New Discovery of Borate and Lithium Mineralisation Intersections
(firmenpresse) -
Highlights
- Successful maiden 2 stratigraphic diamond drill holes completed totalling 1,238.1m (REK_001 and REK_002)
- Preserved Borate and Lithium mineralisation observed in both drill holes
- Drilling program confirmed the potential for the Rekovac project to host a large mineral system
- Wide spaced drill holes; REK_002 is 1.8km south of REK_001. The target remains open laterally to the east, west and south as well as at depth.
- REK_002 intercepted significant intervals over 49m with more than 20,000 parts per million (ppm) B2O3 from 51.5m, including:
o 6.75m at 21,860 ppm B2O3 and 278 ppm Li2O from 170.4m (including 0.6m at 26,565 ppm B2O3 and 258 ppm Li2O from 176.55m)
o 0.4m at 60,858 ppm B2O3 and 108 ppm Li2O from 263.15m
o 8.2m at 21,390 ppm B2O3 and 496 ppm Li2O from 269.6m
o 9.15m at 31,820 ppm B2O3 and 321 ppm Li2O from 305.35m (including 3.44m at 39,928 ppm B2O3 and 215 ppm Li2O from 311.1m)
o 7.3m at 29,570 ppm B2O3 and 303ppm Li2O from 387m (Including 1.8m at 32,683 ppm B2O3 and 344 ppm Li2O from 388.9m).
- REK_001 intercepted two intervals with preserved searlesite mineralisation resulting 2.5m with more than 10,000 ppm B2O3 from 515.9m.
- The Serbian government welcome investors for battery and electric vehicle factories.
- Rio Tino expect to start development of their lithium borate project over 2021/2022; estimated Euro 1.4 billion
Jadar Resources Limited (ASX:JDR) (Jadar, the Company) is pleased to report assay results from its maiden diamond drill program at the Rekovac Project in Central Serbia (Figure 1).
Luke Martino, Non-Executive Chairman of the Board, said These are very successful and significant results that further enhance the Companys European strategic targeting of borates and lithium for these expanding markets and usage, complementing the Companys review of its newly acquired Peruvian gold asset and the announcement of this projects maiden 2012 JORC Resources estimates on 10 February 2020.
Dejan Jovanovic, General Manager of Exploration, said I am extremely pleased to see that the drilling of wide spaced holes at the Rekovac licence has identified a very extensive borate and lithium mineralisation of significant grade and width. Drll results provided excellent vectors and it will greatly assist in prioritisation, warranting further exploration to gain a greater understanding of the Rekovac Project. We are confident that further drilling should confirm the potential for this area to provide intersections of higher grade of borate and lithium mineralisation.
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.001.jpeg
Figure 1 - Rekovac Project location plan
The drilling program was designed to test the gravity low indicated Neogene basin which previous sampling results suggest was prospective for deposits related to the emanation of lithium-boron enriched fluids and their precipitates.
The first round reconnaissance drilling program included two diamond drill holes REK_001 drilled to a depth of 600.1m and REK_002 drilled to a depth of 638m, totalling 1,238.1m. A total of 339 drill core samples have been geochemically analysed and 16 samples have been analysed for mineral phase identification by x-ray diffraction. Drill collar locations are presented in Figure 2 and collar, assay and XRD results details are given in Tables 1, 2 and 3.
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.002.jpeg
Figure 2 - Rekovac Project - Drill hole location plan over geology and gravity base
Drilling intersected numerous sequences that contained high concentrations of boron. These were contained in the sodium borosilicate mineral tentatively identified as searlesite (up to 60,858 ppm B2O3), as well as lithium clay mineral (up to 969 ppm Li2O). Assays data is considered partial and any intervals containing greater than 10,000 ppm B2O3 will be further analyzed by NaOH fusion/ICP high grade analysis for total boron & lithium contents.
Drill hole REK_001 encountered two sequences with preserved mineralisation represented by searlesite in the form of irregular veinlets and mm-sized radial crystals constrained into the parallel layers from 515.9m and over 195m of elevated borate geochemistry from 405m.
REK-001 resulted in 2.5m with over 10,000 ppm of B2O3 and up to 484 ppm Li2O from 515.9m including:
- 0.6m at 16,454 ppm B2O3 and 474 ppm Li2O from 515.9m; and
- 1.9m at 12,349 ppm B2O3 and 484 ppm Li2O from 578.5m.
Following the completion of REK_001, the drill rig was moved 1.8kms to the south and completed REK_002. Drill hole REK_002 encountered five mineralised sequences represented by searlesite as a dominated and major mineral in the form of irregular veinlets, patches, layers in the upper stratigraphic sequence from 35m and mm-sized scattered searlesite nodules in lower stratigraphic sequence from 98.8m.
REK-002 intercepted over 171m with over 10,000 ppm of B2O3 and up to 969 ppm Li2O from 35m including 49.6m with over 20,000 ppm of B2O3 and up to 624 ppm Li2O from 51.5m.
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.003.png
Figure 3 - Photographs of most common searlesite crystal forms in Rekovac drill hole REK-002
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.004.jpeg
-
Figure 4 - Rekovac project - cross-section (looking westerly)
Given that the drilling program encountered a significant amount of preserved mineralisation in both drill holes and a 100% success rate of striking minerals, the Company is of the view that the basin is large enough to host an area with a better concentration mechanism that may host greater mineralised thickness as well as boron and lithium grades. With an analogy similar to deposits in the region, a strong possibility exists that mineralisation drilled to date on the Rekovac license is distal to a larger body of traditional borate mineralisation.
Considering the downhole distribution of both boron and lithium as well as the thickness of preserved mineralisation and the thickness of lacustrine boratiferous sequence, the targets for B-Li mineralisation remain open to the east, west and south as well as at depth. The two drill holes are 1.8km apart, with the second hole to the south of the first. One thickness is a conjectural thickening of mineralised beds laterally within the "pelitic section" and the other is the potential for an earlier mineralising event (lower stratigraphy).
The gravity survey indicates that the Rekovac basin largely remains open to the north and the south, thus a good potential target that requires future attention.
Whilst REK_001 encountered lower rates of lithium and boron deeper in REK_002, the Company has learnt a lot from the geological results of the sedimentary basins formation which will be vital in developing its future evaluation programs.
The completion of the drilling program has enabled the Company to complete all required documentation for the extension of the Rekovac license for a three-year term. The Company is expecting to receive the extension notice from the Serbian Ministry of Mines and Energy in the near term.
Consistent with the Companys strategy to diversify its asset portfolio with the acquisition of the Yanamina gold project and focus its resources on projects which are likely to provide the greater return for shareholders, the Company has carried out an assessment of its Serbian exploration results. As a result of implemented rigorous project prioritisation, the Company has decided to focus its Serbian resources on its Rekovac project and has sought to relinquish its Cer and Vranje-South projects. Additionally, the Company has submitted applications for additional Serbian exploration permits in the area. Regretable, with recent world events regarding COVID-19, the Company is experiencing some delays with its applications.
About Rekovac Project Geology
The Rekovac exploration license covers Neogene age basins containing continental sediments mapped as early and middle Miocene. The basin is elongated in shape and roughly limited by two deep-seated parallel faults forming a NE-SW trending shallow sag-basin, gradually filled with lower Miocene aged lacustrine sediments and middle Miocene marine sediments. The basement rocks consist of ophiolites, older metasedimentary sequences and cretaceous flysch sediments. The early Miocene boratiferous strata concordantly overly basement formation and have good surface exposures in the southern and central part of the project area. A dominated sedimentary section comprised of mostly laminated to poorly bedded dolomitic claystone, siltstone, marlstone accompanied by ash-fall tuffs and tuffaceous sandstones. Fine pelitic sediments are frequently associated with dolomite and analcime. The drilling indicates several broad zones of borate-bearing sediments, an upper zone characterised by irregular crystalline aggregates, patches and veinlets of searlesite and a lower zone by disseminated searlesite grains.
The early Miocene formation extends to the north as well as to the south where its hidden under younger marine fossiliferous sediments composed of siltstone, sandstone, and coarse clastic sequences. The Eastern portion of the license area is over clastic formations composed of conglomerates and debris flow.
About Borates and Lithium
Borate deposits are formed as a stratiform chemical precipitates in buried saline-alkaline mudflat environments, usually with large areal extent (3-5km2). Most bedded borates occur as hydrates, usually formed by evaporative concentration in closed basins. Both boron and lithium become concentrated in the fluids derived from springs or alteration of tuff beds, and thus the two elements are often associated. Elevated lithium values are relatively common in borate basins and commonly associated with smectite clays, tuffs or jadarite.
Clayey lacustrine strata form the dominant host environment. Burial and impermeable clay envelopes help to preserve these highly soluble minerals. Most of the borate minerals are hydrous compounds composed of alkali or alkaline earth elements (Na, K, Ca, Mg, Li). Borate minerals form a series ranging from purely sodic to purely calcic species which exhibit respectively decreasing solubility and thus greater stability at the earths surface. Deposits that are most economically extractable are those composed mainly of sodium or calcium borates, with the former more highly prized due to easier processing.
ENDS
For further information, please contact:
Luke Martino
Non-Executive Chairman
Tel: +61 8 6489 0600
E: luke(at)jadar.com.au -
This ASX announcement was authorised for release by the Board of Jadar Resources Limited.
Competent Person Statement
The information in this report that relates to Exploration Targets or Exploration Results is based on information compiled by Mr Dejan Jovanovic, a Competent Person who is a Member of the European Federation of Geologist (EurGeol). The European Federation of Geologists is a Joint Ore Reserves Committee (JORC) Code Recognised Professional Organisation (RPO). An RPO is an accredited organisation to which the Competent Person under JORC Code Reporting Standards must belong in order to report Exploration Results, Mineral Resources, or Ore Reserves through the ASX. Mr Jovanovic is the General Manager, Exploration and is a full-time employee of the Company. Mr Jovanovic has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 Edition of the JORC Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Mr Jovanovic consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.
Disclaimer
Forward-looking statements are statements that are not historical facts. Words such as expect(s), feel(s), believe(s), will, may, anticipate(s), potential(s) and similar expressions are intended to identify forward-looking statements. These statements include, but are not limited to statements regarding future production, resources or reserves and exploration results. All of such statements are subject to certain risks and uncertainties, many of which are difficult to predict and generally beyond the control of the Company, that could cause actual results to differ materially from those expressed in, or implied or projected by, the forward-looking information and statements. These risks and uncertainties include, but are not limited to: (i) those relating to the interpretation of drill results, the geology, grade and continuity of mineral deposits and conclusions of economic evaluations, (ii) risks relating to possible variations in reserves, grade, planned mining dilution and ore loss, or recovery rates and changes in project parameters as plans continue to be refined, (iii) the potential for delays in exploration or development activities or the completion of feasibility studies, (iv) risks related to commodity price and foreign exchange rate fluctuations, (v) risks related to failure to obtain adequate financing on a timely basis and on acceptable terms or delays in obtaining governmental approvals or in the completion of development or construction activities, and (vi) other risks and uncertainties related to the Companys prospects, properties and business strategy. Our audience is cautioned not to place undue reliance on these forward-looking statements that speak only as of the date hereof, and we do not undertake any obligation to revise and disseminate forward-looking statements to reflect events or circumstances after the date hereof, or to reflect the occurrence of or non-occurrence of any events.
About Vardar Zone
Pelitic sediments accumulated in several semi-interconnected basins along with a geological trend that is now called the Vardar Zone (Figure 1). The Vardar Zone stretches from northern Iran to Bosnia and Herzegovina, where it appears to disappear at the edge of the Alpine formations. Basins along the long, narrow trend vary greatly in size, shape, and sedimentation. The Vardar zone was formed by the movement between two tectonic plate boundaries. These tectonic forces result in rhomboid-shaped - pull apart - basins between the more stable basin boundaries. The basins of interest are mapped as lacustrine and marine sediments. The deposits occur in shallow water lacustrine and mudflat environments, usually accompanied by Calc - alkaline volcanic and tuffs.
In the Balkan region, borate and lithium mineral deposits and occurrences have been recognised in recent years. These occurrences have been barely tested, while lithium mineralisation was found associated with borates even more recently during drilling in the Jadar basin of Serbia. Beside Jadarite deposit which is the world´s largest lithium - borate deposit, borates have been found in Piskanja and Pobrdje within the Jarandol basin as well as in Valjevo basin. Some of the world-class borate deposits occur in the Vardar Zone. Kirka borax deposit in Turkey is the world´s largest borate deposit, and it´s located the central part of Vardar trend. Vardar zone having roughly 75 percent of global boron reserves.
Table 1 - Locations of the drill collars
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.005.png
Table 2 - Sampling intervals with boron and lithium values
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
(m)
REK_03526284.285.0.6 100 322 60 129
01 3 6 2
REK_03526285.287.2.7 150 483 100215
01 4 2 9
REK_03526287.290.2.6 130 419 90 194
01 5 9 5
REK_03526290.293 2.5 140 451 90 194
01 6 5
REK_03526293 295.2.6 150 483 110237
01 7 6
REK_03526295.297 1.4 290 934 150323
01 8 6
REK_03526297 298.1.4 320 1030140301
01 9 4
REK_03527298.300.1.8 330 1063160344
01 1 4 2
REK_03527300.303.3 200 644 180388
01 2 2 2
REK_03527303.306.3 160 515 160344
01 3 2 2
REK_03527306.309.3 160 515 160344
01 4 2 2
REK_03527309.312.3 180 580 130280
01 5 2 2
REK_03527312.314.2.3 160 515 170366
01 6 2 5
REK_03527314.316.2.4 220 708 120258
01 7 5 9
REK_03527316.317.0.8 160 515 200431
01 8 9 7
REK_03527317.319.1.5 140 451 210452
01 9 7 2
REK_03528319.320.1.6 200 644 180388
01 0 2 8
REK_03528320.322.1.4 120 386 190409
01 1 8 2
REK_03528322.323.1.5 120 386 220474
01 2 2 7
REK_03528323.325.1.6 120 386 280603
01 3 7 3
REK_03528325.326.1.6 110 354 300646
01 4 3 9
REK_03528326.328.1.6 90 290 300646
01 5 9 5
REK_03528328.329.1.3 110 354 250538
01 6 5 8
REK_03528329.330.1.1 130 419 300646
01 7 8 9
REK_03528330.332 1.1 110 354 390840
01 8 9
REK_03528332 332.0.9 60 193 50 108
01 9 9
REK_03529332.336.3.9 160 515 200431
01 1 9 8
REK_03529336.340.3.9 750 2415190409
01 2 8 7
REK_03529340.344.4 110 354 230495
01 3 7 7
REK_03529344.348.3.9 110 354 240517
01 4 7 6
REK_03529348.352.3.9 130 419 240517
01 5 6 5
REK_03529352.356.3.9 80 258 150323
01 6 5 4
REK_03529356.357.1.5 130 419 240517
01 7 4 9
REK_03529357.361.4 120 386 240517
01 8 9 9
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_03529361.365.4 130 419 270581
01 9 9 9
REK_03530365.370.4.2 80 258 190409
01 0 9 1
REK_03530370.374.4.2 90 290 220474
01 1 1 3
REK_03530374.378.4.2 80 258 160344
01 2 3 5
REK_03530378.382.3.7 110 354 140301
01 3 5 2
REK_03530382.386 3.8 100 322 160344
01 4 2
REK_03530386 389.3.7 110 354 190409
01 5 7
REK_03530389.392.2.7 90 290 210452
01 6 7 4
REK_03530392.392.0.3 150 483 100215
01 7 4 7
REK_03530392.396.4.1 140 451 320689
01 8 7 8
REK_03530396.400.4.1 130 419 160344
01 9 8 9
REK_03531400.405 4.1 230 741 260560
01 1 9
REK_03531405 409 4 18405925280603
01 2
REK_03531409 413 4 230 741 220474
01 3
REK_03531413 417 4 230 741 230495
01 4
REK_03531417 421 4 25808308240517
01 5
REK_03531421 425.4.1 780 2512170366
01 6 1
REK_03531425.429.4.1 230 741 180388
01 7 1 2
REK_03531429.433.4.2 290 934 170366
01 8 2 4
REK_03531433.437.4.1 680 2190180388
01 9 4 5
REK_03532437.441.4.1 24507889220474
01 0 5 6
REK_03532441.445.4.2 750 2415200431
01 1 6 8
REK_03532445.449.4.1 290 934 200431
01 2 8 9
REK_03532449.453.3.6 620 1996200431
01 3 9 5
REK_03532453.457.3.6 920 2962240517
01 4 5 1
REK_03532457.460 2.9 290 934 270581
01 5 1
REK_03532460 463 3 16705377340732
01 6
REK_03532463 467.4.1 18505957380818
01 7 1
REK_03532467.471.4.1 880 2834280603
01 8 1 2
REK_03532471.475.4.2 610 1964250538
01 9 2 4
REK_03533475.479.4.2 670 2157250538
01 1 4 6
REK_03533479.483.4.3 19406247260560
01 2 6 9
REK_03533483.487.4 800 2576230495
01 3 9 9
REK_03533487.491.4 990 3188190409
01 4 9 9
REK_03533491.495.4 19906408170366
01 5 9 9
REK_03533495.499.4 16605345200431
01 6 9 9
REK_03533499.503.4 270 869 180388
01 7 9 9
REK_03533503.507.4 500 1610220474
01 8 9 9
REK_03533507.511.4 610 1964150323
01 9 9 9
REK_03534511.514.3 19106150210452
01 0 9 9
REK_03534514.515.1 20506601210452
01 1 9 9
REK_03534515.516.0.6 51101645220474
01 2 9 5 4
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_03534516.517.0.6 730 2351290624
01 3 5 1
REK_03534517.517.0.6 590 1900290624
01 4 1 7
REK_03534517.518.0.6 24607921240517
01 5 7 3
REK_03534518.519.1 13304283210452
01 6 3 3
REK_03534519.521.2 10503381170366
01 7 3 3
REK_03534521.523.2 290 934 140301
01 8 3 3
REK_03534523.526.2.9 260 837 130280
01 9 3 2
REK_03535526.530.4 790 2544190409
01 1 2 2
REK_03535530.534.4 540 1739190409
01 2 2 2
REK_03535534.538.4 270 869 190409
01 3 2 2
REK_03535538.542.4 310 998 190409
01 4 2 2
REK_03535542.546.4 330 1063190409
01 5 2 2
REK_03535546.548.2 310 998 170366
01 6 2 2
REK_03535548.550 1.8 260 837 160344
01 7 2
REK_03535550 551.1.7 270 869 220474
01 8 7
REK_03535551.555.4.1 14304605250538
01 9 7 8
REK_03536555.559.4.1 790 2544290624
01 0 8 9
REK_03536559.564.4.2 480 1546240517
01 1 9 1
REK_03536564.568.4.2 380 1224210452
01 2 1 3
REK_03536568.571.3.1 340 1095230495
01 3 3 4
REK_03536571.574.3.1 450 1449290624
01 4 4 5
REK_03536574.576 1.5 320 1030290624
01 5 5
REK_03536576 577.1.5 300 966 210452
01 6 5
REK_03536577.578.1 830 2673230495
01 7 5 5
REK_03536578.579.1 43301394210452
01 8 5 5 3
REK_03536579.580.0.9 33401075240517
01 9 5 4 5
REK_03537580.581.1 310 998 260560
01 1 4 4
REK_03537581.585.3.9 270 869 200431
01 2 4 3
REK_03537585.588.3.4 260 837 70 151
01 3 3 7
REK_03537588.592.4 250 805 60 129
01 4 7 7
REK_03537592.596.3.7 260 837 210452
01 5 7 4
REK_03537596.600.3.7 710 2286280603
01 6 4 1
REK_0353914.718.94.2 14104540340732
02 1
REK_0353918.923.14.2 830 2673210452
02 2
REK_0353923.127.34.2 460 1481220474
02 3
REK_0353927.331.54.2 23707631230495
02 4
REK_0353931.535 3.5 28809274320689
02 5
REK_0353935 38.13.1 31801024300646
02 6 0
REK_0353938.143.15 45501465150323
02 7 1
REK_0353943.147.24.1 22107116130280
02 8
REK_0353947.251.54.3 32301040150323
02 9 1
REK_0354051.555.84.3 62402009170366
02 0 3
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_0354055.860.34.5 920 2962160344
02 1
REK_0354060.364.84.5 990 3188150323
02 2
REK_0354064.869.54.7 46201487180388
02 3 6
REK_0354069.573.84.3 13004186280603
02 4
REK_0354073.878.24.4 31501014450969
02 5 3
REK_0354078.282.54.3 42801378320689
02 6 2
REK_0354082.586.54 33901091210452
02 7 6
REK_0354086.590.54 18906086190409
02 8
REK_0354090.594.54 37901220220474
02 9 4
REK_0354194.597.83.3 37601210190409
02 1 7
REK_0354197.898.81 62702018180388
02 2 9
REK_0354198.8100.1.7 49901606180388
02 3 5 8
REK_03541100.102.1.7 75202421170366
02 4 5 2 4
REK_03541102.103.1.7 31701020210452
02 5 2 9 7
REK_03541103.105.2 64502076180388
02 6 9 9 9
REK_03541105.108 2.1 58301877190409
02 7 9 3
REK_03541108 110.2.2 60601951170366
02 8 2 3
REK_03541110.112.2.2 64602080160344
02 9 2 4 1
REK_03542112.114.2.1 62402009160344
02 0 4 5 3
REK_03542114.118 3.5 12904154210452
02 1 5
REK_03542118 121.3.5 440 1417170366
02 2 5
REK_03542121.124.3.4 38301233170366
02 3 5 9 3
REK_03542124.128.3.4 45301458160344
02 4 9 3 7
REK_03542128.132.4.2 12403993190409
02 5 3 5
REK_03542132.136.4.2 10503381150323
02 6 5 7
REK_03542136.141 4.3 42101355220474
02 7 7 6
REK_03542141 145.4.2 25608243350754
02 8 2
REK_03542145.149.4 42401365170366
02 9 2 2 3
REK_03543149.151.2.3 49901606150323
02 1 2 5 8
REK_03543151.152.1 41401333140301
02 2 5 5 1
REK_03543152.153.1.1 31401011150323
02 3 5 6 1
REK_03543153.154.1.2 64802086130280
02 4 6 8 6
REK_03543154.156.2 32301040140301
02 5 8 8 1
REK_03543156.158.2 730 2351160344
02 6 8 8
REK_03543158.160.2 24807986150323
02 7 8 8
REK_03543160.162.2 17305571150323
02 8 8 8
REK_03543162.164 1.2 57501851130280
02 9 8 5
REK_03544164 165.1.6 75202421120258
02 0 6 4
REK_03544165.167.1.6 53501722120258
02 1 6 2 7
REK_03544167.168.1.6 11403671110237
02 2 2 8
REK_03544168.170.1.6 52201680130280
02 3 8 4 8
REK_03544170.172 1.6 62302006130280
02 4 4 1
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_03544172 173.1.6 71302295130280
02 5 6 9
REK_03544173.175.1.6 68102192130280
02 6 6 2 8
REK_03544175.176.1.35 63702051130280
02 7 2 55 1
REK_03544176.177.0.6 82502656120258
02 8 55 15 5
REK_03544177.178.1.45 47501529230495
02 9 15 6 5
REK_03545178.179.1.2 39201262290624
02 1 6 8 2
REK_03545179.180.1 36001159290624
02 2 8 8 2
REK_03545180.182.1.6 42801378250538
02 3 8 4 2
REK_03545182.183.1.5 12203928160344
02 4 4 9
REK_03545183.185.1.5 380 1224150323
02 5 9 4
REK_03545185.186.1.2 25508211150323
02 6 4 6
REK_03545186.187.1.2 25408179130280
02 7 6 8
REK_03545187.190.2.8 330 1063130280
02 8 8 6
REK_03545190.193.2.8 16205216160344
02 9 6 4
REK_03546193.195.1.9 39401268160344
02 0 4 3 7
REK_03546195.197.2.1 10403349190409
02 1 3 4
REK_03546197.199.1.9 630 2029230495
02 2 4 3
REK_03546199.201.1.9 54601758190409
02 3 3 2 1
REK_03546201.202.1.7 76802473130280
02 4 2 9 0
REK_03546202.204.1.2 10403349210452
02 5 9 1
REK_03546204.205.1.2 320 1030190409
02 6 1 3
REK_03546205.206.1.2 14404637220474
02 7 3 5
REK_03546206.207.1.2 33901091170366
02 8 5 7 6
REK_03546207.208.1.2 27108726200431
02 9 7 9
REK_03547208.210.1.2 30009660130280
02 1 9 1
REK_03547210.212.2 730 2351100215
02 2 1 1
REK_03547212.214.2 680 219070 151
02 3 1 1
REK_03547214.216.2 1120360670 151
02 4 1 1
REK_03547216.218.2 3890125270 151
02 5 1 1 6
REK_03547218.220.2 4920158490 194
02 6 1 1 2
REK_03547220.222.2 23907696150323
02 7 1 1
REK_03547222.224.2 20906730160344
02 8 1 1
REK_03547224.226 1.9 37401204160344
02 9 1 3
REK_03548226 228.2.3 48101548180388
02 0 3 8
REK_03548228.230.2 730 2351170366
02 1 3 3
REK_03548230.232.2 330 1063220474
02 2 3 3
REK_03548232.234.2 13704411250538
02 3 3 3
REK_03548234.236.2.1 46601500180388
02 4 3 4 5
REK_03548236.238.2 59401912170366
02 5 4 4 7
REK_03548238.240.2 41601339230495
02 6 4 4 5
REK_03548240.242.2 26008372280603
02 7 4 4
REK_03548242.244.2 25408179320689
02 8 4 4
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_03548244.246.2 820 2640280603
02 9 4 4
REK_03549246.248.2 12604057280603
02 1 4 4
REK_03549248.250.2.1 860 2769270581
02 2 4 5
REK_03549250.252.1.6 16205216100215
02 3 5 1
REK_03549252.253.1.5 11903832110237
02 4 1 6
REK_03549253.255.2 20706665130280
02 5 6 6
REK_03549255.257.2 24107760150323
02 6 6 6
REK_03549257.259.2.2 20406569190409
02 7 6 8
REK_03549259.261.2 17405603170366
02 8 8 8
REK_03549261.263.1.35 17805732130280
02 9 8 15
REK_03550263.263.0.4 1890608550 108
02 0 15 55 0 8
REK_03550263.266.3.05 37501207120258
02 1 55 6 5
REK_03550266.269.3 25608243230495
02 2 6 6
REK_03550269.272.3 65602112290624
02 3 6 6 3
REK_03550272.275.3 67402170200431
02 4 6 6 3
REK_03550275.277.2.2 66202131190409
02 5 6 8 6
REK_03550277.279.1.5 60301941210452
02 6 8 3 7
REK_03550279.283.4.5 57901864200431
02 7 3 8 4
REK_03550283.286.2.9 23207470240517
02 8 8 7
REK_03550286.287.0.6 420 1352230495
02 9 7 3
REK_03551287.289.2.3 22807342210452
02 1 3 6
REK_03551289.291.1.5 280 902 200431
02 2 6 1
REK_03551291.293.2 240 773 60 129
02 3 1 1
REK_03551293.295.2 260 837 60 129
02 4 1 1
REK_03551295.296.1.6 260 837 60 129
02 5 1 7
REK_03551296.298.1.6 240 773 70 151
02 6 7 3
REK_03551298.301.3 240 773 230495
02 7 3 3
REK_03551301.303 1.7 220 708 230495
02 8 3
REK_03551303 304.1.6 29409467160344
02 9 6
REK_03552304.305.0.75 3020972460 129
02 0 6 35
REK_03552305.305.0.35 84502720110237
02 1 35 7 9
REK_03552305.307.2.1 89802891140301
02 2 7 8 6
REK_03552307.311.3.3 80102579210452
02 3 8 1 2
REK_03552311.314.3.4 12403992100215
02 4 1 5 0 8
REK_03552314.315.1.45 53401719160344
02 5 5 95 5
REK_03552315.318 2.05 45301458230495
02 6 95 7
REK_03552318 320 2 48101548290624
02 7 8
REK_03552320 322.2.6 14104540340732
02 8 6
REK_03552322.325.2.6 230 741 190409
02 9 6 2
REK_03553325.328.3 200 644 110237
02 1 2 2
REK_03553328.331.3 280 902 130280
02 2 2 2
REK_03553331.334.3 130 419 120258
02 3 2 2
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppO
ID ID (m) ppmppm m pp
m
REK_03553334.337.3 100 322 100215
02 4 2 2
REK_03553337.340.3 100 322 70 151
02 5 2 2
REK_03553340.343.3 100 322 90 194
02 6 2 2
REK_03553343.344 0.8 100 322 90 194
02 7 2
REK_03553344 344.0.7 910 2930100215
02 8 7
REK_03553344.345.1 280 902 100215
02 9 7 7
REK_03554345.348.3 690 222270 151
02 0 7 7
REK_03554348.351.3 180 580 90 194
02 1 7 7
REK_03554351.354.3 870 280170 151
02 2 7 7
REK_03554354.357.3 880 283460 129
02 3 7 7
REK_03554357.360 2.3 580 186880 172
02 4 7
REK_03554360 365 5 20306537110237
02 5
REK_03554365 370 5 19506279120258
02 6
REK_03554370 375 5 800 2576110237
02 7
REK_03554375 380 5 26608565140301
02 8
REK_03554380 383.3.5 46601500150323
02 9 5 5
REK_03555383.387 3.5 57101838160344
02 1 5 6
REK_03555387 388.1.9 86002769200431
02 2 9 2
REK_03555388.390.1.8 10153268160344
02 3 9 7 0 3
REK_03555390.394.3.6 90102901100215
02 4 7 3 2
REK_03555394.397.3.6 37601210150323
02 5 3 9 7
REK_03555397.401.3.9 11603735190409
02 6 9 8
REK_03555401.402.0.6 600 1932260560
02 7 8 4
REK_03555402.403.1 37501207300646
02 8 4 4 5
REK_03555403.404.1 480 1546250538
02 9 4 4
REK_03556404.405.0.85 11803800230495
02 0 4 25
REK_03556405.406.1.05 11303639180388
02 1 25 3
REK_03556406.409.3 840 2705180388
02 2 3 3
REK_03556409.412.3 10403349160344
02 3 3 3
REK_03556412.416.4 11803800140301
02 4 3 3
REK_03556416.418.2.25 23107438140301
02 5 3 55
REK_03556418.419.1.05 510 1642180388
02 6 55 6
REK_03556419.420.1.1 560 1803210452
02 7 6 7
REK_03556420.424.3.7 14904798200431
02 8 7 4
REK_03556424.429.5 730 2351190409
02 9 4 4
REK_03557429.434.5 350 1127190409
02 1 4 4
REK_03557434.439.5 360 1159140301
02 2 4 4
REK_03557439.444.5 270 869 140301
02 3 4 4
REK_03557444.449.5 290 934 170366
02 4 4 4
REK_03557449.451.1.8 290 934 190409
02 5 4 2
REK_03557451.452.1.3 820 2640180388
02 6 2 5
REK_03557452.457 4.5 360 1159120258
02 7 5
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppO
ID ID (m) ppmppm m pp
m
REK_03557457 458 1 250 805 120258
02 8
REK_03557458 460 2 730 2351130280
02 9
REK_03558460 462 2 440 1417120258
02 0
REK_03558462 464 2 580 1868150323
02 1
REK_03558464 468 4 390 1256140301
02 2
REK_03558468 472 4 490 157890 194
02 3
REK_03558472 476 4 250 805 100215
02 4
REK_03558476 479.3.5 260 837 120258
02 5 5
REK_03558479.480.1.4 260 837 140301
02 6 5 9
REK_03558480.482 1.1 980 3156160344
02 7 9
REK_03558482 486 4 360 1159130280
02 8
REK_03558486 490 4 350 1127110237
02 9
REK_03559490 492.2.1 310 998 120258
02 1 1
REK_03559492.494.2 210 676 110237
02 2 1 1
REK_03559494.496.2 290 934 100215
02 3 1 1
REK_03559496.498.2 390 1256100215
02 4 1 1
REK_03559498.500.2 15905120100215
02 5 1 1
REK_03559500.502.2 230 741 120258
02 6 1 1
REK_03559502.506.4.2 240 773 150323
02 7 1 3
REK_03559506.510.4.2 21006762140301
02 8 3 5
REK_03559510.512.2 340 1095130280
02 9 5 5
REK_03560512.514.2 14904798110237
02 0 5 5
REK_03560514.516.2 13604379120258
02 1 5 5
REK_03560516.518.2 11203606110237
02 2 5 5
REK_03560518.520.2 490 1578100215
02 3 5 5
REK_03560520.522.2 600 1932110237
02 4 5 5
REK_03560522.524.2 960 3091110237
02 5 5 5
REK_03560524.526.2.3 700 225490 194
02 6 5 8
REK_03560526.528.2 210 676 100215
02 7 8 8
REK_03560528.533.5 180 580 130280
02 8 8 8
REK_03560533.538.5 170 547 150323
02 9 8 8
REK_03561538.543.5 200 644 150323
02 1 8 8
REK_03561543.548.5 160 515 110237
02 2 8 8
REK_03561548.552 3.2 160 515 130280
02 3 8
REK_03561552 555 3 180 580 150323
02 4
REK_03561555 558 3 140 451 50 108
02 5
REK_03561558 562.4.1 160 515 50 108
02 6 1
REK_03561562.567.5 170 547 100215
02 7 1 1
REK_03561567.572.5 180 580 80 172
02 8 1 1
REK_03561572.576.4.2 180 580 120258
02 9 1 3
REK_03562576.580.4 170 547 120258
02 0 3 3
REK_03562580.584.4 160 515 110237
02 1 3 3
DrillSampFromTo ThickB B2O3Li Li2
Holele ness ppm ppO
ID ID (m) ppm m pp
m
REK_03562584.589 4.7 150 483 90 194
02 2 3
REK_03562589 594 5 140 451 70 151
02 3
REK_03562594 599 5 160 515 80 172
02 4
REK_03562599 604 5 180 580 80 172
02 5
REK_03562604 609 5 150 483 120258
02 6
REK_03562609 614 5 140 451 90 194
02 7
REK_03562614 619 5 160 515 80 172
02 8
REK_03562619 624 5 140 451 80 172
02 9
REK_03563624 629 5 140 451 100215
02 1
REK_03563629 634 5 90 290 100215
02 2
REK_03563634 638 4 90 290 80 172
02 3
Table 3 - x-ray diffraction results
https://www.irw-press.at/prcom/images/messages/2020/51941/20200520_JDR_ASX_Exploration Update Rekovac Lithium - Borate Project_FINAL(mu)kurz_FINAL_PRcom.006.png
You can find the entire news release here: https://www.asx.com.au/asxpdf/20200520/pdf/44hz1wbj5jk69g.pdf
Themen in dieser Pressemitteilung:
Unternehmensinformation / Kurzprofil:
" alt="Cypress Development Announces Positive Prefeasibility Study for Clayton Valley Lithium Project, Nevada
Datum: 20.05.2020 - 00:45 Uhr
Sprache: Deutsch
News-ID 1558238
Anzahl Zeichen: 3201
contact information:
Contact person:
Town:
Wien
Phone:
Kategorie:
Business News
Typ of Press Release:
type of sending:
Date of sending:
Anmerkungen:
Diese Pressemitteilung wurde bisher 286 mal aufgerufen.
Die Pressemitteilung mit dem Titel:
"New Discovery of Borate and Lithium Mineralisation Intersections
"
steht unter der journalistisch-redaktionellen Verantwortung von
Jadar Lithium Ltd. (Nachricht senden)
Beachten Sie bitte die weiteren Informationen zum Haftungsauschluß (gemäß TMG - TeleMedianGesetz) und dem Datenschutz (gemäß der DSGVO).
