H0002 Version 5 H0003 Date_generated 24-Feb-17 H0004 Reporting_period_end_date 31-Dec-16 H0005 State NT H0100 Tenement_no/Combind_report_no EL25748 H0101 Tenement_holder NEWMARKET GOLD NT HOLDINGS PTY LTD H0102 Project_name Burnside H0106 Tenement_operator PNX Metals Ltd H0200 Start_date_of_data_acquisition 27/10/2016 H0201 End_date_of_data_acquisition 7/11/2016 H0202 Template_format DG1 H0203 Number_of_data_records 13 H0204 Date_of_metadata_update 24-Feb-17 H0300 Related_data_file Barossa_CORE_05_dhassays.txt H0301 Location_data_file Barossa_CORE_02_dhcollar.txt H0303 Assay_data_file Barossa_CORE_05_dhassays.txt H0600 Sample_code ORIG COMP NS H0601 Sample_type QCORE HCORE NS H0602 Sample_description QCORE = 1/4 CORE HCORE=1/2 CORE NS=No Sample H0700 Sample_preparation_code SAW=CUT CORE H0701 Sample_preparation_details "Samples are sorted against the sample submission list, racked onto a steel trolley and dried in a gas fired drier at 130deg for three hours. Removed from the drier and cooled to room temp. The samples are crushed through a 200X125 Jaques Jaw Crusher, the crusher is cleaned with compressed air between each sample. Nominal particle size discharge is 3 - 5 mm. Approximately one Kg of sample is split from the crushed sample using a Jones Riffle splitter, the 1Kg subsample is pulverised to a nominal 100 micron particle size in a vertical spindle pulveriser. The pulverised sample is roll mixed on a rubber mat to ensure the sample is homogenised and 400 gram cut taken from the mat rolled sample for assay. A 400 gram barren granitic sand is pulverised as a flush between every sample, the pulveriser is cleaned with compressed air after every barren flush. High grade zones (G340I series) are doubled flushed." H0702 Job_no H0800 Assay_code FA50 G400I G400M H0801 Assay_company NAL Northern Australian Laboratories Pty Ltd H0802 Assay_description FA50 = Fire Assay Fusion with a Lead Oxide Flux and various other reagents depending on the mineral type followed by cupellation of the recovered lead button in a Magnesium Oxide cupel. The doré prill is parted and the Au content analysed by Atomic Absorption Spectrophotometry (AAS) "G400I = Hydrochloric, Nitric, Perchloric and Hydrofluoric acid digest in Teflon tubes. Leach residue digested with Hydrochloric acid. Reported elements analysed by Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES)" "G400M = Hydrochloric, Nitric, Perchloric and Hydrofluoric acid digest in Teflon tubes. Leach residue digested with Hydrochloric acid. Reported elements analysed by Inductively Coupled Plasma Mass Spectrometry (ICP-MS)" XRF H0900 Comments """For ore grade intersections greather than 1% Pb or Zn, ammonium acetate is added to the digest to keep lead in solution to give better precision once the analyte exceeds 1%""" H1000 Prospect HoleID QAQC_Type QAQC_ID LAB_RPT_NO ORIG_NO Au_ppm Au1_ppm Cu_ppm Pb_ppm Zn_ppm Ag_ppm As_ppm Fe_ppm S_ppm H1001 m m m ppm ppm ppm ppm ppm ppm ppm ppm ppm H1002 FA50 FA50 G400I G400I G400I G400I G400I G400I G400I H1003 H1004 0.01 0.01 0.01 0.01 1 5 2 1 10 20 20 H1005 H1006 P H1007 NAL NAL NAL NAL NAL NAL NAL NAL NAL D BAROSSA BADD001 BLANK BCORE NA19451 D5940 0.05 0.11 D BAROSSA BADD001 STD BMJA3 NA19451 D5952 0.58 29396 9780 151431 169 257 146903 244255 D BAROSSA BADD001 BLANK BCORE NA19451 D5970 0.005 138 17 94 0.5 237 68857 3708 D BAROSSA BADD001 STD ST431 NA19451 D5977 1.53 D BAROSSA BADD001 STD ST508 NA19451 D6002 3.29 D BAROSSA BADD001 BLANK BCORE NA19451 D6010 0.005 D BAROSSA BADD002 BLANK BCORE NA19473 D6040 0.02 D BAROSSA BADD002 BLANK BCORE NA19472 D6070 L 58 11 99 L 218 68014 647 D BAROSSA BADD002 BLANK BCORE NA19473 D6110 0.02 D BAROSSA BADD002 STD ST431 NA19473 D6027 1.59 D BAROSSA BADD002 STD BM JA 3 NA19472 D6052 0.52 26266 6376 174028 156 259 162357 234501 D BAROSSA BADD002 STD BM 160 NA19472 D6077 7.01 2850 1651 5969 8 735 67391 38193 D BAROSSA BADD002 STD ST559 NA19473 D6102 0.49 EOF