u.s department of the interior u.s geological …9) skarn - mineralization where garnet+/-pyroxene...
TRANSCRIPT
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U.S DEPARTMENT OF THE INTERIOR
U.S GEOLOGICAL SURVEY
METALLIC ORE DEPOSITS, MINERAL DEPOSITS AND PROSPECTS OF THE I, H, IE, IV, AND V REGIONS, NORTHERN CHILE
compiled by
William C. Williams
Open-File Report
OF 92-17
This report is preliminary and has not been reviewed for conformity with U.S. Geological Survey editorial standards or with the North American Stratigraphic Code. Any use of trade, firm, or product names is for descriptive purposes only and does not imply endorsement by the U. S. Government.
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TABLE OF CONTENTS
Acknowledgements...................................... 3
Introduction...................................................4
Explanation of Data Fields......................................?
References......................................................10
MRDS example records...........................................11
I Region.......................................................16
H Region......................................................25
m Region.....................................................46
IV Region......................................................67
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ACKNOWLEDGMENTS
This study was supported by the U. S. Geological Survey through a three-semester research assistantship and contract work. The assistantships were arranged by Greg McKelvey and Dr. Norman Page as a complement to my dissertation work in northern Chile under the auspices of Dr. John Guilbert at the University of Arizona.
Access to the data at the library of the Servitio National de Geologia y Mineria was accommodated by Juan Carlos Parra, Victor Maksaev, and the library staff. Data entry and use of the Mineral Resource Data System computer facilities was greatly facilitated by Karen Bolm whose patience and unselfish help is appreciated. Technical support for the computer system was provided by Paul Schruben from the U. S. Geological Survey office in Reston, Virginia. The guidance and patience of Norman Page helped to complete this document in a timely fashion. My thanks to all for their efforts in helping me to complete this project.
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INTRODUCTION
This report provides a list of metallic ore deposits, mineral occurrences, and some prospects in the I, n, IE, IV, and V Regions of Chile (Figure 1). Over 3000 sites were compiled from published and unpublished literature in Spanish and English. The purpose of the compilation was to provide a data base in English to be used for access to basic geological information of these sites; due to the large number of entries, the data are presented in tables divided into each region and sorted by commodity. Example of a complete record is on page 11.
All data were entered into the U. S. Geological Survey's Mineral Resource Data System (MRDS) at the Minerals Information Office in Tucson, Arizona. Detailed records can be acquired through Karen Bolm, 602-670-5544, at the above office. Moreover, the data can be acquired in a variety of formats, including computer diskettes, and inquiries should be directed to Karen Bolm.
This data base is a translation and update of the following unedited Chilean inventories which can be accessed at the Servicio Nacional de Geologia y Mineria in Santiago:
1) Pacci, D. y Caseras, R., 1980, Inventario de yacimientos metalicos y no- metalicos, primera region, Tarapaca: EG, Santiago, unpaginated.
2) Boric, K, Diaz, F. y Maksaev, V. 1984, Complemento mapa metalogenico, n Region: Gerencia de Desarollo, Santiago, unpaginated.
3) Diaz, F., et al, 1980, Mapa metalogenico pronostico de la El Region: Corporacion de Fomento de la Produccion: Santiago, unpaginated.
4) SERPLAC, 1981, Estudio del sector minero de la IV Region: Santiago, unpaginated.
5) SERPLAC, 1981, Estudio del sector minero de la V Region: Santiago, unpaginated.
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Figure 1. Location of the five regions covered in this report.
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Important published documents which include listings and general descriptions of sites include:
1) Boric, R., Diaz, R, y Maksaev, V., 1990, Geologia y Yacimientos Metaliferos de la Region de Antofagasta: Servicio Nacional de Geologia y Mineria, Boletin No. 40,246 p.
2) Ruiz, C. y Peebles, F., 1988, Geologia, Distribucion y Genesis de los Yacimientos Metaliferos Chilenos: Fondo Nacional de Desarollo Cientifico y Tecnologico, Santiago, 334 p.
3) Frutos J. y Pincheira, M., 1986, Fichas Metalogenicas de Yacimientos Minerales Metalicos Chilenos: in Frutos, J., Oyarzun, J., y Pincheira M., eds., Geologia y Recursos Minerales Chilenos, Universidad de Concepcion, Concepcion, p. 841-888.
Boric, et al. (1990) provides an excellent summary of the geology, geochronology, and metallogeny of the n Region and includes a 1:500,000 metallogenic map; it was published during the preparation of this report and was used to update entries. Ruiz and Peebles (1988) includes regional metallogenic observations as well as descriptions of the major mines throughout Chile with insights as to their genesis. Finally, Frutos and Pincheira (1986) list mines, occurrences, and prospects with accompanying maps; the volume includes discussions of regional metallogeny as well as magma geochemistry.
Other published articles as well as unpublished government and industrial reports are included in entries where applicable.
EXPLANATION OF DATA FIELDS
Site Name
Reported name at time of record preparation. Prospects often carry the name of a local geographical feature. (Synonymous names can be accessed through MRDS computer database).
District Name
District to which site belongs.
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Lati tude / Long! tude
Reported in degrees-minutes-seconds and are typically accurate to the nearest one- tenth minute. (Discrepancies amongst references are generally reported in MRDS).
Region
Current largest geographical division.
Province
Current geographical division after Region.
Commodities
Generally includes all metals encountered at a site, the first entry usually being the most important commodity. Abbreviations are as follows:
Ag - Silver Mo - MolybdenumAs - Arsenic Ni - NickelAu - Gold P - PhosphorousCo-Cobalt Pb-LeadCu - Copper Sb - AntimonyFe - Iron Sn - TinHg-Mercury Ti - TitaniumMn - Manganese W - Tungsten
Zn - Zinc
Deposit Type
Since most of the deposits were not visited by the author, the descriptions of many mines were difficult to classify according to Cox and Singer (1986). Thus, for simplicity, the following categorizations were employed:
1) Vein - metal-bearing quartz body, either continuous or discontinuous, e.g., shoot, lode.
2) Fracture Fill - aerially restricted whereby fractures host mineralization; an ore shoot or lode.
3) Stratabound - mineralization hosted by stratified sequence but not necessarily parallel to bedding.
4) Stratiform - mineralization hosted by stratified sequence and clearly parallel to bedding.
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5) Manto - a flat, lenticular or tabular body; this classification was used when the information gleaned on a deposit was not sufficient to classify it under another category.
6) Porphyry Cu - copper mineralization is disseminated and/or hosted by anastomosing veinlets.
7) Stockwork - used with mineralization other than copper whereby anastomosing veinlets host metals.
8) Breccia (Pipe) - host rock is brecciated and not confined to a structural feature, but no implication is intended with respect to whether mineralization is hosted by matrix and/or clasts.
9) Skarn - mineralization where garnet+/-pyroxene are constituents of the gangue.
10) Replacement - host rock has been contact-metamorphosed; in many cases equivalent to a contact metosomatic deposit.
11) Alluvial - Mineralization hosted by fluviatile consolidated elastics either as a cement, impregnations,fracture fillings, or replacement.
12) Placer - concentrations in unconsolidated sediments.
13) Lava Flow - mineralization a constituent of an extrusive magma.
Deposit Size
Large (L), Medium (M), or small (S) based on following table (Guild, 1968) (all values are expressed in metric tonnes unless noted); "U" signifies unknown.
- SmallCOMMODITYAntimonyCobaltCopperGoldIronLeadManganese (tonsMercury (flasks)MolybdenumNickelSilverUraniumZinc
Large >50,00020,000
1,000,000500
100,000,0001,000,000
>40%) 10,000,000500,000500,000500,000
10,00010,000
1,000,000
Medium5,0001,000
50,00025
5,000,00050,000
100,00010,0005,000
25,000500100
50,000
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Entries which do not include a commodity are sites, typically prospects, where this information was unavailable.
Production
As in previous entry and "N" signifies no production; a blank entry signifies that the site is a prospect and/or a site where production is unknown.
Host Rock Type
Self-explanatory.
Host Rock Age
Abbreviations are as follows:
QUAT QuaternaryHOLO HolocenePLEIS PleistoceneTERT TertiaryPLIO PlioceneMIO MioceneOLIGO OligoceneEO EocenePALEO PaleoceneCRET CretaceousPERM PermianPENN PennsylvanianMISS MississippianDEV DevonianSIL SilurianORD OrdovicianPAL PaleozoicE earlyL late
REFERENCES
Cox, D.P., 1986, Mineral Deposit Models: U.S. Geological Survey Bulletin 1693, 379 p.
Guild, P.W., 1981, Preliminary metallogenic map of North America: U.S. Geological Survey Circular 858-A, B.
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Mineral Resources Data SystemReoort Title
Record Number T C 0 3 2 6 9 Saturday. November 23. 15:21:09
NumbeQ in Set of 1
Printed of 1
Deoosit Number 9 8
Record Tvoe
Reoort Date
Reoorter
Reoorter
Site Name
X1M
89 09
WILLIAMS. WILLIAM
U OF AZ
MANTOS BLANCOS
File Link ID CIMRI
Info Source 1
Location Information
District Name MANTOS BLANCOS
Country CHILE
State II REGION
Countv ANTOFAGASTA Ouadranale MANTOS BLANCOS
Latitude 23-25-1 8 S
Lonaitude 070-04-1 8 W
Accuracy UNKNOWN
Position 40KM EAST OF ANTOFAGASTA
Country Code
State Code
C I
2
Scale 50000
Elevation 1000M
Decimal Lat -23.42166
Decimal Lono -70.071 66
Commodltv Information
Commodities CU AG
Maior C U Minor A G
Ore Materials ATACAMITE. CHRYSOCOLLA. CHALCOPYRITE. BORNITE. CHALCOCITE. COVELLITE:
DIGENITE. NATIVE SILVER. PERCYLITE. GALENA. SILVER OXIDES
Analytical Data ATACAMITE:CHRYSOCOLLA - 3:1 SILVER OXIDES - 10-14 G/T AG: SILVER SULFIDES
>25 G/T AG AND ARE IN A SOLID SOLUTION WITH COPPER SULFIDES
Exoloratlon and DeveloDment
Production Medium Status 7
Year of 1912 Nature of Disc B
Year 1st 1960
Owner EMPRESA MINERA DE MANTOS BLANCOS
Exol/Devl HOCHCHILD & CO. DEFINED 11.000.000T AT 1.9% CU (OXIDES) IN 1952.
Economic HIGH CHLORINE CONTENT NOT AMENABLE TO LEACH-ELECTROLYSIS METHODS IN 1912:
HOCHCHILD & CO. DEVELOPED CUPROUS CHLORIDE PRECIPITATION METHOD OFCOMMERCIAL EXTRACTION IN 1952.
Deooslt Descrlotlon
Deoosit Tvoe STRATABOUND Deoosit Form LENTICULAR
Maximum LenathZ 6 0
Maximum Width 200
Units
Units
Paae 1
11
-
Record Number T C 0 3 2 6 9 (....Continued)
Maximum Deoosit Size Deoosit Desc
Units M350 Medium
DEPOSIT IS FAULT-SEPARATED INTO FIVE BODIES: MARINA. NORA. AIDA. SORPRESA.
AND QUINTA. THE FIRST TWO THE LARGEST AND THE FIRST THREE HAVING MAJOR
SULFIDE CONCENTRATIONS: PARAGENETIC SEQUENCE OF PYRITE. CHALCOPYRITE.
BORNITE. CHALCOCITE. DIGENITE. COVELLITE. HEMATITE WITH DISCRETE ZONING
SYMPATHETIC TO HOST-ROCK LITHOLOGY: VERTICAL ZONATION OF. FROM TOP TO
BOTTOM. HEMATITE - PYRITE/CHALCOPYRITE - CHALCOCITE/BORNITE -
BORNITE/CHALCOCITE - PYRITE/CHALCOPYRITE/GALENA OR BORNITE/CHALCOPYRITE
IN SULFIDE ZONE: SILVER CONCENTRATED WHERE BORNITE/CHALCOPYRITE REPLACED BY
DIGENITE/COVELLITE. GALENA IN VEINLETS ASSOCIATED WITH QUARTZ IN LOWER AND
EASTERN PORTIONS OF DEPOSIT AND MAY BE LATE-STAGE. PERIPHERAL
MINERALIZATION. MINERALIZATION GENERALLY IN FRACTURE FILLINGS 148 +/ 2.6MA
PYRITE. HEMATITE. JAROSITE. NATROALUNITE. GYPSUM
BEDDING
BEDDING - N65W. 12SW FAULTS AT N25-45E AND N5E-N25W
ALBITIZATION. SILICIFICATION. SERICITIZATION. CHLORITIZATION (MG:FE = 1:1)
LA NEGRA FORMATION (?) Aae JURASSIC
CHLORITIZATION INCREASES WITH DEPTH: INITIAL STRONTIUM RATIO - 0.70531 IN
HYDROTHERMALLY-ALTERED ROCK. SULFUR ISOTOPE. ORE (IN ANDESITE) = -0.1/MIL
SULFUR ISOTOPE. DIORITE W/ CP-PY . -1.5/MIL
INDIVIDUAL LAVA FLOWS DIFFICULT TO CORRELATE DUE TO LENS-LIKE MORPHOLOGY.
SOUTHWEST OF MINE. A GRANODIORITE WITH INCIPIENT TO COMPLETE CHLORITIZATION
DATES AT 147 +/- 2.3MA JK/AR - BIOTITE): A HORNBLENDE-BEARING DIKE UNTRUDES
HOST ROCK AND DATES AT 147 +/- 2.3MA.
FRUTOS. J. AND PINCHEIRA. M.. 1986. FICHAS METALOGENICAS DE YACIMIENTOS
MINERALES METALICOS CHILENOS. IN FRUTOS. J.. OYARZUN. J.. AND PINCHEIRA. M..
EDS.. GEOLOGIA Y RECURSOS MINERALES CHILENOS: UNIVERSIDAD DE CONCEPCION.
CONCEPCION. P. 841-888.
CAMUS. F.. 1986. LOS YACIMIENTOS ESTRAOLIGADOS DE CU. PB-ZN. Y AG DE CHILE. IN
Pace 2
1 9
-
Record Number T C 0 3 2 6 9 (....Continued)
FRUTOS. J.. OYARZUN. J.. AND PINCHEIRA. M.. EDS.. GEOLOGIA Y RECURSOS
MINERALES CHILENOS: UNIVERSIDAD DE CONCEPCION. CONCEPCION. P. 548-635.
Reference RUI2. C. AND PEEBLES. F.. 1988. YACIMIENTOS METALIFEROS DE CHILE: SANTIAGO.
334 P.
Reference CHAVE2. W.. 1983. THE GEOLOGIC SETTING OF DISSEMINATED COPPER SULFIDE
MINERALIZATION OF THE MANTOS BLANCOS COPPER-SILVER DISTRICTS. ANTOFAGASTA
PROVINCE. CHILE: 112TH ANNUAL MEETING OF AIME. ATLANTA. GEORGIA. PREPRINT
83-193. 20 P.
Reference MUNIZAGA. F.. HEUTE. C.. AND HERVE. F.. 1985. GEOCHRONOLOGIA Y RAZONES
INICIALES 87SR/86SR DE LA 'FAJA PACIFICA' DE 'DESAROLLOS HIDROTERMALES': IV
CONGRESO GEOLOGICO CHILENO. P. 4-357 - 4-379.
Reference SASAKI. A.. ULRIKSEN. C.. SATO. K.. AND ISHIHARA. S.. 1984. SULFUR ISOTOPE
RECONNAISSANCE OF PORPHYRY COPPER AND MANTO-TYPE DEPOSITS IN CHILE AND THE
PHILIPPINES: BULL. GEOL. SUR. JAPAN. V. 35. P. 615-622.
Reference BORIC. R.. DIAZ. F.. AND MAKSAEV. V.. 1984. COMPLEMENTO MAPA METALOGENICO. II
REGION: GERENCIA DE DESAROLLO. SANTIAGO. (12 VOLS.).
Reference KNOBLER. R.R. AND JOSEPH. W.. 1962. THE MANTOS BLANCOS OPERATION: MINING
ENGINEERING. P. 2-7.
Reference MORTIMER. C.. ET AL. 1978. EMPLAZAMIENTO DEL YACIMIENTO EXOTICA. CHILE: REV.
GEOL. DE CHILE. 6. P. 41-51.
Reference MINING MAGAZINE. 1981. P. 458-469.
Reference MINING MAGAZINE. JANUARY. 1990.
Reference REICHARD. E.. 1978. GEOLOGIA DE YACIMIENTO CUPRIFERO MANTOS BLANCOS.
ANTOFAGASTA: TESIS. UNIVERSIDAD DE CHILE. SANTIAGO. 113 P.
Reference MAKSAEV. V.. BORIC. R.. ZENTILLI. M.. AND REYNOLDS. P.. 1988. SIGNIFICADOS
METALOGENICO DE DATACIONES K-AR. 40AR-39AR. Y TRAZAS DE FISION DE ZONAS
MINERALIZADAS EN EL NORTE GRANDE DE CHILE: V CONGRESO GEOLOGICO CHILENO. P.
B65-B86.
Reference MINERIA CHILENA. 1989. PROYECTOS MINEROS EN CHILE. REGIONES I & II. P.73.
Reference MINING. 1990. ANNUAL REVIEW. P.44.
ItemAnnual Production
Ace Amount ThouscuAG
CUCUCUCUCUCU
ACCACC
ACCESTESTACCACCACC
13.51 8
2700>3.0005078.74574.41 00
MTKG
MTMTMTMTM TMT
1 9811 981
1 9831 9901 99019881 9891 992
Year GradeFINE COPPER
SILVER
70% OXIDE AT 1.39%. 30% SULFIDE AT
(FROM ELVIRA OPEN PIT)
FINE COPPER
FINE COPPER
FINE COPPER
Cumulative Production
Paae 3
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Mineral Resources Data SystemReoort Title
Record Number T C 0 6 0 9 6 Saturday. November 23. 15:26:28
NumbeQ in Set of 1
Print el of 1
Deoosit Number
Record Tvoe
Reoort Date
ReoorterReoorter
Site Name
Country
State
Countv
Quadranale
Latitude
Lonaitude
Accuracy
17079
X1M
91 07
WILLIAMS. WILLIAM C.
U OF AZ
ABUNDANCIA
Location Information
CHILE
IV REGION
CHOAPA
EL ESPINO
31 -27-30S
071 -05-07W
UNKNOWN
File Link ID CIMR!
Info Source 1
Country Code C 1
State Code 4
Scale 50000
Elevation 950M
Decimal Lat -31.45833
Decimal Lona -71.08527
Commodity Information
Commodities AU CU
Maior AU CU
Ore Materials MALACHITE. CHRYSOCOLLA. CHALCOPYRITE. PYRITE. NATIVE GOLD
Production
Exoloratlon and Develooment
Small Status
Deooslt
Deoosit Tvoe VEIN
Maximum Lenath3 0 0
Maximum Width 1
Deoosit Size Small
Strike N15W
Descrlotlon
Units
Units
Dio
M M
M
60W
Worklnas Descrlotlon
Geoloav
Host Rock Aae LCRET
Host Rock Tvoe ANDESITE laneous Rock UP CRET
laneous Rock ANDESITE
Reference SERPLAC. 1981. INVENTARIO DE LOS RECURSOS DE LA IV REGION: SANTIAGO (28
VOLS.K
Paae 1
14
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Record Number T C 0 3 2 6 9 (....Continued)
Item ORE
Ace Amo untACC 44.000
Thous
MT
Years Grade1961-1983 1.65%
Prod Source /nfoCHAVEZ. 1983. MINERIA CHILENA. 1989. MINING. 1990. ANNUAL REVIEW. P. 44. Prod Comments GRADE DECREASED IN TIME: PRODUCTION OF SULFIDES BEGAN IN 1978. CUTOFFS:
OXIDES - 0.88%. SULFIDES - 1.00%
ReservesItem Ace Amount ORE EST 113.000
and Resources Thous Year M T 1988
Grade1.56% CU: 7 G/T AG
Rsv/Rso Src MAKSAEV. ET AL. 1988.
Resv/Reso TOTAL PRODUCTION AND" RESERVES.
Reserves Onlv
Item Ace Amount ThousCU EST 14.000 MT
Year Grade1988 0.78% (STOCKPILE!
Resv Source CAMUS (1986)Resv Comments MARINA CONTAINS 5MT AT 1.65% CU AND 22G/T AG
Paae 4
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I REGION
16
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68° 00'
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17
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