H0002 Version 1 H0003 Date_generated 24-Oct-18 H0004 Reporting_period_end_date 3-Aug-18 H0005 State NT H0100 Tenement_no/Combind_report_no EL31099 H0101 Tenement_holder PNX Metals Ltd H0102 Project_name BARTONS H0106 Tenement_operator PNX Metals Ltd H0150 250K_map_sheet_number SD5208 H0151 100K_map_sheet_number 5171 H0152 50K_map_sheet_number H0153 25K_map_sheet_number H0200 Start_date_of_data_acquisition 4-Aug-17 H0201 End_date_of_data_acquisition 3-Aug-18 H0202 Data_format SL4 H0203 Number_of_data_records 4 H0204 Date_of_metadata_update 24-Oct-18 H0300 Related_data_file EL31099_2018_A_01_ReportBody.pdf H0305 Surface_geochem_comp_data_file EL31099_2018_A_02_RockChips.txt H0307 Lithology_code_file H0500 Feature_located Surface_location H0501 Geodetic_datum GDA94 H0502 Vertical_datum AHD H0503 Projection Map Grid of Australia (MGA) H0508 Local Grid Name H0530 Coordinate_system Projected H0531 Projection_zone 52 H0532 Surveying_instrument Garmin 60 (non differential) GPS H0533 Surveying_company PNX Metals Ltd H0600 Sample_code GRAB H0601 Sample_type GRAB Grab Sample H0602 Sample_description 2kg grab samples H0700 Sample_preparation_code H0701 Sample_preparation_details "Samples are dried in a gas fired drier at 130C for three hours then cooled to room temp then crushed through a 200x125 Jaques Jaw Crusher cleaned with compressed air between each sample. Particle size discharge 3 - 5 mm. Approximately 1 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" H0702 Job_no NAL3052 H0800 Assay_code FA50 H0801 Assay_company North Australian Laboratories Pty Ltd H0802 Assay_description FA50 is 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 dore prill is parted and the Au content analysed by Atomic Absorption Spectrophotometry. [AAS] H0900 Comments """values of L = below detection limit""" H1000 Project Prospect Lease ID SampleID Easting_MGA94_52 Northing_MGA94_52 Lith Interval_Type Sample_Type Sample_Method Date_Sampled Sampler Lab Submission # Comments Analyte Au AuR AuR H1001 ppm ppm ppm H1002 FA50 FA50 FA50 H1003 H1004 H1005 H1006 H1007 D Bridge Creek Bartons EL31099 BRK00338 751657.61 8537004.67 Qtz vein ORIG CHIPS GRAB 10/08/2017 KPEARCE NAL3052 Qtz vein FA50 0.05 D Bridge Creek Bartons EL31099 BRK00339 752124.3 8537050.47 Qtz vein ORIG CHIPS GRAB 10/08/2017 KPEARCE NAL3052 Qtz vein FA50 0.05 D Bridge Creek Bartons EL31099 BRK00340 752214.83 8537084.05 Qtz vein ORIG CHIPS GRAB 10/08/2017 KPEARCE NAL3052 Qtz vein FA50 0.1 0.1 0.12 D Bridge Creek Bartons EL31099 BRK00341 752219.65 8537158.71 Qtz vein ORIG CHIPS GRAB 10/08/2017 KPEARCE NAL3052 Qtz vein FA50 0.06 EOF