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ABN 72 112 844 407

Collaborative Drilling Initiative (CDI) 028

Rundle ProspectEPM 15040 “Sulieman Creek” Dajarra Project - Queensland

Final Report February 2008

D. McIntosh February 2008

SUPERIOR RESOURCES LIMITED ABN 72 112 844 407

COLLABORATIVE DRILLING INITIATIVE (CDI) 028

RUNDLE PROSPECTEPM 15040 “SULIEMAN CREEK”

DAJARRA PROJECT - QUEENSLAND

FINAL REPORT FEBRUARY 2008

Author: D. McIntosh

Date: 29 February 2008

Holder: Superior Resources Limited

Commodities: Base Metals

1:250,000: Urandangi (SF 5405)

1:100,000: Ardmore (6754)

Distribution: Superior Resources LimitedDepartment of Mines and Energy

Superior Resources Limited - Rundle Prospect - EPM15040 Final Report - CDI 028 - February 2008

3

TABLE OF CONTENTS

TABLE OF CONTENTS

1. Introduction 32. Rundle Prospect Drilling Program 3

3. Project Costs (Held on File) 7

LIST OF TABLES

Table 1. Rundle Prospect Drill Hole Locations 4

Table 2. Detection limit of element suite analysed by method ME-ICP41s 5

Table 3. Detection limits for gold analysis by method Au-AA26 7

LIST OF FIGURES

Figure 1. Dajarra Project Geology Showing Location of the Rundle Prospect 6

LIST OF APPENDICIES

Appendix 1. Drill Hole Summary Reports 8Appendix 2. Graphic Logs 14Appendix 3. Sample Summary 18Appendix 4. Drill Hole Records 20


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1. INTRODUCTION

This is the final report in fulfilment of the reporting requirements for funding assistance under Collaborative Drilling Initiative 028 (CDI028).

CDI028 is the funding deed between the tenement holder Superior Resources Limited (ASX code SPQ) and the Queensland Government Department of Mines and Energy. The funding was for half of the direct drilling costs of a program to test an electromagnetic (EM) anomaly at the Rundle Prospect within Exploration Permit for Minerals (EPM) 15040, “Sulieman Creek” in north west Queensland.

The drilling target was an anomaly located by an airborne EM (Geotem) survey completed during previous exploration of the area by BHP (now BHP Billiton). The EM anomaly is very intense and modelling indicated that the anomaly could be the response from a shallow and flat-lying conductive source. There is no outcrop in the area of the anomaly.

The prospect is located at 340600 mE, 7582400 mN, Map Grid of Australia Zone 54, approximately 20km south southwest of Dajarra. It lies in the Urandangi (SF5405) 1:250,000 scale and Ardmore (6754) 1:100,000 scale map sheets.

As originally proposed the program comprised four vertical drill holes each to a depth of 100m. This was amended to a program of three drill holes on the basis of the results obtained as drilling progressed. Information from the geology of the material intersected in the three holes was considered as having sufficiently determined an explanation for the EM anomaly.

The drilling at the Rundle Prospect was completed as part of a larger program undertaken by the company to drill test targets at several prospects within the Dajarra Project. This program utilised the same drilling equipment and field personnel and was conducted during late November to mid December 2007.

2. RUNDLE PROSPECT DRILLING PROGRAM

The Rundle Prospect, lies within EPM15040 “ Sulieman Creek” which is located approximately 120km south of Mount Isa in north west Queensland.

The EM anomaly at Rundle Prospect, situated close to the Rundle Yards, was located by an airborne EM survey completed by BHP. BHP also completed ground EM over this anomaly but did not drill the anomaly. BHP considered that the EM anomaly displayed IP effects. Field reconnaissance of the anomaly by Superior indicated that there is no outcrop in the area of the anomaly.

SPQ contracted Geotech Airborne Pty Ltd (Geotech), of Malaga WA, to complete heliborne electromagnetic (EM) surveys of the more prospective parts of the Dajarra Project area using Geotech’s advanced Versatile Time-Domain Electromagnetics (VTEM) system The surveys were completed in August 2007. A total of 1025km of surveying was completed.

Final data from the VTEM survey was received in November 2007. Superior acquired specialized software to initially model the VTEM results which essentially interprets the conductivity at various depths at each point along a survey line. The resulting interpreted depth conductivities are then combined to provide an interpreted cross section of conductivities along a flight line. SPQ has further processed the data using commercial available geophysical software gridding the interpreted conductivity information to produce cross sectional images along each flight line. Superior as a final process then converts the data into a form that can be used to interpret the results by producing series of stacked cross sections by combining the cross sectional images from adjacent surveyed flight lines.

Superior Resources Limited - Rundle Prospect - Final Report - CDI 028 - February

4

The Rundle Prospect EM anomaly was flown by VTEM at a line spacing of 200m as a part of survey area Block B. The resulting VTEM anomaly showed a very strong response in the early channels and the response persisted to the later channels. Modelling of the anomaly indicated that the source of the anomaly was likely a shallow flat-lying conductive zone. However because of the strength of the anomaly four drill holes were proposed to test the anomaly.

Three vertical reverse circulation percussion drill holes, RU001 to RU003, were completed for a total of 231m from 25 November 2007 to 30 November 2007. Drilling was carried out by contractor Drill Torque Queensland of Townsville using an TD375 drilling machine and support equipment including an auxiliary booster compressor. On site program management and drilling supervision was undertaken by Terra Search Pty Ltd of Townsville.

All hole location details were obtained by survey using DGPS instrumentation by Terra Search.

Hole East (MGA) North (MGA) Total Depth

Dip Azimuth (MGA)

Method

RU001 340431.19 7582191.18 94m -90° 000° RC PercRU002 340541.39 7582399.66 49m -90° 000° RC PercRU003 340699.43 7582587.92 88m -90° 000° RC Perc

Table 1. Drill Hole Locations Rundle Prospect.

The drilling program was supervised on site by Terra Search Principle Geologist R.H. Lesh. Details of all drill holes were recorded to allow data to be captured digitally in Explorer 3 database format.

The standard procedures followed during sampling and logging of percussion drill holes included :

All material returned to surface from the drill equipment collected and bagged with material sampled at 1m intervals over the entire length of the hole commencing from 0m at the hole collar at surface level.

Sieved and washed chips from each 1m interval stored in 20 compartment plastic tray containers which are marked permanently with drill hole identification, number and depth intervals. Chips are selected to be representative of each individual 1m interval and are collected to be used in geological logging and provides a method of retaining a reference and permanent record of material intersected in the drill hole.

Samples to be submitted for geochemical analysis are collected consecutively over 2m intervals over the entire length of the drill hole commencing from 0m. Assay samples comprise a 1-2 kg sub-sample obtained as a composite by splitting approximately equal amounts from each of the adjacent 1m interval of bagged sample.

All samples for geochemical analysis are consecutively numbered in sequence. Quality control standard samples are inserted in the sample number sequence as the next sample number immediately after the last sample at the end of each hole. Duplicate samples are collected at nominally 30m intervals from the start of sampling in each hole and consecutively numbered in the sample sequence. Insertion of duplicate and standard control samples provide external additional quality assurance control to the quality assurance provided by the analytical laboratory for each sample batch submitted.

All samples were submitted to ALS-Chemex, Mount Isa, for sample preparation, pulverising and splitting prior to analysis for a 33 multi-element suite using the Induced Coupled Plasma method of analysis, laboratory method code ME-ICP41s, and gold by fire assay, using a 50g charge, laboratory method code Au-AA26.


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Logging of holes is based on the Terra Search Explorer 3 system. This method documents quantifiable geology at 1m intervals. Factual geological features including colour, oxidation state, grain size, texture, alteration and rock mineralogy are recorded. Descriptive and interpreted geology is also documented over the broader intervals of each lithology intersected. Other discrete features captured in the logging include the levels at which the base of complete and partial oxidation occur, water table information, depth of transported cover etc.

The lower and upper detection limits for the element analysed by the two method are listed below. Units are in ppm unless indicated.

Element Lower UpperAg 0.2 100Al 0.01% 25%As 2 10,000B 10 10,000

Ba 10 10,000Be 0.5 1,000Bi 2 10,000Ca 0.01% 25%Cd 0.5 1,000Co 1 10,000Cr 1 10,000Cu 1 10,000Fe 0.01% 50%Ga 10 10,000K 0.01% 10%La 10 10,000Mg 0.01% 25%Mn 5 50,000Mo 1 10,000Na 0.01% 10%Ni 1 10,000P 10 10,000

Pb 2 10,000S 0.01% 10%

Sb 2 10,000Sc 1 10,000Sr 1 10,000Ti 0.01% 10%Tl 10 10,000U 10 10,000V 1 10,000W 10 10,000Zn 2 10,000

Table 2. Detection limits of element suite analysed by ALS-Chemex method ME-ICP41s.


6

Proterozoic Legend 0 kilometres 25

GranitePrevious Company Drilling

Cover Rocks Legend

Mount Isa Group(Cover Sequence 3)Basic Volcanics (Cover Sequence 2)Quartzite(Cover Sequence 2)Acid Volcanics (Cover Sequence 1)Metamorphics (Basement)

Drill Hole - Base Metals

Drill Hole - Other CommoditiesSoil and Alluvium

FaultMesozoic Sediments

Cambrian SedimentsConcealedFault

EPM 15040Sulieman Creek

Rundle Prospect

Pechiney & BHP

EPM 15329West Smoky

Seltrust Buckingham Prospect

BHP

EPM 16029Sulieman South

RFZ Prospect

7550000 mN 7550000 mN

MIM DC001D

EPM 15328Upper Smoky

EPM 15219Cottonbush No 1

EPM 15046Smoky Creek

EPM 15220Cottonbush No 2

CRAE

7500000 mN 7500000 mN

Geology after SPQ, GA and DME

Figure 1. Dajarra Project – Geology showing the location of the Rundle Prospect

350000

300000

3000

00

3500

00


7

Detection limits for the gold fire assay analysis are listed below. All Units ppm unless indicated.

Element Lower UpperAu 0.01 100

Table 3. Detection limits for 50g charge gold analysis by fire assay, ALS Chemex method Au- AA26.

Drilling intersected a shallow clay rich zone which was consistent with the EM modelling interpretation. The holes intersected approximately 20m of strongly weathered rock containing abundant clay and iron oxides over weathered to fresh mafic volcanics. Summary geology logs are provided in Appendix 1 and collar, survey, geology and assay records in Appendix 4.

Recently received assay results from the drilling indicate that the area contains weakly anomalous copper and zinc values up to 591 ppm Cu and 374 ppm Zn over 2m. A summary of the best geochemical intersection in each drill hole are provided in the summary reports included with Appendix 1. The logged quantifiable geological and geophysical attributes along with select geochemical analysis are presented in graphical log format in Appendix 2. Detailed geochemical analysis are listed in Appendix 4.

4. CONCLUSSIONS AND RECOMMENDATIONS

The drilling program at Rundle Prospect has met all of the projects requirements satisfying the aims and objectives as initially proposed.

The drilling intersected a zone of strongly weathered rock containing abundant clay and iron oxides over a width of approximately 20m overlying fresh mafic volcanics. This is consistentwith the shallow flat lying conductive zone modelled from the VTEM survey data at the Rundle Prospect.

It is concluded that the drilling intersected the source of the EM anomaly and since there is no indications of any large sulphide mineralisation system it is recommend that no further work be undertaken.


Appendix 1.

CDI 028Rundle Prospect

Final Report

DRILL HOLE SUMMARY REPORTS

04/03/20

HOLE ID:

Printed By

Company : SPQ : SUPERIOR RESOURCES LTDProject : SUPERIOR : Closed File Exploration Data for SUPERIOR RESOURCE Prospect : DAJARRA : Smokey Creek (Superior Resources)Sheet : 6754 : ARDMORE

Collar Location Local AMG MGA Lat/LongN 7582018.7N 7582191.18N -21.85855LatE

Elevation m RL340309.28E 340431.19E291.135m RL 291.135m RL

139.45459Long

Logged By: RHL2

Collar Survey Azimuth (Grid): Azimuth (Mag):0 Inclination:-90

Dates PercStarting Date : 25/11/2007

Core Drill ContractorsPerc: Drill Torque Rig: Small DTQ REVC rig

Termination Date : 26/11/2007 Core:capable to 150m

Commodity Type: Base Metals Program Type: Exploration phase testing of targets

Precollar/Percussion MetresOpen Hole (m): 6 Depth of Oxidisation: 12Reverse Circulation: 88 Depth of Transported Cover: 1Total Core Length: 0 Age of Transported Cover: 5Final Depth: 94 Completion Status: Abandoned - Mechanical Reason

PurposeRundle: Testing for Mt Isa Sequence siltstones and source of VTEM Anomaly

CommentsQuite deeply weathered to 48m - dolerite to coarse grained amphibolite, strongly chloritised.

Summary Log0 - 2m Geology: Red brown surface induration gravelly siltstone

Mineralisation:2 - 3m Geology: Orange pink siltstone or 'surface gravel'

Mineralisation:3 - 15m Geology: Red brown and yellow green clayey pug, possibly after siltstone or andesite. BOCO at 12m

Mineralisation:15 - 19m Geology: Coarse, weathered, oxidised chloritic (+bright green (nontronite?) clay) andesite/mafic

volcanic (amphibolite)Mineralisation:

19 - 40m Geology: Light yellow green to dark green, fine to medium grained clayey chloritic probablyandesite? or mafic volcanic. Mod to strong weathering - Chips all less than 3mm, 24-25m coarser indurated chips (green grey) Calcite 1-3% Thin veinlets (calcretey looking texture) fizzes with acid. Coarser chips 24-25m, 32-35m, otherwise less than 3 mm

Mineralisation:40 - 45m Geology: Mafic volcanic/intrusive but also has brown goethite (Fe-st chips to 7%). Becoming slightly

fresher but still very clayeyMineralisation:

45 - 48m Geology: Transition to fresh coarse chips (>2cm in part). Green grey to dark green chloriteamphibolite rock/mafic volcanic. Some minor pyrite on surfaces. Moderately soft to scratch (chlorite streak). BOPO at 48m.

Mineralisation:48 - 94m Geology: Fresh med to coarse grained dark green chlorite amphibolite rock/mafic volcanic with low

to minor pyrite on fractures/surfaces - streaks chlorite when scratched, moderately soft . Mag sus values rise to consistently 1-2(x10?3). In weathered rock generally < 1x10?3 S.I. units.

Mineralisation:

Directional SurveysDepth (Down Hole) Azimuth (From Mag. N) Declination (From

Horizon)Survey Instrument

0 0 -90 C

Best Geochem InterceptFrom To Width Au

ppmCu

ppmPb

ppmZn

ppmS

ppmV

ppm50.00 60.00 10.00 107.80 16.000 135.00 1320.0 102.8058.00 64.00 6.00 0.010 96.667 12.333 117.33 1266.6 88.333

04/03/20

HOLE ID:

Printed By

66.00 70.00 4.00 81.500 13.000 109.00 1300.0 85.00072.00 74.00 2.00 113.00 13.000 127.00 1100.0 87.00088.00 90.00 2.00 111.00 10.000 86.000 1800.0 85.00088.00 94.00 6.00 98.667 6.667 74.333 1500.0 77.333

Material left down hole: 6m PVC

Drilling Conditions:

04/03/20

HOLE ID:

Printed By




139.45568Long

Logged By: RHL2






Precollar/Percussion MetresOpen Hole (m): 6 Depth of Oxidisation: 24Reverse Circulation: 43 Depth of Transported Cover: 1Total Core Length: 0 Age of Transported Cover: 5Final Depth: 49 Completion Status: Abandoned - Bogged

PurposeRundle: Testing for Mt Isa Sequence siltstones/shales and source of VTEM Anomaly

CommentsMafic rock types. Most likely intrusive

Summary Log0 - 3m Geology: Orange soil, ironstone and clay

Mineralisation:3 - 12m Geology: Red brown and white mostly clay with chips of ironstone and rare vein qtz. N.B - Flake of

gypsum (1-2cm) noted from 10-11mMineralisation:

12 - 18m Geology: Red brown clay - lot of ferric iron Mineralisation:

18 - 24m Geology: Light green yellow clay - weathered mafic volcanic? BOCO at 24m Mineralisation:

24 - 38m Geology: Weakly weathered bluey to greeny grey fine grained mafic volcanic - indurated and quitehard to scratch. Lime green nontronitic clay on outside of chips (in joints and fractures) - some zones of sulfidation and felsic/aplitic vein material (eg: 27-28m)

Mineralisation:38 - 41m Geology: Weakly weathered bluey to greeny grey fine grained mafic volcanic but with larger

percentage of felsic aplitic dyke? Material - red feldspar in chips from 39-40mMineralisation:

41 - 49m Geology: Becoming fresher, still some oxidation in fractures, dark - blue grey chips - fine grainedindurated mafic volcanic - coarser grained with possible amphibole 48-49m - Hole abandoned at 49m due to rods bogging - tried water and foam but to no avail. - BOPO not quite reached but relatively fresh rock and it can't be much deeper.

Mineralisation:



0 0 -90 C


ppmCu

ppmPb

ppmZn

ppmS

ppmV

ppm0.00 2.00 2.00 53.000 9.000 24.000 2000.0 190.0010.00 14.00 4.00 61.000 11.500 48.500 2400.0 151.50


Drilling Conditions: Tried water foam to clear outside of rocks. Hole binding up badly - Pumped water but no outside return - severe risk of bogging rods - abondoned hole 49m

04/03/20

HOLE ID:

Printed By




139.45723Long

Logged By: RHL2






Precollar/Percussion MetresOpen Hole (m): 6 Depth of Oxidisation: 34Reverse Circulation: 82 Depth of Transported Cover: 1Total Core Length: 0 Age of Transported Cover: 5Final Depth: 88 Completion Status: Abandoned - Water Table

/Excessive water

PurposeRundle: VTEM Anomaly - Testing VTEM Anomaly (Hole No 3) and for Mt Isa Group siltstones/shales

CommentsMafic rock types. Most likely intrusive

Summary Log0 - 4m Geology: Orange soil, quartz remaining from convolition

Mineralisation:4 - 9m Geology: Light yellow green fine grained clay - coated in deep red brown ferric iron.

Mineralisation:9 - 16m Geology: Yellow green fine grained clay with large medium to coarse grained quartz at 15-16m.

Mineralisation:16 - 24m Geology: Grey blue fine grained mafic volcanic - moderate silicification, minor weathering. Presence

of fine grained olive clay, especially from 22-24m.Mineralisation:

24 - 46m Geology: Grey blue fine grained mafic volcanic - low to moderate silicification, high amount ofamphibole, with pyroxenes but minor to no feldspars. Gabbro? Low to moderate fe oxide content. Large blocky chips with jagged angular edges. BOCO at 28m.

Mineralisation:46 - 73m Geology: Grey blue fine to medium grained mafic volcanic - low silicification, minor fe oxide. Smaller

chips, more heterogeneity in sizes. Mineral asseblages as above. Gabbro? BOPO at 55m.Mineralisation:

73 - 76m Geology: Grey blue fine to medium grained mafic volcanic - fresh rock, highly silicified with dark greeen yellow fine grained chips.

Mineralisation:76 - 88m Geology: Grey blue fine to medium grained mafic volcanic - minor fe oxide, minor silicification, large

blocky chips with trace pyrite, (79-80m).Mineralisation:



0 0 -90 C


ppmCu

ppmPb

ppmZn

ppmS

ppmV

ppm0.00 2.00 2.00 88.000 11.000 46.000 1700.0 244.006.00 12.00 6.00 268.00 7.667 174.66 8733.3 129.66


04/03/20

HOLE ID:

Printed By

Drilling Conditions: Problems with auto shutdown guages and probable inner tube pinhole, sample return very poor at 88m. Terminated hole


Appendix 2.


Final Report

GRAPHIC LOGS

Lith1 Lith2Qz CAL

50 5Feox

25GR Py

10Mag_Sus Cu

6 25 500Co Pb

250Zn

50 400Ba

1500Au

0.1S Mn

10000 2000Fe (%)

15Mg

60000Ni Cr

500 350V

400

0

GVLSLST

0

SLSTGVL

SLST10 ANT

10

ANT MVOL

20 20

30 ANT MVOL 30

40

MVOL UINTR

40

AMP MVOL

50 50

60 60

70

AMP70

MVOL

80 80

90 90

94 94

Terra Search Pty Ltd 4/3/2008

SPQSULCK0001_SuleimanCreek_GraphicLogs.WOR 1cm = 5m (1:500)

EPM15040 SULIEMAN CREEK - Rundle Prospect Graphic Log - RU001

March 2008

Oxi

dat

Col

o

Lith1 Lith2Qz CAL

50 5Feox

25GR Py

10Mag_Sus Cu

6 25 500Co Pb

250Zn

50 400Ba

1500Au

0.1S Mn

10000 2000Fe (%)

15Mg

60000Ni Cr

500 350V

400

0

SOIL0

IRST

IRST10 10

CLY

20 20

MVOL

30 30

MVOL

40 MVOL DYKE 40

MVOL

49 49




March 2008

Oxi

dat

Col

o

Lith1 Lith2Qz CAL

50 5Feox

25GR Py

10Mag_Sus Cu

6 25 500Co Pb

250Zn

50 400Ba

1500Au

0.1S Mn

10000 2000Fe (%)

15Mg

60000Ni Cr

500 350V

400

0 0

SOIL

CLY

10 10

CLY

20 MVOL 20

30 30

MVOL GAB

40 40

50 50

60 MVOL GAB 60

70 70

MVOL

80

MVOL 80

88 88




March 2008

Oxi

dat

Col

o


APPENDIX 3.


Final Report

SAMPLE SUMMARY


Sample SummaryDrill Holes RU001 to RU003

Laboratory: ALS Chemex, Mount IsaBatch No: 232652Workorder: MI07146996

State: QueenslandProject: DajarraTenement: EPM15040Prospect: Rundle

RU001 6876097 to 6876111 0m to 30m 6876113 to 6876127 30m to 60m6876129 to 6876143 60m to 90m6876145 to 6876146 90m to 94m

6876112 Duplicate 28m to 30m 6876128 Duplicate 58m to 60m 6876144 Duplicate 88m to 90m 6876147 Standard QC OC-5

Total number samples - 47 Duplicate samples - 3 Standards - 1

RU002 6876148 to 6876162 0m to 30m 6876164 to 6876173 30m to 49m

6876163 Duplicate 28m to 30m 6876147 Standard QC OC-5


RU003 6876175 to 6876189 0m to 30m 6876191 to 6876205 30m to 60m6876207 to 6876220 60m to 88m

6876190 Duplicate 28m to 30m 6876206 Duplicate 58m to 60m 6876221 Standard QC OC-5



APPENDIX 4.


Final Report

DRILL HOLE RECORDS

CDI0 Collar Dajarra Project - EPM15040 Sulieman Creek - Rundle

Page 1 C:\Data\Australia\QLD\Sulieman Creek\ExcelData\

Prospect_Code Company Sheet_Number Hole_ID Grid_ID Country State Amg_N Amg_E MGA_N MGA_E RL_Regional Location_Accuracy Drilling_TypeDAJARRA SUP 6754 RU001 MGA AUS QLD 7582018.70 340309.28 7582191.18 340431.19 291.135 0.5 REVCDAJARRA SUP 6754 RU002 MGA AUS QLD 7582227.18 340419.48 7582399.66 340541.39 292.018 0.5 REVCDAJARRA SUP 6754 RU003 MGA AUS QLD 7582415.44 340577.52 7582587.92 340699.43 293.596 0.5 REVC



Prospect_Code Company Sheet_Number Hole_ID Program_Type Commodity_Type Precollar_Depth Final_Depth BOCO_Depth BOCO_Status BOPO_Depth BOPO_StatusDAJARRA SUP 6754 RU001 TARGET BM 94 94 12 Y 48 YDAJARRA SUP 6754 RU002 TARGET BM 49 49 24 Y 49 YDAJARRA SUP 6754 RU003 TARGET BM 88 88 34 Y 50 Y



Prospect_Code Company Sheet_Number Hole_ID Log_By Perc_Start Perc_End P_Drill_Co P_Drill_Rig Completion_Status Tenement_Type Tenement Report_TypeDAJARRA SUP 6754 RU001 RHL2 25/11/2007 26/11/2007 DTQ TD375 A3 EPM 15040 SPQDAJARRA SUP 6754 RU002 RHL2 26/11/2007 27/11/2007 DTQ TD375 A7 EPM 15040 SPQDAJARRA SUP 6754 RU003 RHL2 28/11/2007 29/11/2007 DTQ TD375 A4 EPM 15040 SPQ

of C:\Data\Australia\QLD\Sulieman Creek\ExcelData\CDI028_Rundle_Drill_Records_Final_Report.xls

CDI028 Survey Records Dajarra Project - EPM15040 Sulieman Creek - Rundle Prospect

Prospect_Code Company Sheet_Number Hole_ID Depth_survey Instrument Dip Magnetic_Az Regional_Azimuth Local_Grid_AzimuthDAJARRA SPQ 6754 RU001 0 C -90 0 0 0DAJARRA SPQ 6754 RU002 0 C -90 0 0 0DAJARRA SPQ 6754 RU003 0 C -90 0 0 0

of C:\Data\Australia\QLD\Sulieman Creek\ExcelData\CDI028_Rundle_Drill_Records_Final_Report.xls

CDI028 Size Records Dajarra Project - EPM15040 Sulieman Creek - Rundle Prospect

Prospect_Code Company Sheet_Number Hole_ID From_Depth To_Depth Method Bit_Type SizeDAJARRA SPQ 6754 RU001 6 94 RC TBH 4.5DAJARRA SPQ 6754 RU002 6 49 RC TBH 4.5DAJARRA SPQ 6754 RU003 6 88 RC TBH 4.5DAJARRA SPQ 6754 RU001 0 6 OH B 6DAJARRA SPQ 6754 RU002 0 6 OH B 6DAJARRA SPQ 6754 RU003 0 6 OH B 6

CDI0 Assay Dajarra Project - EPM15040 Sulieman Creek - Rundle


Hole_ID Sample From_Depth To_Depth Data_Type Au Au1 Ag Al As B Ba Be Bi Ca Cd Co Cr Cu Fe Ga K La Mg Mn MoRU001 687609

70 2 COMP <0.01 <0.2 18800 5 <10 870 0.8 <2 2400 <0.5 5 77 58 9.28 10 1400 10 4700 123 1

RU001 6876098

2 4 COMP <0.01 <0.2 15800 6 10 300 0.5 <2 3000 <0.5 5 96 93 11.5 10 700 <10 3300 152 1

RU001 6876099

4 6 COMP <0.01 <0.01 <0.2 15800 2 10 60 <0.5 <2 2100 <0.5 8 56 116 9.42 10 400 <10 4500 257 <1

RU001 6876100

6 8 COMP <0.01 <0.2 25300 4 10 100 0.5 <2 4500 <0.5 15 82 138 11.6 10 1400 <10 10200 210 10

RU001 6876101

8 10 COMP <0.01 <0.2 30500 <2 <10 130 0.8 2 5900 <0.5 16 63 103 6.82 10 3500 <10 11600 67 1

RU001 6876102

10 12 COMP <0.01 <0.2 34600 <2 <10 160 0.9 <2 5000 <0.5 22 70 114 8.06 10 5100 10 13900 113 1

RU001 6876103

12 14 COMP <0.01 <0.2 35600 <2 <10 330 1.1 <2 4400 <0.5 33 72 114 7.89 10 7300 50 15500 135 2

RU001 6876104

14 16 COMP <0.01 <0.2 25600 <2 <10 440 2.7 <2 5200 <0.5 62 68 165 6.83 10 5400 110 10900 1750 1

RU001 6876105

16 18 COMP 0.01 <0.2 20300 <2 <10 230 2.2 <2 8400 <0.5 65 53 118 5.01 10 5700 40 12000 899 1

RU001 6876106

18 20 COMP <0.01 <0.2 26000 <2 <10 100 1.9 <2 14100 <0.5 41 57 89 5.67 10 4600 10 15800 670 <1

RU001 6876107

20 22 COMP <0.01 0.2 37500 2 <10 280 2.5 <2 6800 <0.5 65 81 121 8.53 10 4900 10 17800 957 <1

RU001 6876108

22 24 COMP <0.01 0.2 42100 <2 <10 290 3.1 <2 6500 <0.5 75 80 155 9.89 10 7100 10 21600 1045 <1

RU001 6876109

24 26 COMP <0.01 0.2 27900 <2 <10 120 2.3 2 11800 <0.5 39 63 188 6.51 10 5500 10 16500 541 <1

RU001 6876110

26 28 COMP 0.01 0.2 38000 <2 <10 430 2.9 <2 7000 <0.5 86 83 111 8.46 10 6700 10 20100 1370 <1

RU001 6876111

28 30 COMP 0.01 <0.2 30300 3 <10 900 1.3 <2 11500 <0.5 38 61 128 6.41 10 3900 10 19100 910 1

RU001 6876112

28 30 DUP 0.01 <0.2 27200 <2 <10 1010 1.1 <2 8900 <0.5 34 57 119 5.89 10 3600 10 16500 695 1

RU001 6876113

30 32 COMP <0.01 <0.2 40700 <2 <10 380 0.9 <2 21200 <0.5 52 78 122 8.28 10 6600 10 26700 999 <1

RU001 6876114

32 34 COMP <0.01 0.2 39700 <2 <10 270 <0.5 <2 30700 <0.5 53 63 112 8.16 10 4400 10 27900 1260 <1

RU001 6876115

34 36 COMP <0.01 <0.2 37700 <2 <10 150 0.5 <2 71400 1.5 47 61 91 7.78 10 4100 10 25200 891 <1

RU001 6876116

36 38 COMP <0.01 0.2 36700 <2 <10 220 <0.5 <2 40200 <0.5 51 57 104 7.73 10 5900 10 26000 837 <1

RU001 6876117

38 40 COMP <0.01 <0.2 42300 <2 <10 250 0.5 <2 56900 <0.5 53 64 104 8.48 10 6300 10 30100 857 <1

RU001 6876118

40 42 COMP <0.01 <0.2 40000 2 <10 200 0.5 <2 34400 <0.5 48 74 83 8.03 10 6300 10 26600 562 <1

RU001 687611 42 44 COMP <0.01 <0.01 <0.2 36800 <2 <10 420 0.5 3 55700 <0.5 48 62 96 8.03 10 5300 10 27800 989 1



9RU001 687612

044 46 COMP <0.01 <0.2 35700 3 <10 260 0.5 <2 34700 <0.5 42 64 95 7.85 10 5300 10 29300 711 1

RU001 6876121

46 48 COMP <0.01 <0.2 35200 <2 <10 80 <0.5 2 13700 <0.5 39 64 102 6.72 10 2600 10 32100 686 1

RU001 6876122

48 50 COMP <0.01 <0.2 37500 2 <10 130 <0.5 3 17200 <0.5 42 59 99 6.74 10 3200 10 35800 751 1

RU001 6876123

50 52 COMP <0.01 <0.2 28000 <2 <10 190 <0.5 2 9500 <0.5 40 55 97 5.09 10 6500 10 23800 485 1

RU001 6876124

52 54 COMP <0.01 <0.2 29600 <2 <10 230 <0.5 <2 8000 <0.5 39 54 129 5.49 10 8400 10 25600 523 1

RU001 6876125

54 56 COMP <0.01 <0.2 31100 2 <10 290 <0.5 <2 9700 <0.5 39 55 102 5.64 10 10400 10 25700 565 1

RU001 6876126

56 58 COMP <0.01 <0.2 30200 <2 <10 330 <0.5 <2 13100 <0.5 38 57 106 5.64 10 11100 10 24600 613 1

RU001 6876127

58 60 COMP <0.01 0.2 28500 2 <10 280 <0.5 2 9200 <0.5 37 49 105 5.17 10 9100 10 23500 519 1

RU001 6876128

58 60 DUP 0.01 <0.2 29000 <2 <10 280 <0.5 <2 12100 <0.5 37 51 93 5.25 10 9300 10 23400 560 1

RU001 6876129

60 62 COMP <0.01 <0.2 29700 <2 <10 230 <0.5 <2 8500 <0.5 38 48 118 5.23 10 7800 10 24900 547 1

RU001 6876130

62 64 COMP <0.01 <0.2 28700 <2 <10 190 <0.5 <2 9800 <0.5 39 45 79 5.05 10 6300 10 24200 532 1

RU001 6876131

64 66 COMP <0.01 <0.2 27600 <2 <10 200 <0.5 <2 8600 <0.5 36 46 67 4.92 10 6900 10 23800 481 1

RU001 6876132

66 68 COMP <0.01 <0.2 29300 <2 <10 210 <0.5 <2 9500 <0.5 38 46 86 5.17 10 7300 10 24300 501 1

RU001 6876133

68 70 COMP <0.01 <0.2 29200 <2 <10 170 <0.5 2 12500 <0.5 39 46 77 5.22 10 5900 10 24700 538 1




470 72 COMP <0.01 <0.2 29400 <2 <10 180 <0.5 <2 8000 <0.5 38 42 73 5.14 10 6100 10 25200 496 1

RU001 6876135

72 74 COMP <0.01 0.2 31600 <2 <10 180 <0.5 <2 11900 <0.5 44 45 113 5.73 10 6100 10 27800 575 1

RU001 6876136

74 76 COMP <0.01 <0.2 27500 <2 <10 200 <0.5 <2 8800 <0.5 38 41 86 4.88 10 7000 10 23600 460 1

RU001 6876137

76 78 COMP <0.01 <0.2 28200 <2 <10 180 <0.5 2 9100 <0.5 38 42 90 4.96 10 6100 10 23700 474 1

RU001 6876138

78 80 COMP <0.01 0.2 28700 2 <10 220 <0.5 <2 9400 <0.5 39 42 110 5.03 10 7400 10 23800 467 1

RU001 6876139

80 82 COMP <0.01 <0.01 0.2 23700 <2 <10 170 <0.5 <2 9000 <0.5 31 43 94 4.26 10 5600 10 19600 385 1

RU001 6876140

82 84 COMP 0.01 <0.2 25800 <2 <10 230 <0.5 <2 10600 <0.5 34 43 88 4.72 10 7400 10 21200 421 1

RU001 6876141

84 86 COMP <0.01 <0.2 19500 <2 <10 50 <0.5 <2 14600 <0.5 26 42 70 3.63 10 1800 10 15400 470 1

RU001 6876142

86 88 COMP 0.01 <0.2 20700 <2 <10 120 <0.5 <2 11600 <0.5 29 42 74 3.95 10 4100 10 16600 413 1

RU001 6876143

88 90 COMP <0.01 <0.2 23300 <2 <10 180 <0.5 <2 10800 <0.5 36 47 111 4.43 10 6100 10 18300 404 1

RU001 6876144

88 90 DUP <0.01 <0.2 19800 <2 <10 150 <0.5 <2 9700 <0.5 31 38 97 3.81 <10 5200 10 15700 354 1

RU001 6876145

90 92 COMP <0.01 <0.2 19300 <2 <10 160 <0.5 <2 10000 <0.5 30 43 106 3.79 10 5200 10 15100 356 2

RU001 6876146

92 94 COMP <0.01 <0.2 20600 2 <10 170 <0.5 2 10400 <0.5 31 48 93 3.98 10 5500 10 16200 370 2

RU002 6876148

0 2 COMP <0.01 <0.2 26100 <2 <10 1050 1 <2 12200 <0.5 7 108 53 7.19 10 1200 10 4600 140 <1

RU002 6876149

2 4 COMP <0.01 <0.2 17000 <2 <10 330 0.9 <2 2300 <0.5 2 249 56 10.4 10 400 <10 2300 64 <1

RU002 6876150

4 6 COMP <0.01 <0.2 14500 2 10 180 0.9 <2 2300 <0.5 1 315 57 11.45 10 300 <10 2200 52 <1

RU002 6876151

6 8 COMP <0.01 <0.2 13300 <2 10 70 <0.5 <2 1100 <0.5 1 253 43 9.18 10 300 <10 1700 56 <1

RU002 6876152

8 10 COMP <0.01 <0.2 14200 <2 10 30 <0.5 <2 1000 <0.5 1 249 45 9.47 10 300 <10 2000 59 <1

RU002 6876153

10 12 COMP <0.01 <0.2 20700 2 10 150 0.7 <2 6100 <0.5 5 198 57 8.26 10 1000 <10 6700 70 1

RU002 6876154

12 14 COMP <0.01 <0.2 19000 <2 10 670 0.5 <2 5200 <0.5 15 127 65 5.71 10 2900 10 9900 152 1

RU002 6876155

14 16 COMP <0.01 <0.2 26300 <2 <10 1710 0.6 <2 4300 <0.5 25 112 88 5.25 10 4900 <10 13900 173 <1

RU002 6876156

16 18 COMP <0.01 <0.2 27700 <2 <10 790 0.6 <2 9900 <0.5 23 116 88 5.85 10 4100 <10 13500 162 1

RU002 687615 18 20 COMP <0.01 <0.2 27800 <2 <10 100 0.8 <2 4600 <0.5 50 111 95 5.33 10 5400 10 15300 245 1



7RU002 687615

820 22 COMP <0.01 <0.2 32000 <2 <10 240 0.9 <2 3700 <0.5 40 116 117 6.11 10 6100 40 16900 167 <1

RU002 6876159

22 24 COMP <0.01 <0.2 30300 <2 <10 140 1.1 <2 3900 <0.5 30 106 135 4.8 10 5300 110 15900 161 2

RU002 6876160

24 26 COMP <0.01 <0.2 24100 <2 <10 520 1.4 <2 5500 <0.5 43 109 141 4.46 10 3100 60 11400 438 1

RU002 6876161

26 28 COMP <0.01 <0.2 28000 <2 <10 330 2.8 <2 5900 <0.5 133 113 135 5.12 10 5200 10 15300 918 <1

RU002 6876162

28 30 COMP <0.01 <0.2 28900 <2 <10 270 3.2 <2 5600 <0.5 70 124 116 4.78 10 5500 10 15500 686 <1

RU002 6876163

28 30 DUP <0.01 <0.2 30100 <2 <10 290 3.3 <2 5800 <0.5 80 126 123 5.05 10 5700 10 16300 768 <1

RU002 6876164

30 32 COMP 0.01 <0.2 19700 <2 <10 120 1.6 <2 6200 <0.5 24 93 114 3.71 10 3000 10 10600 272 <1

RU002 6876165

32 34 COMP <0.01 <0.2 29800 <2 <10 280 2 <2 4900 <0.5 72 142 133 5.61 10 8500 10 20000 675 <1

RU002 6876166

34 36 COMP 0.04 <0.2 28300 2 <10 210 1.7 <2 5100 <0.5 36 151 212 6 10 8300 10 17300 411 <1

RU002 6876167

36 38 COMP 0.04 <0.2 25000 <2 <10 150 1.8 <2 6500 <0.5 29 53 435 5.89 10 5600 10 13800 455 <1

RU002 6876168

38 40 COMP 0.01 <0.2 24200 <2 <10 370 2.3 <2 4800 <0.5 29 230 221 6.15 10 4700 10 15200 421 <1

RU002 6876169

40 42 COMP 0.02 <0.2 25300 <2 <10 1110 1.3 <2 6300 <0.5 29 254 377 5.24 10 4300 10 17600 504 1

RU002 6876170

42 44 COMP 0.01 0.3 12100 <2 <10 260 <0.5 <2 4100 <0.5 12 90 127 3.03 10 5000 20 9100 360 2

RU002 6876171

44 46 COMP <0.01 <0.2 22500 <2 <10 230 <0.5 <2 6000 <0.5 20 165 274 4.06 10 8400 10 20100 442 1




246 48 COMP 0.02 0.2 14800 <2 <10 230 0.5 <2 7400 <0.5 16 136 234 3.4 10 4400 10 11900 485 3

RU002 6876173

48 49 COMP 0.01 0.6 14900 <2 <10 170 <0.5 <2 8400 <0.5 17 140 469 3.2 10 3500 10 14000 401 2

RU003 6876175

0 2 COMP <0.01 <0.2 17900 5 <10 540 1 <2 6800 <0.5 15 99 88 7.98 10 1500 10 5800 261 2

RU003 6876176

2 4 COMP <0.01 <0.2 21900 2 10 350 0.9 <2 7700 <0.5 25 103 56 5.03 10 1500 10 12600 423 <1

RU003 6876177

4 6 COMP <0.01 0.01 <0.2 20200 2 <10 510 1.5 <2 12900 <0.5 60 205 109 4.67 10 1200 10 11300 530 1

RU003 6876178

6 8 COMP <0.01 <0.2 23200 2 <10 970 <0.5 <2 4200 <0.5 13 325 85 5.76 10 1700 <10 9800 93 2

RU003 6876179

8 10 COMP <0.01 0.3 20600 <2 <10 60 1.4 <2 26500 <0.5 114 147 171 3.15 <10 900 20 9000 962 1

RU003 6876180

10 12 COMP <0.01 <0.2 28800 <2 <10 450 11.9 <2 24600 <0.5 698 236 548 3.8 10 1400 120 29000 4410 1

RU003 6876181

12 14 COMP 0.01 <0.2 34700 2 <10 630 9.5 <2 30300 <0.5 150 292 105 4.16 10 800 40 30200 1330 3

RU003 6876182

14 16 COMP <0.01 <0.2 36300 <2 <10 510 4.4 <2 41500 <0.5 47 302 25 4.24 10 1800 30 21100 541 2

RU003 6876183

16 18 COMP <0.01 <0.2 30600 <2 <10 860 1.3 <2 6900 <0.5 41 208 121 4.25 10 5700 10 23100 459 1

RU003 6876184

18 20 COMP <0.01 <0.2 27600 <2 <10 390 1.1 <2 5900 <0.5 36 238 120 3.88 <10 5000 10 20500 719 1

RU003 6876185

20 22 COMP 0.02 <0.2 27400 2 <10 200 1 <2 7000 <0.5 29 181 113 4.31 10 6100 10 16900 469 1

RU003 6876186

22 24 COMP <0.01 <0.2 43000 <2 <10 930 2 <2 4300 <0.5 58 242 143 5.89 10 14100 10 31800 984 2

RU003 6876187

24 26 COMP <0.01 <0.2 22800 <2 <10 380 0.5 <2 12400 <0.5 20 152 413 3.26 10 4200 <10 15000 395 3

RU003 6876188

26 28 COMP <0.01 <0.2 19600 <2 <10 300 <0.5 <2 16600 <0.5 20 131 220 2.97 10 5400 10 16900 373 1

RU003 6876189

28 30 COMP <0.01 <0.2 23700 2 <10 440 <0.5 <2 11200 <0.5 23 137 67 3.42 10 9200 10 21900 404 1

RU003 6876190

28 30 DUP <0.01 <0.2 26100 <2 <10 520 <0.5 <2 10400 <0.5 25 149 70 3.7 10 11300 10 24700 412 1

RU003 6876191

30 32 COMP <0.01 <0.2 17100 <2 <10 170 <0.5 <2 14900 <0.5 16 119 150 2.71 <10 4000 10 14900 375 1

RU003 6876192

32 34 COMP <0.01 <0.2 23700 <2 <10 410 <0.5 <2 12900 <0.5 22 138 86 3.45 10 9300 10 21400 434 1

RU003 6876193

34 36 COMP <0.01 <0.2 19600 <2 <10 320 <0.5 <2 10200 <0.5 19 126 47 2.84 10 8300 <10 18000 368 1

RU003 6876194

36 38 COMP <0.01 <0.2 17600 <2 <10 310 <0.5 <2 12500 <0.5 17 116 121 2.62 10 7200 <10 16100 366 1

RU003 687619 38 40 COMP <0.01 <0.2 23600 <2 <10 580 <0.5 <2 10400 <0.5 22 141 95 3.37 10 11600 10 21400 409 1



5RU003 687619

640 42 COMP <0.01 <0.2 23300 <2 <10 470 <0.5 <2 12600 <0.5 22 137 189 3.61 10 9000 10 20900 471 3

RU003 6876197

42 44 COMP <0.01 <0.01 <0.2 20700 <2 <10 350 <0.5 <2 11400 <0.5 20 124 130 2.99 10 7100 10 18900 397 1

RU003 6876198

44 46 COMP <0.01 0.2 17600 <2 <10 200 <0.5 <2 11800 <0.5 17 111 168 2.65 10 4300 10 16000 364 1

RU003 6876199

46 48 COMP <0.01 <0.2 13300 <2 <10 130 <0.5 <2 9900 <0.5 13 84 235 2.1 <10 2400 10 12200 294 1

RU003 6876200

48 50 COMP 0.01 0.2 18400 <2 <10 340 <0.5 <2 9900 <0.5 18 115 136 2.67 10 6200 <10 17000 358 1

RU003 6876201

50 52 COMP <0.01 0.2 16900 <2 <10 190 <0.5 <2 11200 <0.5 17 111 196 2.62 <10 4000 10 16200 348 1

RU003 6876202

52 54 COMP <0.01 <0.2 17100 <2 <10 430 <0.5 <2 10800 <0.5 17 112 111 2.64 <10 6300 <10 15600 342 1

RU003 6876203

54 56 COMP <0.01 0.2 15300 <2 <10 180 <0.5 <2 11200 <0.5 15 106 140 2.35 <10 2500 <10 14400 357 1

RU003 6876204

56 58 COMP <0.01 <0.2 18800 <2 <10 260 <0.5 <2 7300 <0.5 18 131 67 2.69 10 4900 <10 18600 367 1

RU003 6876205

58 60 COMP <0.01 <0.2 27000 <2 <10 540 <0.5 <2 6000 <0.5 28 177 30 3.75 10 12400 10 26000 425 1

RU003 6876206

58 60 DUP <0.01 <0.2 28100 <2 <10 580 <0.5 <2 6000 <0.5 29 181 25 3.85 10 13700 10 26900 439 <1

RU003 6876207

60 62 COMP <0.01 <0.2 30700 <2 <10 350 <0.5 <2 4300 <0.5 32 205 8 4.15 10 8800 10 31900 467 1

RU003 6876208

62 64 COMP <0.01 <0.2 27100 <2 <10 300 <0.5 <2 5100 <0.5 29 192 27 3.82 10 7700 10 27200 419 1

RU003 6876209

64 66 COMP <0.01 <0.2 20500 <2 <10 120 <0.5 <2 7800 <0.5 21 158 66 3.25 10 3000 10 21300 380 2




066 68 COMP <0.01 <0.2 18000 <2 <10 130 <0.5 <2 6700 <0.5 19 138 61 2.77 10 3200 10 18100 349 2

RU003 6876211

68 70 COMP <0.01 <0.2 20500 2 <10 220 <0.5 <2 4700 <0.5 21 159 25 3.26 10 5500 10 20000 343 1

RU003 6876212

70 72 COMP <0.01 <0.2 23200 <2 <10 370 <0.5 <2 5400 <0.5 23 160 25 3.51 10 10000 10 22300 396 1

RU003 6876213

72 74 COMP <0.01 <0.2 20300 <2 <10 130 <0.5 <2 6000 <0.5 22 153 23 3.17 10 3200 10 19800 390 2

RU003 6876214

74 76 COMP <0.01 0.3 7500 2 <10 80 <0.5 <2 10900 <0.5 9 81 486 2.04 <10 1500 10 6400 278 2

RU003 6876215

76 78 COMP 0.01 0.2 17400 <2 <10 250 <0.5 <2 10900 <0.5 20 138 370 3.15 10 5200 10 16400 422 2

RU003 6876216

78 80 COMP <0.01 <0.2 17900 <2 <10 90 <0.5 <2 9900 <0.5 20 134 265 2.98 10 1900 10 17200 379 2

RU003 6876217

80 82 COMP <0.01 <0.01 <0.2 20700 <2 <10 120 <0.5 <2 10100 <0.5 22 139 165 3.12 10 2400 10 20100 411 1

RU003 6876218

82 84 COMP <0.01 <0.2 21500 <2 <10 240 <0.5 <2 7900 <0.5 24 153 152 3.58 10 4700 10 21200 423 1

RU003 6876219

84 86 COMP 0.01 <0.2 10000 <2 <10 130 <0.5 <2 17500 <0.5 13 97 591 2.07 <10 1400 <10 10300 312 1

RU003 6876220

86 88 COMP <0.01 <0.2 18800 <2 <10 500 <0.5 <2 8600 <0.5 22 134 176 3.08 10 8800 <10 17200 344 2



Hole_ID Sample From_Depth To_Depth Na Ni P Pb S Sb Sc Sr Ti Tl U V W Zn Job_NoRU001 687609

70 2 1700 14 90 10 100 <2 11 59 300 <10 <10 277 <10 22 MI07146996

RU001 6876098

2 4 1900 15 80 13 100 <2 16 42 300 <10 <10 373 <10 37 MI07146996

RU001 6876099

4 6 2500 36 60 12 100 <2 21 41 200 <10 <10 338 <10 76 MI07146996

RU001 6876100

6 8 3000 44 100 10 300 <2 19 55 300 <10 <10 347 <10 83 MI07146996

RU001 6876101

8 10 6000 92 30 6 800 <2 14 91 200 <10 <10 174 <10 142 MI07146996

RU001 6876102

10 12 5700 99 60 12 100 <2 16 89 400 <10 <10 205 <10 159 MI07146996

RU001 6876103

12 14 5200 118 170 12 100 <2 18 79 600 <10 <10 142 <10 204 MI07146996

RU001 6876104

14 16 2800 86 420 35 -100 <2 20 36 1000 <10 <10 247 <10 140 MI07146996

RU001 6876105

16 18 2300 74 220 14 -100 <2 14 22 1400 <10 <10 151 <10 129 MI07146996

RU001 6876106

18 20 3300 87 330 8 300 <2 13 30 1700 <10 <10 114 <10 154 MI07146996

RU001 6876107

20 22 5400 154 700 26 200 <2 19 83 700 <10 <10 100 <10 250 MI07146996

RU001 6876108

22 24 5800 185 610 21 200 <2 21 89 900 <10 <10 127 <10 319 MI07146996

RU001 6876109

24 26 3500 95 680 21 200 <2 14 41 1400 <10 <10 121 <10 185 MI07146996

RU001 6876110

26 28 4700 186 760 30 200 <2 19 74 1300 <10 <10 156 <10 281 MI07146996

RU001 6876111

28 30 3500 100 680 29 400 <2 14 53 1400 <10 <10 115 <10 216 MI07146996

RU001 6876112

28 30 3100 97 690 28 600 <2 12 50 1100 <10 <10 98 <10 187 MI07146996

RU001 6876113

30 32 3900 133 740 45 300 <2 18 69 1500 <10 <10 138 <10 290 MI07146996

RU001 6876114

32 34 3600 117 610 31 -100 <2 15 67 1200 <10 <10 130 <10 270 MI07146996

RU001 6876115

34 36 3800 114 610 24 400 <2 16 74 1000 <10 <10 145 <10 236 MI07146996

RU001 6876116

36 38 3200 112 610 22 200 <2 14 61 1600 <10 <10 170 <10 215 MI07146996

RU001 6876117

38 40 3900 125 570 20 200 <2 17 76 1300 <10 <10 194 <10 237 MI07146996

RU001 6876118

40 42 4000 103 640 21 200 <2 18 72 1300 <10 <10 181 <10 212 MI07146996

RU001 687611 42 44 3400 108 590 26 300 <2 16 68 1200 <10 <10 164 <10 218 MI07146996



9RU001 687612

044 46 2800 98 680 31 200 <2 14 52 1500 <10 <10 176 <10 208 MI07146996

RU001 6876121

46 48 1500 83 730 10 100 <2 10 22 1700 <10 <10 145 <10 172 MI07146996

RU001 6876122

48 50 1300 90 690 10 500 <2 8 15 2100 <10 <10 124 <10 158 MI07146996

RU001 6876123

50 52 1200 89 690 17 1200 <2 6 7 2200 <10 <10 105 <10 128 MI07146996

RU001 6876124

52 54 1100 78 690 19 1500 <2 5 6 2300 <10 <10 98 <10 147 MI07146996

RU001 6876125

54 56 1300 80 720 17 1100 <2 6 7 2700 <10 <10 108 <10 146 MI07146996

RU001 6876126

56 58 2000 82 720 15 1400 <2 8 10 3100 <10 <10 116 <10 134 MI07146996

RU001 6876127

58 60 1200 85 680 12 1400 <2 5 6 2400 <10 <10 87 <10 120 MI07146996

RU001 6876128

58 60 1700 82 650 13 1600 <2 7 9 2700 <10 <10 100 <10 118 MI07146996

RU001 6876129

60 62 1100 86 650 14 1100 <2 5 7 2200 <10 <10 84 <10 122 MI07146996

RU001 6876130

62 64 1200 92 660 10 1100 <2 5 8 2100 <10 <10 81 <10 112 MI07146996

RU001 6876131

64 66 1000 81 660 13 900 <2 5 7 2100 <10 <10 81 <10 108 MI07146996

RU001 6876132

66 68 1100 94 660 14 1400 <2 5 8 2300 <10 <10 85 <10 109 MI07146996

RU001 6876133

68 70 1200 91 620 12 1200 <2 5 9 2300 <10 <10 85 <10 109 MI07146996




470 72 900 91 630 17 800 <2 4 7 2000 <10 <10 78 <10 124 MI07146996

RU001 6876135

72 74 1200 105 660 13 1100 <2 5 10 2200 <10 <10 87 <10 127 MI07146996

RU001 6876136

74 76 1100 89 620 8 900 <2 4 7 2100 <10 <10 74 <10 102 MI07146996

RU001 6876137

76 78 1100 92 650 9 1000 <2 5 7 2000 <10 <10 76 <10 100 MI07146996

RU001 6876138

78 80 1100 90 670 10 800 <2 5 6 2100 <10 <10 77 <10 100 MI07146996

RU001 6876139

80 82 1100 73 660 8 700 <2 5 7 2000 <10 <10 76 <10 83 MI07146996

RU001 6876140

82 84 1400 81 670 8 1000 <2 6 7 2300 <10 <10 82 <10 92 MI07146996

RU001 6876141

84 86 1700 63 730 7 600 2 7 8 1800 <10 <10 78 <10 77 MI07146996

RU001 6876142

86 88 1400 67 710 9 900 <2 5 7 1900 <10 <10 78 <10 81 MI07146996

RU001 6876143

88 90 1400 83 740 10 1800 3 6 7 2100 <10 <10 85 <10 86 MI07146996

RU001 6876144

88 90 1100 73 660 8 1600 <2 5 7 1800 <10 <10 75 <10 75 MI07146996

RU001 6876145

90 92 1300 67 730 6 1600 <2 5 6 1900 <10 <10 76 <10 71 MI07146996

RU001 6876146

92 94 1400 74 760 6 1300 2 6 7 2000 <10 <10 81 <10 77 MI07146996

RU002 6876148

0 2 2200 18 120 9 2000 <2 10 85 500 <10 <10 190 <10 24 MI07146996

RU002 6876149

2 4 2500 10 60 9 400 <2 10 46 500 <10 <10 293 <10 14 MI07146996

RU002 6876150

4 6 2800 6 60 7 500 <2 8 37 500 <10 <10 348 <10 10 MI07146996

RU002 6876151

6 8 2700 7 30 7 600 2 8 38 700 <10 <10 222 <10 9 MI07146996

RU002 6876152

8 10 2800 7 30 5 600 2 7 34 700 <10 <10 201 <10 9 MI07146996

RU002 6876153

10 12 5000 27 60 12 2700 <2 10 78 400 <10 <10 172 <10 31 MI07146996

RU002 6876154

12 14 6600 47 60 11 2100 <2 12 107 400 <10 <10 131 <10 66 MI07146996

RU002 6876155

14 16 6900 85 70 6 1000 <2 18 106 700 <10 <10 149 <10 126 MI07146996

RU002 6876156

16 18 7300 90 80 7 600 <2 19 99 600 <10 <10 180 <10 126 MI07146996

RU002 687615 18 20 7300 110 80 5 400 2 17 82 800 <10 <10 156 <10 173 MI07146996



7RU002 687615

820 22 7300 122 120 6 300 3 18 83 800 <10 <10 157 <10 195 MI07146996

RU002 6876159

22 24 7100 102 250 6 300 <2 17 82 500 <10 <10 132 <10 170 MI07146996

RU002 6876160

24 26 5000 122 370 5 300 <2 16 62 800 <10 <10 137 <10 133 MI07146996

RU002 6876161

26 28 5700 190 660 6 300 <2 17 68 900 <10 <10 158 <10 175 MI07146996

RU002 6876162

28 30 6100 176 640 5 300 <2 17 73 700 <10 <10 165 <10 173 MI07146996

RU002 6876163

28 30 6400 180 640 6 300 2 18 76 700 <10 <10 175 <10 176 MI07146996

RU002 6876164

30 32 3600 107 660 4 200 <2 14 42 900 <10 <10 99 <10 100 MI07146996

RU002 6876165

32 34 4000 262 730 2 200 <2 20 47 1600 <10 <10 141 <10 193 MI07146996

RU002 6876166

34 36 4000 140 730 3 200 <2 23 47 1600 <10 <10 176 <10 157 MI07146996

RU002 6876167

36 38 3800 81 650 5 100 2 23 49 1900 <10 <10 217 <10 123 MI07146996

RU002 6876168

38 40 4000 128 530 4 200 <2 19 56 1400 <10 <10 164 <10 155 MI07146996

RU002 6876169

40 42 3800 146 640 2 400 <2 19 45 1700 <10 <10 122 <10 135 MI07146996

RU002 6876170

42 44 1300 43 410 3 100 <2 6 18 1400 <10 <10 71 <10 58 MI07146996

RU002 6876171

44 46 1800 75 640 2 200 2 8 18 2200 <10 <10 109 <10 82 MI07146996




246 48 2200 62 580 2 500 2 8 31 2100 <10 <10 93 <10 74 MI07146996

RU002 6876173

48 49 1900 64 600 2 600 <2 6 20 1900 <10 <10 90 <10 73 MI07146996

RU003 6876175

0 2 2500 39 150 11 1700 2 9 61 500 <10 <10 244 <10 46 MI07146996

RU003 6876176

2 4 3800 58 70 8 800 2 9 55 500 <10 <10 132 <10 47 MI07146996

RU003 6876177

4 6 5700 123 90 7 700 <2 13 75 300 <10 <10 149 <10 59 MI07146996

RU003 6876178

6 8 7500 105 130 7 1800 2 17 87 300 <10 <10 162 <10 71 MI07146996

RU003 6876179

8 10 7900 206 210 10 21000 <2 13 132 100 <10 10 98 <10 106 MI07146996

RU003 6876180

10 12 7600 1080 330 6 3400 <2 12 84 100 <10 <10 129 <10 347 MI07146996

RU003 6876181

12 14 8600 654 350 5 600 <2 15 90 100 <10 <10 158 <10 279 MI07146996

RU003 6876182

14 16 8800 531 390 5 500 <2 14 91 200 <10 <10 116 <10 224 MI07146996

RU003 6876183

16 18 5400 341 530 4 400 <2 14 57 1300 <10 <10 88 <10 180 MI07146996

RU003 6876184

18 20 4800 219 510 5 200 <2 13 53 1200 <10 <10 75 <10 141 MI07146996

RU003 6876185

20 22 4900 131 540 3 200 <2 15 56 1200 <10 <10 75 <10 90 MI07146996

RU003 6876186

22 24 7500 181 540 6 400 2 19 78 1500 <10 <10 96 <10 175 MI07146996

RU003 6876187

24 26 4000 97 470 3 200 <2 11 42 1500 <10 <10 79 <10 69 MI07146996

RU003 6876188

26 28 2300 90 480 2 200 <2 8 21 1900 <10 <10 79 <10 70 MI07146996

RU003 6876189

28 30 2000 100 520 <2 100 <2 7 15 2300 <10 <10 91 <10 82 MI07146996

RU003 6876190

28 30 2000 110 520 <2 100 <2 7 14 2600 <10 <10 99 <10 92 MI07146996

RU003 6876191

30 32 2200 76 510 2 100 <2 7 15 2000 <10 <10 75 <10 57 MI07146996

RU003 6876192

32 34 2000 92 540 2 100 2 8 16 2600 <10 <10 96 <10 80 MI07146996

RU003 6876193

34 36 1500 91 480 2 100 <2 5 13 2200 <10 <10 74 <10 68 MI07146996

RU003 6876194

36 38 1400 80 460 3 200 2 5 12 2100 <10 <10 68 <10 62 MI07146996

RU003 687619 38 40 1600 99 500 3 200 <2 6 12 2700 <10 <10 89 <10 81 MI07146996



5RU003 687619

640 42 2100 92 500 2 300 <2 8 13 2700 <10 <10 98 <10 78 MI07146996

RU003 6876197

42 44 1600 91 460 2 200 2 7 9 2400 <10 <10 81 <10 69 MI07146996

RU003 6876198

44 46 1700 77 510 2 300 <2 6 11 2200 <10 <10 71 <10 57 MI07146996

RU003 6876199

46 48 1400 58 480 2 300 <2 5 8 1700 <10 <10 56 <10 44 MI07146996

RU003 6876200

48 50 1500 86 460 2 200 <2 6 9 2200 <10 <10 70 <10 61 MI07146996

RU003 6876201

50 52 1200 76 490 2 300 2 5 13 2200 <10 <10 71 <10 59 MI07146996

RU003 6876202

52 54 1300 74 480 3 200 <2 5 13 2600 <10 <10 74 <10 55 MI07146996

RU003 6876203

54 56 1600 70 470 3 300 <2 6 11 2000 <10 <10 61 <10 47 MI07146996

RU003 6876204

56 58 1000 90 450 <2 200 2 4 7 2000 <10 <10 62 <10 60 MI07146996

RU003 6876205

58 60 1000 116 420 <2 100 <2 4 7 2600 <10 <10 92 <10 78 MI07146996

RU003 6876206

58 60 1000 117 410 <2 100 2 5 7 2800 <10 <10 96 <10 81 MI07146996

RU003 6876207

60 62 700 134 370 <2 100 2 4 6 2300 <10 <10 90 <10 92 MI07146996

RU003 6876208

62 64 1500 116 380 2 200 2 4 8 2300 <10 <10 83 <10 78 MI07146996

RU003 6876209

64 66 1200 90 370 2 200 2 4 10 1900 <10 <10 62 <10 61 MI07146996




066 68 1000 77 340 2 200 <2 3 8 1700 <10 <10 51 <10 52 MI07146996

RU003 6876211

68 70 1000 93 360 2 100 <2 3 6 1800 <10 <10 61 <10 58 MI07146996

RU003 6876212

70 72 900 90 370 3 100 <2 4 7 2300 <10 <10 76 <10 70 MI07146996

RU003 6876213

72 74 700 94 390 3 300 <2 3 8 1700 <10 <10 55 <10 64 MI07146996

RU003 6876214

74 76 900 37 360 2 800 <2 3 13 1500 <10 <10 37 <10 27 MI07146996

RU003 6876215

76 78 1300 84 360 2 800 2 5 11 2100 <10 <10 66 <10 57 MI07146996

RU003 6876216

78 80 1300 89 360 2 500 <2 5 9 1600 <10 <10 63 <10 54 MI07146996

RU003 6876217

80 82 1800 96 340 2 400 <2 5 11 1800 <10 <10 66 <10 59 MI07146996

RU003 6876218

82 84 1100 101 360 <2 500 <2 5 8 2100 <10 <10 74 <10 70 MI07146996

RU003 6876219

84 86 1200 52 340 <2 900 2 4 13 1800 <10 <10 46 <10 31 MI07146996

RU003 6876220

86 88 1600 86 340 3 500 <2 4 17 2400 <10 <10 69 <10 64 MI07146996

CDI0 Standards Dajarra Project - EPM15040 Sulieman Creek - Rundle

Page 1 C:\Data\Australia\QLD\Sulieman Creek\ExcelData\Rundle_Dajarra_DEC07_h_Sample_stds.xls

Hole_ID Sample Data_Type Comment Au Au1 Ag Al As B Ba Be Bi Ca Cd Co Cr Cu Fe Ga K La Mg MnRU001 6876147 STD STANDARD - QC OC-5 <0.01 0.5 35700 <2 <10 60 <0.5 <2 52700 <0.5 36 99 977 7.32 10 1800 <10 34700 1500RU002 6876174 STD STANDARD - QC OC-5 <0.01 0.4 35300 <2 <10 60 <0.5 <2 53500 <0.5 35 97 709 7.27 10 1700 <10 34500 1510RU003 6876221 STD STANDARD - QC OC-5 0.01 0.3 33100 2 <10 50 <0.5 <2 54200 <0.5 33 91 777 6.73 10 1300 <10 32700 1450

CDI0 Standards Dajarra Project - EPM15040 Sulieman Creek - Rundle

Page 2 C:\Data\Australia\QLD\Sulieman Creek\ExcelData\Rundle_Dajarra_DEC07_h_Sample_stds.xls

Hole_ID Sample Mo Na Ni P Pb S Sb Sc Sr Ti Tl U V W Zn Job_NoRU001 6876147 1 200 57 640 7 3500 2 15 130 300 <10 <10 123 <10 224 MI07146996RU002 6876174 <1 200 55 630 5 3100 <2 14 133 300 <10 <10 119 <10 222 MI07146996RU003 6876221 <1 100 52 610 8 3400 <2 14 136 300 <10 <10 111 <10 211 MI07146996

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