and Don Hall Fluid Inclusion Technologies
Divining Quad OverviewDivining Quad Overviewg Qg Q
The dq1000 is a portable standThe dq1000 is a portable stand--alone mass spectrometeralone mass spectrometer--based gas analyzer providing routine chemical analysis ofbased gas analyzer providing routine chemical analysis ofbased gas analyzer providing routine chemical analysis of based gas analyzer providing routine chemical analysis of paraffins, naphthenes, aromatics, organic acids, volatile paraffins, naphthenes, aromatics, organic acids, volatile inorganic compounds and mud additives, to infer petroleum inorganic compounds and mud additives, to infer petroleum type and quality, fluid contacts, proximity to pay, porosity, type and quality, fluid contacts, proximity to pay, porosity, compartmentalization.compartmentalization.
The dq1000 is fully automaticThe dq1000 is fully automatic -- requiring only a continuousrequiring only a continuousThe dq1000 is fully automatic The dq1000 is fully automatic requiring only a continuous requiring only a continuous supply of gas from the extractor, a depth input and a moresupply of gas from the extractor, a depth input and a more--oror--less continuous supply of electricity.less continuous supply of electricity.
Together with FIT’s proprietary server software and a Together with FIT’s proprietary server software and a satellite uplink, real time data are available virtually anytime, satellite uplink, real time data are available virtually anytime, anywhere….anywhere….anywhere….anywhere….
Analytical Limitations of Analytical Limitations of Conventional Gas Equipment Conventional Gas Equipment
TGD d t t l b tibl h d b ith tTGD d t t l b tibl h d b ith t TGD records total combustible hydrocarbons without TGD records total combustible hydrocarbons without compound specificitycompound specificity
GC generally analyzes gasGC generally analyzes gas--range nrange n--alkanes which reactalkanes which reactGC generally analyzes gasGC generally analyzes gas range nrange n alkanes, which react alkanes, which react similarly to subsurface processes. Other two major similarly to subsurface processes. Other two major classes of hydrocarbons (naphthenes and aromatics) not classes of hydrocarbons (naphthenes and aromatics) not recordedrecordedrecordedrecorded
Generally poor performance on C5+ at low concentrationGenerally poor performance on C5+ at low concentration Analysis of inorganic compounds (e g COAnalysis of inorganic compounds (e g CO22 HH22S He)S He)Analysis of inorganic compounds (e.g., COAnalysis of inorganic compounds (e.g., CO22, H, H22S, He) S, He)
requires special equipmentrequires special equipment Infexible to specific needs of individual wells Infexible to specific needs of individual wells
Species Analyzed by the Species Analyzed by the dq1000dq1000 CC11--CC1010 organic speciesorganic species Discriminates among paraffins, Discriminates among paraffins,
naphthenes and aromaticsnaphthenes and aromatics BTEX compounds and organic acidsBTEX compounds and organic acids Inorganic volatiles such as COInorganic volatiles such as CO22, He, N, He, N22
and other atmospherics, Hand other atmospherics, H22S and other S and other sulfur species, Hsulfur species, H22, etc., etc. Identifies contribution from mud system Identifies contribution from mud system
and organic additivesand organic additives
Why Analyze these Why Analyze these Additional Compounds?Additional Compounds?
Better estimates of petroleum type and Better estimates of petroleum type and qualityquality Identifying fluid contactsIdentifying fluid contacts Delineating porosity/permeability trendsDelineating porosity/permeability trendsDelineating porosity/permeability trendsDelineating porosity/permeability trends Inferring nearby charge in wet reservoirsInferring nearby charge in wet reservoirs
E t bli hi i d b iE t bli hi i d b i Establishing reservoir and basin Establishing reservoir and basin compartmentalizationcompartmentalization
Interpretation of dq1000 Interpretation of dq1000 DataData
Based on Fluid Inclusion Stratigraphy Based on Fluid Inclusion Stratigraphy (FIS) analysis of thousands of wells (FIS) analysis of thousands of wells worldwide over the last 15 yrsworldwide over the last 15 yrs
FIS SchematicFIS SchematicFIS SchematicFIS Schematic
FIS DataFIS DataBlack = Inorganic speciesRed = Gas-range HC’sBlue = Water-soluble speciesGreen = liquid-range HC’s SEAL ZONE
BYPASSED PAY ZONE
THIN MIGRATION ZONESTHIN MIGRATION ZONESAND SEALS
SEAL ZONE
PAY ZONEPAY ZONEGAS-OIL CONTACT
OIL-WATER CONTACT
Interpretation of dq1000 Interpretation of dq1000 DataData
Verified by dq1000 analysis of 40+ wells Verified by dq1000 analysis of 40+ wells over the last 5 yrsover the last 5 yrs
dq1000 Application dq1000 Application E lE lExamplesExamples
dq1000 Mass Spectra Examples dq1000 Mass Spectra Examples 1.00E+061.00E+06
HC’s to C
1 00E 02
1.00E+03
1.00E+04
1.00E+05
1 00E 02
1.00E+03
1.00E+04
1.00E+05 Mostly atmosphere; minor dry gas
HC s to C8
1.00E+00
1.00E+01
1.00E+02
1 11 21 31 41 51 61 71 81 91 101 111 121 131
1.00E+06 1.00E+06
1.00E+00
1.00E+01
1.00E+02
1 11 21 31 41 51 61 71 81 91 101 111 121 131
HC’ t C
1.00E+03
1.00E+04
1.00E+05
1.00E+03
1.00E+04
1.00E+05HC’s to C7HC’s to C8;wetter
P/N
1.00E+00
1.00E+01
1.00E+02
1 11 21 31 41 51 61 71 81 91 101 111 121 1311.00E+00
1.00E+01
1.00E+02
1 11 21 31 41 51 61 71 81 91 101 111 121 131
1.00E+06 1.00E+06
/
1.00E+03
1.00E+04
1.00E+05
1.00E+03
1.00E+04
1.00E+05HC’s to C7with aromatics
HC’s to C10; wetter; aromatic rich
BB
TT
XP/N
1.00E+00
1.00E+01
1.00E+02
1 11 21 31 41 51 61 71 81 91 101 111 121 1311.00E+00
1.00E+01
1.00E+02
1 9 17 25 33 41 49 57 65 73 81 89 97 105 113 121 129 137
B T XP/N
Comparison of dq1000 and Conventional Comparison of dq1000 and Conventional GC: C1GC: C1--C5 Performance; 250 GU Anomaly C5 Performance; 250 GU Anomaly
Mass Spec Mass Spec Mass SpecChrom Chrom ChromdqC1 Vs. Depth
11750
11800
Chromat C1
11750
11800
dqC3 Vs. Depth
11750
11800
Chromat C3
11750
11800
dqC5 Vs. Depth
11750
11800
Chromat nC5
11750
11800
dqC1 Vs. Depth
11750
11800
Chromat C1
11750
11800
dqC3 Vs. Depth
11750
11800
Chromat C3
11750
11800
dqC5 Vs. Depth
11750
11800
Chromat nC5
11750
11800
p p p
C1 C1 C3 C3 C5 C5
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
11850
11900
11950
S/N = S/N = S/N = S/N =11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
11950
12000
12050
S/N =
4:1 3:1 2:1 1.5:1
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
12100
12150
12200
S/N =
S/N =2:1
N/A0 500 1000 1500 2000 2500 3000 3500 4000 0 500 1000 1500 2000 2500 3000 3500 4000 50 100 150 200 250 300 350 400 0 100 200 300 400 500 0 2 4 6 8 10 0 2 4 6 8 100 500 1000 1500 2000 2500 3000 3500 4000 0 500 1000 1500 2000 2500 3000 3500 4000 50 100 150 200 250 300 350 400 0 100 200 300 400 500 0 2 4 6 8 10 0 2 4 6 8 10
dq1000 C6+ Performance; 2000 GU dq1000 C6+ Performance; 2000 GU Anomaly Anomaly
C6 Vs. Depth
12700
12720
C8 Vs. Depth
12700
12720
C5 Vs. Depth
12700
12720
C7 Vs. Depth
12700
12720
C9 Vs. Depth
12700
12720
C1 Vs. Depth
12700
12720
C1 C5 C6 C7 C8 C9
12740
12760
12780
12740
12760
12780
12740
12760
12780
12740
12760
12780
12740
12760
12780
12740
12760
12780
25 ppm1 ppm
0.3 ppm
12800
12820
12800
12820
12800
12820
12800
12820
12800
12820
12800
12820
1 ppmbaselineshift
baselineshift
12840
12860
12880
12840
12860
12880
12840
12860
12880
12840
12860
12880
12840
12860
12880
12840
12860
12880
12900
0 50 100 150 200
12900
0 5 10 15 20
12900
0 100 200 300 400 500 600 700
12900
0 10 20 30 40 50
12900
0 2 4 6 8
12900
0 50000 100000 150000 200000 250000
dq1000 Balance and Wetness Ratios in dq1000 Balance and Wetness Ratios in Three Shows; Improved Est Ptrlm Type Three Shows; Improved Est Ptrlm Type Three Shows; Improved Est. Ptrlm Type Three Shows; Improved Est. Ptrlm Type
12550 1255012300 123008850 8850
C1 C1 C1
SHOW 1 SHOW 2 SHOW 3
12560
12570
12560
12570
12310
12320
12310
12320
8860
8870
8860
8870
B W12580
12590
12600
12580
12590
12600
12330
12340
12350
12330
12340
12350
8880
8890
8900
8880
8890
8900
B W
12600
12610
12620
12600
12610
12620
12350
12360
12370
12350
12360
12370
8900
8910
8920
8900
8910
8920
BWPossible oil (Untested)
Gas-Cond (Tested)
12630
12640
12630
12640
12380
12390
12380
12390
8930
8940
8930
8940
Possible Gas (Untested)
126501.0 10.0 100.0
12650100 50100 100100 150100 200100 250100
124001.0 10.0 100.0
12400100 1100 2100 3100 4100 5100 6100 7100
89501.0 10.0 100.0
8950
100 1100 2100 3100 4100 5100 6100 7100
Wetness = (Sum C2 to C5)/(Sum C1 to C5) Balance = (C1+C2)/(C3+C4+C5)
Fluid Contacts; dq1000 Data Fluid Contacts; dq1000 Data Bacterially altered wet gas anomalyBacterially altered wet gas anomaly. High CO2 resulted in suppressed readings on conventional TG and GC equipment. Sulfur species are Subtle relative benzene
anomaly in water legconcentrated in the water leg. Sulfur speciesCO2
anomaly in water leg
PorosityCompartment indicators
Top of Show
SuppressedTG Detect.
Top of Show
HC’s to C7
Gas-Water Contact
Proximity to Pay (PTP): BTEX in Oil Proximity to Pay (PTP): BTEX in Oil Field BrinesField BrinesField BrinesField Brines
Buccaneer Field; G l t Blk 288Galveston Blks. 288 and 296; GOM
BTEX compoundsare fractionated intobrine due to their highsolubility in watersolubility in water
From Burtell and Jones; OGJ; June ‘96
PTP: Benzene in Nisku BrinesPTP: Benzene in Nisku Brines
55
1
0.2
Distance to Production (miles)4 8 12From Burtell and Jones;
OGJ; June ‘96
Proximity to Pay: FIS DataProximity to Pay: FIS Data
FIS data document diff i f BTEX BTEX and organic
acid anomalies in reservoir equivalent section across fault
C7
zene
Ben
zene A
cetic
diffusion of BTEX and organic acid across lateral fault seal at reservoir section across fault
Ben
zB Acid
sea a ese odepth. Similar anomalies are seen in the water leg Presence ofleg. Presence of these features significantly enlarges
Oil indications in reservoir
BTEX and organic acid anomalies in water leg to updip oil reservoir
gexploration target and extends view well beyond the limits of the to updip oil reservoir.limits of the borehole
= diffusion of water soluble species
Proximity to Pay; dq1000 DataProximity to Pay; dq1000 DataSulfur speciesCO2
Huge BTEX anomalyCompartment indicators
Bacterially altered wet gas anomaly; i di ti f
Proposed compartments
indications of nearby charge
Sand probably
p
Tight
P
Sand probably charged up-dip with altered wet gas
Possible residual HC zone
Porous
Porouszone
TightPossible Paleo-HC-water contact
Seal Definition and Reservoir Seal Definition and Reservoir Compartments; FIS DataCompartments; FIS DataCompartments; FIS DataCompartments; FIS Data
MethaneFIS methane response indicates effectiveness of t l d i t
SEAL
top seal and inter-reservoir seal. Fluid inclusions in the two reservoirs
SEAL
Ahave discrete chemistries. Biomarker work indicates a SEAL
B
indicates a separate source for the two fluids.
Reservoir Compartmentalization; dq1000 Reservoir Compartmentalization; dq1000 Data Data
Elevated BTEX in Increase porositySHOW #1 compartmentalized. SHOW #2 wetter; chemically distinct; better porosity; out of communication with SHOW #1
Elevated BTEX in Seals overlying shows
Compartment indicators
Increase porosity with depth in SHOW #2
communication with SHOW #1.
Top Show #1SHOW
#1Base Show #1
Top Show #2
SHOW #2
Base Show #2
ROP CO2
Pressure Pressure Compartments; Compartments;
Onset of overpressure
p ;p ;dq1000 Data dq1000 Data
indicated by increase in CO2 in relatively monotonous carbonate sequence Note alsosequence. Note also parallel decrease in ROP associated with drilling harder rock
Mature Source Rock; dq1000 Data Mature Source Rock; dq1000 Data Hi h di i h l l
Elevated relative benzene in sand overlying proposed
k i di t
High gas readings in shale; low in overlying sand. Associated anomalous species include CO2, organic acid and sulfur
source rock may indicate lateral charge
Sulfur speciesCO2
gcompounds. Data suggest that shale is oil-mature active source rock. Possible up-dip charge
Compartment indicators
Porosity and Basin Compartments; Porosity and Basin Compartments; dq1000 Data dq1000 Data
50000
Differences among trends are primarily related to fluid source and migration history. Differences along trend are primarily related to porosity. Secondary porosity effects (e.g., in tight rock) may contribute to scatter around trends
35000
40000
45000
shalegasgsa
Trend 1 Trend 2Data from
Anomalies in Well “A”
25000
30000
35000
than
e
gsagsbtripagscgsd
Trend 3
15000
20000
Me tripb
show1ashow1btripc
5000
10000show2Trip gas composition
correlates to zone (s) from which it is derived
04 14 24 34 44
Helium
derived
The Woodford Fm, in this area is characterized by anomalous hydrogen andanomalous hydrogen, and preliminary observations suggest that highest hydrogen concentrations are observed in best quality source rock. Other potential source shales in the penetrated section do notpenetrated section do not contain anomalous hydrogen; consequently, data can be used to infer Woodford gas
t ib ti t i icontribution to reservoirs in the vicinity. Other potential applications include identification of intra-Woodford fractures, and elucidation of source rock quality and maturity. Similar approaches may benefitapproaches may benefit shale gas plays in general.
dq1000 Application Conclusionsdq1000 Application Conclusions
Effective singleEffective single--instrument replacement for the instrument replacement for the TGD d GCTGD d GCTGD and GCTGD and GC
Better measurement of wetBetter measurement of wet--gas and liquidgas and liquid--range range organic species even at low TGorganic species even at low TGorganic species even at low TGorganic species even at low TG
Superior chemical characterization from Superior chemical characterization from measurement of wide range of compoundsmeasurement of wide range of compoundsmeasurement of wide range of compoundsmeasurement of wide range of compounds
Data used to infer petroleum type and quality, Data used to infer petroleum type and quality, fluid contacts proximity to pay porosityfluid contacts proximity to pay porosityfluid contacts, proximity to pay, porosity, fluid contacts, proximity to pay, porosity, compartmentalization compartmentalization
Mass Spec Mass Spec ppin the Fieldin the Field Portable mass specs Portable mass specs
deploy like deploy like conventional gasconventional gasconventional gas conventional gas detection equipmentdetection equipment
Gas ExtractorGas Extractor PumpPump FiltersFilters Flow RegulatorsFlow Regulators Satellite dish ?Satellite dish ?
Hardware OverviewHardware Overview
Scanning quadrupole mass spectrometer and Scanning quadrupole mass spectrometer and twotwo stage turbo pumping system routinelystage turbo pumping system routinelytwotwo--stage turbo pumping system routinely stage turbo pumping system routinely monitor chemical variations over a dynamic monitor chemical variations over a dynamic range of 7+ orders of magnitude.range of 7+ orders of magnitude.range of 7 orders of magnitude.range of 7 orders of magnitude.
Standard issue PC/laptop computer Standard issue PC/laptop computer -- running running any windows based operating system makes onany windows based operating system makes on--y p g yy p g ythethe--spot computer repair/replacement trivial. Full spot computer repair/replacement trivial. Full swapswap--out can be accomplished in ~5 min.out can be accomplished in ~5 min.
Field serviceable Field serviceable -- most routine maintenance most routine maintenance operations can be performed onoperations can be performed on--site by logger. site by logger. TBF (TBF ( d i 9 k d i )d i 9 k d i )TBF (unTBF (un--manned service ~ 9 wks and counting)manned service ~ 9 wks and counting)
Hardware Cont’d.Hardware Cont’d.
Full Electronic Isolation Full Electronic Isolation -- Shielded, Surge Shielded, Surge P t t d UPS B tt B k idiP t t d UPS B tt B k idiProtected, UPS Battery Backup, providing Protected, UPS Battery Backup, providing continuous, uninterrupted service in extremely continuous, uninterrupted service in extremely hostile environmentshostile environmentshostile environments.hostile environments.
International Deployment International Deployment -- electrical power electrical power requirements are 90requirements are 90--240 VAC 50240 VAC 50--60 Hz Included60 Hz Includedrequirements are 90requirements are 90--240 VAC, 50240 VAC, 50--60 Hz. Included 60 Hz. Included UPS provides minimum of 20 min power backup UPS provides minimum of 20 min power backup --scaleable as necessary. scaleable as necessary. yy
Software OverviewSoftware Overview FIT’s dq1000 Divining Quad trapFIT’s dq1000 Divining Quad trap--gas analyzer gas analyzer
uses a proprietary, WITS compatible, Windowsuses a proprietary, WITS compatible, Windows--b d ft d i d l d b FITb d ft d i d l d b FITbased software driver developed by FIT. based software driver developed by FIT.
The software optimizes the application of mass The software optimizes the application of mass spectrometry to well site geochemistryspectrometry to well site geochemistryspectrometry to well site geochemistry, spectrometry to well site geochemistry, incorporating depth and other essential drilling incorporating depth and other essential drilling parameters monitored by dq1000’s internalparameters monitored by dq1000’s internalparameters monitored by dq1000 s internal parameters monitored by dq1000 s internal circuitry and associated external sensors into circuitry and associated external sensors into LASLAS--format digital output suitable for display, data format digital output suitable for display, data transfer and archival.transfer and archival.
Together with FIT’s proprietary server software Together with FIT’s proprietary server software and a satellite uplink, real time data are available and a satellite uplink, real time data are available virtually anytime, anywhere….virtually anytime, anywhere….
Analytical OverviewAnalytical Overview Unit Mass Discrimination from AMU = 1 Unit Mass Discrimination from AMU = 1 -- 140 140 Analytical cycle time is adjustable between 15Analytical cycle time is adjustable between 15 Analytical cycle time is adjustable between 15 Analytical cycle time is adjustable between 15
seconds and 6 minutes (nominally ~2 min/cycle)seconds and 6 minutes (nominally ~2 min/cycle) Dynamic analytical range of 7+ orders of magnitudeDynamic analytical range of 7+ orders of magnitude Dynamic analytical range of 7+ orders of magnitudeDynamic analytical range of 7+ orders of magnitude Fully temperature compensatedFully temperature compensated Calibrate with standard test gases (minimal driftCalibrate with standard test gases (minimal drift Calibrate with standard test gases (minimal drift Calibrate with standard test gases (minimal drift
requiring infrequent calibration)requiring infrequent calibration) Discriminates paraffins naphthenes aromaticsDiscriminates paraffins naphthenes aromatics Discriminates paraffins, naphthenes, aromatics, Discriminates paraffins, naphthenes, aromatics,
organic acids, COorganic acids, CO22, He, N, He, N22, O, O22, H, H22S, HS, H2 2 andand mud mud additivesadditivesadditivesadditives
Representative ChemistriesRepresentative Chemistries
Seal ZoneN2 O2N N++
pp
CO2C1
O2Ar
Ar++
N,N++H2O
Ar
Pay ZoneC1C3
C5CO2
H
H2
C5C7
C9H2S
He
2
Dq1000 Mass SpectraDq1000 Mass Spectra
CrossplotsCrossplots
ReproducibilityReproducibility
Curves intentionally offset to allow comparison
Depth/Drilling Parameter Depth/Drilling Parameter MonitoringMonitoring Driller depth and other parameters i e ROPDriller depth and other parameters i e ROP Driller depth, and other parameters, i.e., ROP, Driller depth, and other parameters, i.e., ROP,
lag, pump strokes, etc. necessary to provide a lag, pump strokes, etc. necessary to provide a complete mud log can be monitored from LANcomplete mud log can be monitored from LANcomplete mud log can be monitored from LAN complete mud log can be monitored from LAN broadcasts and incorporated into the final log. broadcasts and incorporated into the final log.
Alternatively, depth, circulation and pump strokesAlternatively, depth, circulation and pump strokesAlternatively, depth, circulation and pump strokes Alternatively, depth, circulation and pump strokes (up to 3 pumps) can be monitored using the (up to 3 pumps) can be monitored using the dq1000’s internal circuitry and associated external dq1000’s internal circuitry and associated external sensors for calculation of lag and ROP and these sensors for calculation of lag and ROP and these parameters can in turn be reparameters can in turn be re--broadcast over a broadcast over a LAN along with chemical data if desiredLAN along with chemical data if desiredLAN along with chemical data if desired.LAN along with chemical data if desired.
Dq1000 SpecificationsDq1000 Specifications
Dimensions:Dimensions: 26in x 7.5in x 15in26in x 7.5in x 15in Weight:Weight: 61 lbs (portable)61 lbs (portable) Weight:Weight: 61 lbs (portable)61 lbs (portable) Power:Power: 8585--264 VAC (3.0264 VAC (3.0--1.5 Amp)1.5 Amp)
4747 63 Hz (international)63 Hz (international)4747--63 Hz (international)63 Hz (international) Network:Network: LAN, Internet, SatelliteLAN, Internet, Satellite Sensors:Sensors: Mud Circulation Pump StrokesMud Circulation Pump StrokesSensors:Sensors: Mud Circulation, Pump Strokes,Mud Circulation, Pump Strokes,
Depth, Gas Extraction Line FlowDepth, Gas Extraction Line Flow Cycle Time:Cycle Time: 15 sec15 sec –– 6 min6 minCycle Time:Cycle Time: 15 sec 15 sec 6 min6 min
(2 min nominal)(2 min nominal) Modes:Modes: Dual (differential) orDual (differential) or( )( )
Single Port Gas StreamSingle Port Gas Stream
dq1000dq1000 Divining QuadDivining QuadWellsite Gas AnalyzerWellsite Gas AnalyzerWellsite Gas AnalyzerWellsite Gas Analyzer