GSV: Geological Survey of Victoria   Geological Survey of Victoria

GELTWOODBEACHSTRUCTURE2




*** GELTWOODBEACHSTRUCTURE2 ***

geltwoodbeachstructure2 000 LINKS HYPERLINKAGES OTWAY_WELLS OTWAY_ON_SHORE_WELLS OTWAY_OFFSHORE_WELLS
HDR WELL_NAME = GELTWOOD BEACH STRUCTURE-2
HDR DATE 1: SPUD_DATE = 09-AUG-62 HDR DATE 3: RIG_RELEASE_DATE = 17-AUG-62 HDR DATE 4: DB_ENTRY_BY = RH16_TW (database header data entry) HDR DATE 4: DB_ENTRY_DATE = 17-JUL-07 (database header data entry date) HDR DATE 5: DB_ROW_UPDATER = RH16_TW (database header data entry last updated by) HDR DATE 5: DB_ROW_UPDATE_DATE = 27-AUG-08 (database header data entry last update date)
HDR DEVIATION_IND = N (i.e. has this hole been deviated?) HDR LOC: BASIN DESCRIPTION= Otway Basin HDR LOC: BASIN_CODE = OTWAY HDR LOC: COUNTRY = AUSTRALIA HDR LOC: FIELD_NAME = UNKNOWN FIELD HDR LOC: ONSHORE_IND = Y HDR LOC: PROVINCE_STATE = SA HDR LOC: PROVINCE_STATE = SA (Please go to http://www.pir.sa.gov.au/ (South Australian Government: PEPSA/SARIG database) for data for this well) HDR OPERATOR = Beach Petroleum Pty Ltd HDR PLATFORM_IND = N (i.e. is this hole off a platform?) HDR SIDETRACK_IND = N (i.e. is this hole a sidetrack?)
HDR DPH GREATEST OF DEPTHS = 368.808 HDR DPH: DRILL_TD = 368.808 HDR DPH: DRILL_TD = DRILLERS TOTAL DEPTH: Total or maximum depth of the well as reported by the operator/driller (PPDM definition). HDR DPH: MAX_TVD = 368.808 HDR DPH: MAX_TVD = MAXIMUM TRUE VERTICAL DEPTH: The maximum true vertical depth from the surface datum reference to the final total depth or deepest point, measured on a straight line (PPDM definition). HDR ELEV: GROUND_ELEV = 35.448 HDR ELEV: KB_ELEV = 36.271 HDR STORAGE_UNIT = Metres
HDR CURRENT_CLASS = S_STRAT HDR CURRENT_CLASS LONG_NAME = Stratigraphic well HDR INITIAL_CLASS = S_STRAT HDR INITIAL_CLASS LONG_NAME = Stratigraphic well HDR PLOT SYMBOL DESCRIPTION = Location HDR PLOT_SYMBOL = 100
WELL_ALIAS PLOT_NAME= GELTWOOD BEACH STRUCTURE-2 WELL_ALIAS UWI= 200014920269 WELL_ALIAS WELL_NAME= GELTWOOD BEACH STRUCTURE-2 : [WELL_GENERIC] WELL_GENERIC -- a generic wellname
NODE_COORD SURFACE LAT & LONG = -37.662505 140.23584 NODE_COORD DATUM = COORD_SYSTEM_ID=218 GEODETIC_DATUM_ID=4283
GENERAL REMARKS 001 RMK_TYPE= TVD_DEPTH RMK= The TVD value (368.808) was calculated from the directional survey data in the dbMap database as at 20-FEB-2009, using the ps_well_path_tvd_m function, using the greatest depth value found in the well header. Caution: THIS TVD IS FAKE. GENERAL REMARKS 002 RMK_TYPE= FAKE_DIRSRVY RMK= Fake directional survey data was put into the database for this well. The survey data could not be found for this well as at 29-JAN-2009.
LINKS HYPERLINKAGES COPYRIGHT_DISCLAIMER ABOUT_DBMAP HOW_TO_GET_OR_SUBMIT_DATA This data has been dumped from Victorian Govt (http://www.dpi.vic.gov.au) dbMap database on 23-FEB-12
--- LISTING OF GEOGRAPHICALLY CLOSE WELLS TO THIS WELL ---
DISTANCE= 00.8 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH-1 DISTANCE= 01.4 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-1 DISTANCE= 01.5 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-5 DISTANCE= 01.9 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-3 DISTANCE= 02.3 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-6 DISTANCE= 03.2 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-4 DISTANCE= 03.5 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-7 DISTANCE= 04.2 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-8 DISTANCE= 07.4 km (very approx) Onshore?=Y WELL_NAME= GELTWOOD BEACH STRUCTURE-9 DISTANCE= 08.3 km (very approx) Onshore?=Y WELL_NAME= RENDELSHAM-1 DISTANCE= 13.4 km (very approx) Onshore?=Y WELL_NAME= HEAT FLOW-4 DISTANCE= 14.4 km (very approx) Onshore?=Y WELL_NAME= HEAT FLOW-2 DISTANCE= 14.6 km (very approx) Onshore?=Y WELL_NAME= HATHERLEIGH-1
FAKE FAKE:1: DEVIATION SRVY 01 SURVEY_ID =FAKE FAKE FAKE:1: DEVIATION SRVY 02 SURVEY_COMPANY =FAKE FAKE FAKE:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR FAKE FAKE:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC FAKE FAKE:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T FAKE FAKE:1: DEVIATION SRVY 14 TOP_DEPTH =0 FAKE FAKE:1: DEVIATION SRVY 16 BASE_DEPTH =368.808 FAKE FAKE:1: DEVIATION SRVY 18 SOURCE =FAKE FAKE FAKE:1: DEVIATION SRVY 20 REMARK =This directional survey data has been synthesised by DPI. It simulates a vertical hole, but the well may not in reality be vertical. This data is fake. Please do not rely upon this data. FAKE FAKE:1: DEVIATION SRVY 21 POINT COUNT = 2 FAKE FAKE:2: DEVIATION SRVY STATION_MD INCLINATION AZIMUTH STATION_ID STATION_TVD X_OFFSET Y_OFFSET VERTICAL_SECTION NS_DIRECTION EW_DIRECTION DOG_LEG_SEVERITY REMARK FAKE FAKE:3: DEVIATION SRVY 0000 .0 0 0 1 0 0 0 N E This is fake data. FAKE FAKE:3: DEVIATION SRVY 0369 368.8 0 0 2 368.808 0 0 N E This is fake data. FAKE MASTER:1: DEVIATION SRVY 01 SURVEY_ID =FAKE FAKE MASTER:1: DEVIATION SRVY 02 SURVEY_COMPANY =FAKE FAKE MASTER:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR FAKE MASTER:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC FAKE MASTER:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T FAKE MASTER:1: DEVIATION SRVY 14 TOP_DEPTH =0 FAKE MASTER:1: DEVIATION SRVY 16 BASE_DEPTH =368.808 FAKE MASTER:1: DEVIATION SRVY 18 SOURCE =MASTER FAKE MASTER:1: DEVIATION SRVY 18 SOURCE =MASTER [Note: surveys with a SOURCE of MASTER should usually be just a copy of one of the original surveys run in the well. The MASTER survey is used by the database to display/calculate well paths etc] FAKE MASTER:1: DEVIATION SRVY 20 REMARK =This directional survey data has been synthesised by DPI. It simulates a vertical hole, but the well may not in reality be vertical. This data is fake. Please do not rely upon this data. FAKE MASTER:1: DEVIATION SRVY 21 POINT COUNT = 2 FAKE MASTER:2: DEVIATION SRVY STATION_MD INCLINATION AZIMUTH STATION_ID STATION_TVD X_OFFSET Y_OFFSET VERTICAL_SECTION NS_DIRECTION EW_DIRECTION DOG_LEG_SEVERITY REMARK FAKE MASTER:3: DEVIATION SRVY 0000 .0 0 0 1 0 0 0 N E This is fake data. FAKE MASTER:3: DEVIATION SRVY 0369 368.8 0 0 2 368.808 0 0 N E This is fake data.
PPDM_AUDIT_HISTORY: WELL_NAME=HISTWELL200014920269