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Lion Copper and Gold Announces Yerington Bear Deposit Diamond Drill Results, Hole B-056A Encountered 2,376 Ft of 0.40% TCu

Lion Copper and Gold Announces Yerington Bear Deposit Diamond Drill Results, Hole B-056A Encountered 2,376 Ft of 0.40% TCu

Lion Copper and Gold宣佈Yerington Bear Deposit黃金鑽探的鑽孔結果,B-056A孔遇到了2,376英尺的0.40% TCu。
newsfile ·  08/21 23:58

Including 130 ft of 0.65% TCu and 138 ft of 0.62% TCu

包括0.65%TCu的130英尺和0.62%TCu的138英尺

Yerington, Nevada--(Newsfile Corp. - August 21, 2024) - Lion Copper and Gold Corp. (TSXV: LEO) (OTCQB: LCGMF) ("Lion CG" or the "Company") today released results from its Bear deposit 2024 exploration drilling program in the Yerington District of Nevada. As a second phase of drilling subsequent to the exploration drilling in 2023 (see Oct 27, 2023, news release), an additional US$1,500,000 (total US$4,000,000) was funded as early advance of the Stage 3 funding for exploration under the Company's agreement with Nuton LLC, a Rio Tinto venture (see December 22, 2023, new release).

內華達州耶林頓——(Newsfile Corp. - 2024年8月21日)- 獅子銅金有限公司(TSXV:LEO)(OTCQB:LCGMF)("獅子CG"或"公司")今天發佈了來自內華達州耶林頓區的熊礦牀2024年勘探鑽探計劃的結果。這是繼2023年勘探鑽探(請參閱2023年10月27日新聞發佈)之後的第二階段鑽探,根據公司與力拓創業公司(詳見2023年12月22日新聞發佈)的協議,額外提前撥款150萬美元(總額400萬美元)用於第3階段勘探資金。

Bear Deposit 2024 Drilling Highlights

熊礦牀2024年鑽探亮點

  • Diamond core drill hole B-056A encountered 2,376 ft of 0.40% TCu, including 130 ft of 0.65% TCu and 138 ft of 0.62% TCu collared midway between legacy Anaconda drill holes B-014 and B-022
  • Diamond core drill hole B-055, collared 2,750 ft southwest from drill hole B-054, encountered weak copper mineralization along the far western edge of the known deposit
  • 金剛石巖芯鑽孔b-056A遇到了2,376英尺0.40%TCu,其中包括0.65% TCu的130英尺和0.62%TCu的138英尺,位於傳統安納科達鑽孔b-014和b-022之間。
  • 鑽孔b-055採自鑽孔b-054西南2,750英尺處,遇到已知礦牀遠西邊緣的弱銅礦化。

B-056A is a deep, angle drill hole located along a northwest trend of elevated copper grades defined by legacy Anaconda drilling. Drill hole B-055 is coincident with a strong Induced Polarization (IP) anomaly identified during the recent IP survey completed in late 2023. B-056A returned a significant drill intercept of 0.40% TCu over 2,376 ft from a depth of 1,237 ft and ending in final two intervals of 1.150 TCu% and 0.904 TCu%. Figure 1 shows the location of Bear drill holes and Figure 2 shows a cross section through drillhole B-056A.

b-056A是一種深而具角度的鑽孔,位於由傳統安納科達鑽孔定義的高銅品位的西北趨勢上。 鑽孔b-055與近期IP調查中確定的強感應極化(IP)異常重合。 b-056A從1,237英尺的深度處返回了0.40%TCu的重要鑽探攔截,總共2,376英尺,並在最後兩個間隔分別爲1.150%TCu和0.904%TCu。 圖1顯示了熊礦牀鑽孔的位置,圖2顯示了鑽孔b-056A的剖面。

Steven Dischler, Lion CG's CEO, states, "The thick intervals of copper mineralization encountered in our latest drilling of B-056A highlights the tremendous size and potential of the Bear deposit. The wide intercepts of copper mineralization throughout the Bear porphyry system are encouraging and continue to support our fundamental view that continued systematic exploration has potential to unlock substantial new zones of high-grade copper mineralization and further expand and upgrade the footprint of the deposit."

獅子CG的首席執行官史蒂文·迪什勒表示:「我們在b-056A的最新鑽探中遇到的厚厚的銅礦化層凸顯了熊礦牀的巨大規模和潛力。熊斑岩系統中的廣泛銅礦化層的發現令人鼓舞,並繼續支持我們的基本觀點,即持續系統的勘探有潛力開啓大量新的高品位銅礦化區並進一步擴展和升級礦牀的規模。」

Bear Deposit 2024 Drilling Details

2024年Bear存款鑽探細節

Two diamond core drill holes, B-055 and B-056A were angle drilled to depths of 3,435 ft and 3,613 ft, respectively. Following the 2023 drilling, an IP/resistivity survey was completed that identified the strongest IP anomaly in the Company and Anaconda archives that is known in the Bear deposit area. B-055, drilled on the far western edge of known mineralization, was directed to intersect this very strong and thick 40 to +55 milliradian IP anomaly (see Figure 3). B-055 cut several narrow zones of weak copper mineralization within a thick 2,330 ft intercept of sulfide mineralization from a depth of 1,105 ft. The drill intercept of sulfide mineralization coincides with the IP anomaly, although the 2% sulfide is lower than predicted by the IP anomaly. The source of the IP anomaly is unconfirmed with drilling; however, this may represent the high pyrite cap of the Bear deposit and remains subject to consideration for future exploration.

兩個金剛石岩心鑽孔億.055和b-056A分別針對深度爲3,435英尺和3,613英尺進行了角度鑽探。在2023年的鑽探之後,完成了IP/電阻率調查,該調查確定了在Bear存款區域內已知的最強的IP異常,這在公司和Anaconda存檔中得到了確認。從已知礦化的極西邊鑽探的b-055被指示要與這個非常強大和厚的40到+55毫拉迪亞的IP異常相交(見圖3)。b-055在從1,105英尺深度處的一個厚2,330英尺的硫化礦化截獲中切割了幾個狹窄區域的銅礦化帶。硫化礦化截獲與IP異常重合,儘管2%的硫化物低於IP異常的預測。IP異常的來源尚未經鑽孔確認;然而,這可能代表Bear存款的高黃鐵礦帽,並可能在未來勘探中進行考慮。

B-056A was drilled to test a wide spaced drilling gap along the northwest mineralization trend identified previously by Anaconda legacy and SPS 2023 drill holes. B-056A returned a significant drill intercept of 0.40% TCu over 2,376 ft from a depth of 1,237 ft. The final two intervals of B-056A ended in grades of 1.150 TCu% and 0.904 TCu%. Drill hole B-056 was abandoned at depth due to borehole collapse in high grade copper. A total of 16 sample intervals reported values between 1.01 to 2.09 TCu%. Four drill intervals, for a combined length of 23.5 ft, had no sample recovery adjacent to these high-grade intervals.

b-056A的鑽探旨在測試Anaconda存儲和SPS 2023年鑽孔之前確定的西北礦化趨勢的寬間距鑽孔空隙。b-056A從1,237英尺深度處返回了0.40% TCu的重要鑽孔截獲,跨越2,376英尺。b-056A的最後兩個區間以1.150 TCu%和0.904 TCu%的品位結束。由於高品位銅礦的鑽孔塌陷,b-056被深度遺棄。共有16個樣本區間報告了介於1.01到2.09 TCu%之間的數值。四個鑽孔區間,總長度爲23.5英尺,在這些高品位區間附近沒有樣品回收。

B-056A is the 2nd best grade-thickness intercept made to date at Bear and attests to the strength and scale of the mineralization (Table 1 and Table 2). Quartz-chalcopyrite veining is the dominant form of sulfide mineralization, with quartz vein percentages ranging from 1% to 5%. Within these zones, potassic alteration is dominant, defined by abundant secondary biotite and lesser potassium feldspar flooding. Veining typically dips 40-50° to the north northeast and correlates closely with quartz monzonite porphyry dikes also having typical 40-50° north northeast dips as determined by oriented core measurements. The presence of the large grade-thickness intercept, the potassic alteration, and quartz veining percentages are interpreted to indicate B-056A may occur near the core of the deposit. Figure 2 shows the results of B-056A in relation to previous drilling along a north-south Section 1.

b-056A是至今在Bear找到的第2佳品位-厚度截獲,並證明了礦化的強度和規模(見表1和表2)。石英-黃銅礦脈是硫化礦化的主要形式,石英脈百分比介於1%到5%之間。在這些區域內,鉀質蝕變是主導的,通過豐富的次生黑雲母和較少的鉀長石充填來定義。礦脈通常向北北東40-50°傾斜,並與定向巖芯測量所確定的典型40-50°北北東傾斜的石英閃長岩漿岩密切相關。充分的品位-厚度截獲、鉀質蝕變以及石英脈百分比的存在表明b-056A可能接近礦牀的核心。圖2顯示了b-056A的結果與沿南北Section 1進行的先前鑽探的關係。

The size and strength of mineralization in the Bear deposit is highly permissive for further exploration given the exceptionally large footprint of the known mineralization, multiple 1-2% TCu intervals within thick mineralized zones, and current widely spaced drilling at 500-to-1,000-foot intervals. In the central zone where B-022, B-056A, and B-006 and the highest grade-thickness values are located, exploration drill tests are compelling in locations along the west-northwest identified strike as well as up-dip and down-dip following the quartz monzonite porphyry dikes.

考慮到已知礦化的非常大的面積範圍、厚礦化帶內多個1-2% Cu濃度間隔和當前寬間距的500至1,000英尺鑽探,Bear礦牀中礦化體的規模和強度非常適宜進行進一步勘探。在b-220億.056A、b-006和最高品位厚度值所在的中央區域,勘探鑽探試驗在西北西方向確定的區域以及上傾和下傾沿着石英輝長岩斑岩脈附近非常有吸引力。

Background of the Bear Deposit

Bear礦牀的背景

The Bear deposit is a large and partially defined porphyry copper exploration target located primarily on private lands approximately 3 miles north of Anaconda's former Yerington open pit and 2.6 miles southeast of the MacArthur open pit, in Lyon County, Nevada. The Bear deposit was previously jointly held by The Anaconda Copper Mining Company ("Anaconda"), one of the largest copper mining companies of the 20th century, and Phelps Dodge Corporation ("Phelps Dodge", now Freeport-McMoRan). Lion CG, through its wholly owned subsidiary Singatse Peak Services, LLC ("SPS"), is the first company to consolidate the property through private land option agreements and controls a land position of approximately 2,330 acres over the Bear deposit.

Bear礦牀是一個位於內華達州Lyon縣Anaconda以前的Yerington露天礦和MacArthur露天礦附近約3英里的私有土地上的一座大型部分定義的斑岩銅勘探目標。Bear礦牀以前是由20世紀最大的銅礦公司之一的安娜康達銅礦公司("安娜康達")和菲爾普斯多奇公司("菲爾普斯多奇",現麥克莫蘭銅金)共同擁有的。通過其全資子公司Singatse Peak Services,LLC("SPS"),Lion CG是第一家通過私有土地選擇協議合併該物業並控制約2,330英畝的Bear礦牀土地。

The Bear deposit was first identified by Anaconda in 1961 and has a long history of drilling development including Anaconda (1961-1967), Phelps Dodge (1969-1973), and a SPS program funded by Freeport Nevada LLC (2015-2016). Drilling by Anaconda, Phelps Dodge, and SPS all intersected zones of copper mineralization ranging from 490 ft to 2,843 ft thick (Table 1). In 2023, SPS angle drilled B-053A and B-054 northwest along the mineralization trend previously identified by Anaconda legacy drill holes (Figure 1). For additional details on the drilling background of the Bear deposit please see October 27, 2023, news release.

Bear礦牀於1961年首次被安娜康達發現,並經歷了長期的鑽孔開發,包括安娜康達(1961-1967),菲爾普斯多奇(1969-1973)和Freeport Nevada LLC(2015-2016)資助的SPS項目。安娜康達、菲爾普斯多奇和SPS的鑽孔均與銅礦化帶交叉,厚度範圍從490英尺到2,843英尺(表1)。2023年,SPS沿着先前由安娜康達遺留的鑽孔確定的礦化趨勢向西北方向鑽探了b-053A和b-054(圖1)。關於Bear礦牀的鑽孔背景的詳細信息,請參閱2023年10月27日的新聞發佈。

The Bear deposit has a similar regional geologic setting to other Jurassic-aged porphyry-style copper deposits in the Yerington district, including the Yerington mine, MacArthur, and Mason deposits. The Yerington mine was operated by Anaconda from 1951 through 1978, extracting 1,744,237,000 lbs. of copper.

Bear礦牀在Yerington地區具有類似的區域地質背景,包括Yerington礦、MacArthur礦和Mason礦等侏羅紀時代斑岩型銅礦牀。Yerington礦由安娜康達公司從1951年至1978年運營,開採了17,442,370,000磅的銅。

The footprint of the Bear deposit extends 2.5 miles (4 km) in length in a northwest-southeast direction and 1.7 miles (2.7 km) in length in the northeast-southwest direction (Figure 1). Mineralization at the Bear is concealed under approximately 200 to 1,200 ft of post-mineral alluvial and Tertiary volcanic cover.

熊礦牀的面積在西北-東南方向上延伸2.5英里(4公里),在東北-西南方向上延伸1.7英里(2.7公里)(圖1)。熊礦牀的礦化物隱在大約200-1,200英尺(60-365米)的礦石礦牀和第三紀火山覆蓋層之下。

Results of angled drill hole B-053A, B-054, and B-056A demonstrate the structural control and orientation of the mineralized zones. The quartz monzonite porphyry dikes and associated mineralization strike roughly east-west to northwest-southeast with a northerly dip as shown in the cross-section (Figure 2). Mineralization at the Bear is interpreted to include a first pulse associated with the intrusion of quartz monzonite into the granodiorite and characterized as calc-silicate alteration along the contact of the older host rocks of granodiorite and younger quartz monzonite. A second pulse of mineralization is represented, where quartz monzonite porphyry dikes intrude into the quartz monzonite and mineralized veins formed in zones in and along the margins of the porphyry dikes. The main copper sulfide mineral is chalcopyrite, with lesser bornite which typically occur within veins and as disseminations. The zones of primary sulfide mineralization remain open in several directions where the limits of mineralization are not closed off by drilling. No zones of oxide mineralization or supergene enrichment have been identified at the Bear deposit.

角度鑽探孔b-053A億.054和b-056A的結果顯示了礦化帶的構造控制和方向。石英閃長斑岩岩脈和相關的礦化帶大致呈東西至西北-東南方向延伸,裂化帶向北傾斜,如橫剖面所示(圖2)。熊礦牀的礦化被解釋爲包括與石英閃長斑岩侵入花崗閃長巖相對的第一次脈衝,其特點是在較早的基岩與較年輕的石英閃長斑岩接觸帶上產生的硅酸鹽交代。第二次礦化脈衝以石英閃長斑岩岩脈侵入石英閃長斑岩並在岩脈邊緣和帶狀礦化脈中形成。主要的銅硫化礦物是黃銅礦,少量的礆銅礦通常出現在脈石中和彌散的狀態。主要硫化礦化帶在若干個方向上仍然尚未閉合。尚未在熊礦牀上識別出氧化礦化帶或物理富集區。

Quality Assurance & Control

質量保證和質量控制

All samples were collected via diamond core drilling by Alford Drilling, LLC (of no relation to Tony Alford, a director of the Company) of Elko, NV. Core samples were sawed on the Yerington Property site by Company personnel. All samples were picked up by Skyline Assayers & Laboratories ("Skyline"), Tucson, AZ and transferred for crushing, splitting, and pulverizing sample preparation. Multi-element (47 el.) analyses were completed using a multi-acid digestion and ICP OES/ICP-MS finish (Skyline's TE-5 method). Commercially prepared certified reference materials and blanks were inserted by the Company at 50-ft intervals to ensure precision of results as a quality control measure. The Company also applied a chain of custody program to confirm sample security during all stages of sample collection, shipment, and storage.

所有樣品是由內華達州埃爾科的艾爾福德鑽探有限責任公司(與公司董事託尼·阿爾福德無關)通過金剛石岩心鑽探採集的。岩心樣品在耶林頓礦區的現場由公司人員鋸切。所有樣品由天空線化驗室("天空線")收取,位於亞利桑那州圖森市,並轉運至破碎、分散和粉碎樣品製備。多元素(47個元素)分析使用多酸消化和ICP OES/ICP-MS檢測完成(天空線的TE-5方法)。公司在50英尺(15米)的間隔處插入了商業準備的認證參考物質和空白樣品,以確保結果的精確性作爲質量控制措施。公司還採用了一套文件流程程序,以確保樣品在採集、運輸和儲存的各個階段的安全性。

About Lion CG

關於Lion CG

Lion Copper and Gold Corp. is a Canadian-based company advancing its flagship copper assets at Yerington, Nevada through an Option to Earn-in Agreement with Nuton, a Rio Tinto venture.

Lion Copper and Gold Corp.是一家加拿大公司,通過與Nuton的Rio Tinto合資創業公司的賺錢合約,推進其位於內華達州Yerington的旗艦銅資產。

About Nuton

關於Nuton

Nuton is an innovative venture that aims to help grow Rio Tinto's copper business. At the core of Nuton is a portfolio of proprietary copper leach related technologies and capability – a product of almost 30 years of research and development. Nuton offers the potential to economically unlock copper from primary sulfide resources through leaching, achieving market-leading recovery rates, contributing to an increase in copper production from copper bearing waste and tailings, and getting higher copper recoveries on oxide and transitional material. One of the key differentiators of Nuton is the potential to produce the world's lowest impact copper while having at least one Net Positive impact at each of our deployment sites, across our five pillars: water, energy, land, materials and society.

Nuton是一家創新的創業公司,旨在幫助發展Rio Tinto的銅業務。 Nuton的核心是一組專有的銅浸出相關技術和能力,這是近30年研究和開發的成果。 Nuton提供了經濟上從硫化物資源中提取銅的潛力,實現了市場領先的回收率,促進了來自含銅廢料和尾礦的銅產量增加,並在氧化和過渡材料上獲得了更高的銅回收率。 Nuton的一個關鍵區別是,在我們的部署地點的每個方面都至少具有淨積極影響,在我們的五個支柱:水、能源、土地、材料和社會方面產生。

On behalf of the Board of Directors,

代表董事會,

Steven Dischler, PE
Chief Executive Officer
Lion Copper and Gold Corp.

Steven Dischler,市盈率
首席執行官
Lion Copper and Gold Corp.

For more information please contact:

欲了解更多信息,請聯繫:Andrea Dray,MIND C.T.I. Ltd.電話:+972-4-993-6666,電子郵件:investor@mindcti.com,MIND C.T.I. LTD.(除每股數據外)收入5765成本費2787營業費用1,548。

Email: info@lioncg.com
Website:

電子郵件: info@lioncg.com
網站:

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

TSX tsx Venture交易所及其監管服務提供商(如TSX Venture交易所的政策中所定義的那樣)不承擔此發佈的充分性或準確性的責任。

The technical information in this news release has been reviewed and approved by C. Travis Naugle, QP MMSA, Co-Chairman of Lion Copper and Gold Corp. and a qualified person as defined in NI 43-101.

本新聞發佈中的技術信息已由C. Travis Naugle, QP MMSA, Lion Copper and Gold Corp.的聯席主席以及根據NI 43-101的定義具備資格的人員進行審核和批准。

Certain information in this news release constitutes forward-looking statements under applicable securities laws. Any statements that are contained in this news release that are not statements of historical fact may be deemed to be forward-looking statements. Forward-Looking statements are often identified by terms such as "may", "expect", or the negative of these terms and similar expressions. Forward-Looking statements in this news release include, but are not limited to, statements with respect to the future exploration activities and anticipated results. Forward-Looking statements necessarily involve known and unknown risks, including, without limitation, risks associated with exploration activity; general economic conditions; adverse industry events; marketing costs; loss of markets; future legislative and regulatory developments; inability to access sufficient capital from internal and external sources, and/or inability to access sufficient capital on favorable terms; the ability of Lion CG to implement its business strategies; competition; currency and interest rate fluctuations and other risks.

本新聞發佈中的某些信息構成適用證券法下的前瞻性陳述。本新聞發佈中的任何非歷史性事實陳述可被視爲前瞻性陳述。本新聞發佈中的前瞻性陳述通常以"可能"、"預計"或這些術語的否定形式以及類似的表達形式爲特徵。本新聞發佈中的前瞻性陳述包括但不限於對未來勘探活動和預期結果的陳述。前瞻性陳述必然涉及已知和未知的風險,包括但不限於勘探活動的風險;普遍經濟狀況;不利行業事件;營銷成本;市場流失;未來立法和監管發展;無法從內部和外部來源獲得足夠的資本或無法以有利條件獲得足夠的資本;Lion CG實施其業務策略的能力;競爭;貨幣和利率波動以及其他風險。


Figure 1. Bear Plan Map Drill Hole Summary


圖1. 熊計劃地圖鑽孔摘要


Figure 2. North-South Geologic Section Looking West


圖2. 從西向東的南北地質剖面圖


Figure 3. North-South IP Section Looking West


圖3. 北至南的IP剖面,向西看

Table 1. Bear Deposit Drill Hole Intercepts

表1. 熊礦區鑽孔截取數據

Company Year Drill Hole Northing (UTM NAD 27) Easting (UTM NAD 27) Elevation (ft) Inclination Azimuth Total
Depth (ft)
From feet To
feet
Interval feet % TCu Interval X %TCu (GXT)
Anaconda 1961 B-01 310817.1 4320219.4 4360.1 -90° 2533 896 2,139 1,243 0.19 236
Anaconda 1962 B-02 310829.3 4320527.1 4357.3 -90° 2509.6 1,209 2,510 1,301 0.38 494
Anaconda 1962 B-03 310824.9 4320393.4 4358.4 -90° 864 Too Shallow
Anaconda 1962 B-04 310641.8 4320201.1 4355.2 -90° 557 Too Shallow
Anaconda 1963 B-05 310659.8 4320533.1 4357.3 -90° 1784.9 1,050 1,235 185 0.32 59
Anaconda 1963 B-06A 310835.9 4320682.5 4357.9 -90° 3516.2 1,590 3,288 1,698 0.39 662
Anaconda 1963 B-07 309923.9 4320588.8 4359.9 -90° 1982 Outside Mineralized Footprint
Anaconda 1963 B-08 310546.5 4320932.6 4363.9 -90° 3607.1 1,377 2,650 1,273 0.29 369
Anaconda 1963 B-09 309929.9 4320953.4 4353.0 -90° 2149 Too Shallow
Anaconda 1963 B-010 310836.7 4320925.2 4358.3 -90° 3709.3 1,736 3,392 1,656 0.38 629
Anaconda 1963 B-011 309949.8 4321404.2 4346.0 -90° 2148 Outside Mineralized Footprint/Too Shallow?
Anaconda 1963 B-012 309957.1 4321708.9 4347.4 -90° 1458 Outside Mineralized Footprint/Too Shallow?
Anaconda 1963 B-013 310840.3 4321077.6 4358.0 -90° 3680.4 1,929 3,436 1,507 0.42 633
Anaconda 1964 B-014 310850.4 4321229.8 4362.7 -90° 3650.4 1,355 3,370 2,015 0.32 645
Anaconda 1964 B-015 310065.6 4322067.0 4343.2 -90° 3166 2,163 2,458 295 0.28 83
Anaconda 1965 B-016 309980.1 4322669.5 4339.9 -90° 2096.7 Outside Mineralized Footprint
Anaconda 1964 B-017 310988.8 4320921.5 4358.9 -90° 3703.4 1,319 3,703 2,384 0.38 906
Anaconda 1965 B-018 310634.5 4319894.3 4382.9 -90° 2015.9 Outside Mineralized Footprint
Anaconda 1965 B-019 311442.8 4320678.7 4400.0 -90° 3329.3 2,510 3,329 819 0.26 213
Anaconda 1965 B-20A 312209.9 4320167.1 4366.5 -90° 2506.6 1,429 2,256 827 0.31 256
Anaconda 1966 B-021 311794.0 4320109.1 4412.0 -90° 4019 1,133 3,976 2,843 0.21 597
Anaconda 1966 B-022 311447.9 4321210.8 4422.2 -90° 4418.6 1,632 4,012 2,380 0.43 1,023
Anaconda 1966 B-023B 312241.2 4320768.7 4365.0 -90° 3059.1 1,597 2,649 1,052 0.50 526
Anaconda 1967 B-024 311445.2 4319640.1 4413.2 -90° 4793 2,781 4,211 1,430 0.30 429
Anaconda 1967 B-025 311443.7 4321054.5 4449.0 -90° 4340 1,815 3,323 1,508 0.30 452
Anaconda 1967 B-027 312830.1 4320876.1 4364.0 -90° 3833.8 Outside Mineralized Footprint
Anaconda 1967 B-028 312679.0 4319370.6 4371.0 -90° 2840 Outside Mineralized Footprint
Anaconda 1967 B-029 311558.2 4318945.3 4373.0 -90° 2743.5 937 1,514 577 0.27 156
Anaconda 1967 B-030 311878.5 4320958.8 4370.0 -90° 3177.5 No Significant Intercept
Anaconda 1967 B-031 312395.0 4320864.9 4365.0 -90° 3008 2,474 2,964 490 0.55 270
Anaconda 1967 B-032 312277.3 4320469.6 4366.0 -90° 2403 1,169 2,403 1,234 0.28 346
Anaconda 1961 MH-1 311533.7 4320162.2 4524.1 -90° 1167.1 Too Shallow
Anaconda 1961 MH 2 311403.8 4320418.8 4454.4 -90° 2374 1,802 2,374 572 0.17 97
Anaconda 1961 MH-3 311707.5 4320438.1 4510.0 -90° 102 Too Shallow
Phelps Dodge 1969 L-01 312560.6 4320386.7 4378.1 -90° 3742.2 2,800 3,470 670 0.40 268
Phelps Dodge 1969 L-02 312243.7 4319807.5 4380.6 -90° 2297 1,360 1,900 540 0.42 227
Phelps Dodge 1970 L-03 311997.8 4319561.7 4381.8 -90° 3243.5 1,277 1,893 616 0.18 111
Phelps Dodge 1970 L-04 312495.0 4319796.6 4379.0 -90° 2980 Outside Mineralized Footprint
Phelps Dodge 1970 L-05 312997.7 4320266.5 4375.0 -90° 3900 2,900 3,900 1,000 0.40 400
Phelps Dodge 1970 L-06 312511.1 4320660.0 4377.3 -90° 2983 No Significant Intercept
Phelps Dodge 1970 L-07 312500.5 4320173.6 4378.6 -90° 3249 Outside Mineralized Footprint
Phelps Dodge 1970 L-08 313478.6 4320244.7 4373.4 -90° 3004 1,660 2,290 630 0.40 252
Phelps Dodge 1973 L-12 311336.6 4318753.0 4394.7 -90° 2305 820 1,320 500 0.31 155
SPS 2016 GHH-001 310543.2 4319490.5 2017.5 -90° 2017.5 Outside Mineralized Footprint
SPS 2015 B-048 312243.5 4320761.2 4368.3 -90° 3438 1,573 2,731 1,158 0.42 486
SPS 2015 B-049 311446.2 4321445.9 4358.4 -90° 3635 1,588 2,926 1,338 0.22 294
SPS 2015 B-050 312341.5 4321073.8 4366.0 -90° 3838 2,429 2,951 522 0.36 188
SPS 2016 B-051 311798.2 4321411.0 4366.4 -90° 3878 2,191 3,675 1,484 0.26 386
SPS 2016 B-052 311881.7 4321613.0 4360.3 -90° 3468 2,081 2,748 667 0.14 93
SPS 2023 B-053A 310778.0 4321510.0 4351.0 -60° 210 3503 2,212 3,138 926 0.31 287
SPS 2023 B-054 310406.0 4321602.0 4364.0 -70° 205 3458 2,311 3359 1,048 0.26 272
SPS 2024 B-055 309644.0 4321234.0 4350.0 -60° 180 3435 Outside Mineralized Footprint
SPS 2024 B-056A 311175.0 4321411.0 4350.0 -65° 190 3613 1,237 3,613 2,376 0.40 950
公司 鑽孔 縱向座標 (UTm NAD 27) 橫向座標 (UTm NAD 27) 海拔 (ft) 傾角 方位角(度) 總費用
深度 (英尺)
從英尺
英尺
間隔英尺 % TCu Interval X %TCu (GXT)
Anaconda 1961 b-01 310817.1 4320219.4 4360.1 -90° 2533 896 2,139 1,243 0.19 236
Anaconda 1962 b-02 310829.3 4320527.1 4357.3 -90° 1,209 員工及相關應付款項 1,301 0.38 494
Anaconda 1962 b-03 310824.9 4320393.4 4358.4 864 太淺
Anaconda 1962 310641.8 4320201.1 4355.2 -90° 557 太膚淺
Anaconda 1963 310659.8 4320533.1 4357.3 -90° 1784.9 1,050 1,235 185 0.32 59
Anaconda 1963 310,835.9 4,320,682.5 4,357.9 -90° 3516.2 1,590 3,288 1,698 0.39 662
Anaconda 1963 b-07 309923.9 4320588.8 4359.9 -90° 1982 外部礦化區
Anaconda 1963 b-08 310546.5 4320932.6 4363.9 -90° 1,377 2,650 償還可循環借貸借款的支付 0.29 369
Anaconda 1963 b-09 309929.9 4320953.4 4353.0 2149 水太淺
Anaconda 1963 310,836.7 4,320,925.2 4,358.3 -90° 1,736 3,392 1,656 0.38 629
Anaconda 1963 309,949.8 4,321,404.2 4,346.0 -90° 2148 礦化足跡外/太淺?
Anaconda 1963 309957.1 4321708.9 4347.4 -90° 1458 礦化足跡外/太淺?
Anaconda 1963 b-013 310840.3 4321077.6 4358.0 -90° 3680.4 1,929 3,436 1,507 0.42 633
Anaconda 1964 b-014 310,850.4 4,321,229.8 4,362.7 -90° 3650.4 1,355 3,370 2015年 0.32 645
Anaconda 1964 b-015 310065.6 4322067.0 4343.2 -90° 3166 2,163 2,458 295 0.28 83
Anaconda 1965 b-016 309980.1 4322669.5 4339.9 -90° 2096.7 礦化足跡外部
Anaconda 1964 b-017 310988.8 4320921.5 4358.9 -90° 3703.4 1,319 3,703 2,384 0.38 906
Anaconda 1965 310634.5 4319894.3 4382.9 -90° 2015.9 Outside Mineralized Footprint
Anaconda 1965 311442.8 4320678.7 4400.0 -90° 3329.3 員工及相關應付款項 3,329 819 0.26 213
Anaconda 1965 312209.9 4320167.1 4366.5 -90° 2506.6 1,429 2,256 827 0.31 256
Anaconda 1966 b-021 311794.0 4320109.1 4412.0 4019 1,133 3,976 2,843 0.21 597
Anaconda 1966 b-022 311,447.9 4,321,210.8 4,422.2 -90° 1,632 4,012 2,380 0.43 1,023
Anaconda 1966 b-023B 312241.2 4320768.7 4365.0 -90° 3059.1 1,597 2,649 1052 0.50 526
Anaconda 1967 b-024 311445.2 4319640.1 4413.2 -90° 4793 2781 4,211 1,430 0.30 429
Anaconda 1967 b-025 311,443.7 4,321,054.5 4,449.0 負90° 4340 1,815 3,323 1,508 0.30 452
Anaconda 1967 b-027 312830.1 4320876.1 4364.0 -90° 3833.8 礦化足跡之外
Anaconda 1967 b-028 312679.0 4319370.6 4371.0 -90° 2840 礦化足跡之外
Anaconda 1967 b-029 311558.2 4318945.3 4373.0 -90° 2743.5 937 1,514 577 0.27 156
Anaconda 1967 b-030 311878.5 4320958.8 4370.0 -90° 3177.5 無顯著截距
Anaconda 1967 b-031 312395.0 4320864.9 4365.0 -90° 3008 2,474 2,964 490 0.55 270
Anaconda 1967 b-032 312,277.3 4,320,469.6 4,366.0 -90° 2403 1,169 2,403 1,234 0.28 346
Anaconda 1961 MH-1 311533.7 4320162.2 4524.1 -90° 1167.1 Too Shallow
Anaconda 1961 MH 2 311403.8 4320418.8 4454.4 -90° 2374 1,802 2,374 572 0.17 97
Anaconda 1961 MH-3 311707.5 4320438.1 4510.0 -90° 102 太膚淺
菲爾普斯道奇 1969 L-01 312560.6 4320386.7 4378.1 -90° 3742.2 2,800 3,470 670 0.40 268
Phelps Dodge 1969 L-02 312243.7 4319807.5 4380.6 -90° 2297 1,360 1,900 540 0.42 227
1970 311997.8 4319561.7 4381.8 -90° 3243.5 1,277 1,893 616 0.18 111
菲爾普斯道奇 1970 312495.0 4319796.6 4379.0 -90° 2980 Outside Mineralized Footprint
Phelps Dodge 1970 L-05 312997.7 4320266.5 4375.0 -90° 3900 2,900 3,900 1,000 0.40 400
菲爾普斯道奇 1970 312511.1 4377.3 -90° 2983 無顯著截獲
菲爾普斯道奇 1970 L-07 312500.5 4320173.6 4378.6 -90° 3249 區域型礦體外圍
菲爾普斯道奇 1970 L-08 313478.6 4320244.7 4373.4 -90° 3004 1,660 2,290 630 0.40 252
菲爾普斯道奇 1973 311336.6 4318753.0 4394.7 -90° 2305 820 1,320 500 0.31 155
SPS 2016 GHH-001 310543.2 4319490.5 2017.5 -90° 2017.5 礦體外部
2015 b-048 312243.5 4320761.2 4368.3 -90° 3438 1,573 2,731 1,158 0.42 486
SPS 2015 b-049 311446.2 4321445.9 4358.4 -90° 3635 1,588 2,926 1,338 0.22 294
SPS 2015 b-050 312341.5 4321073.8 4366.0 -90° 3838 2,429 2,951 522 0.36 188
2016 b-051 311798.2 4321411.0 4366.4 -90° 3878 2,191 3,675 1,484 0.26 386
SPS 2016 b-052 311881.7 4321613.0 4360.3 -90° 3468 2,081 2,748 667 0.14 93
2023 b-053A 310778.0 4321510.0 4351.0 -60° 210 3503 預付款項及其他應收款 3,138 926 0.31 287
SPS 2023 b-054 310406.0 4321602.0 4364.0 -70° 205 3458 2,311 3359 1,048 0.26 272
SPS 2024 b-055 309644.0 4321234.0 4350.0 -60° 180 3435 礦化腳印之外
SPS 2024 b-056A 311175.0 4321411.0 4350.0 -65° 190 Northing 1,237 3,613 2,376 0.40 950

Table 2. Significant Drill Hole Intercepts B-055 and B-056A

Azimuth

Drill Hole Northing
(UTM NAD 27)
Easting
(UTM NAD 27)
Elevation (ft) Inclination Azimuth From feet To feet Interval
feet
%
TCu
Mineralization Type
B-055 309644.0 4321234.0 4350.0 -60° 180 1,466.0 1,481.0 15 0.19 Vein-hosted
1,693.0 1,697.0 4 0.82 Vein-hosted
2,628.0 2,636.0 8 0.81 Vein-hosted
3,272.0 3,288.0 16 0.29 Vein-hosted
B-056A 311175.0 4321411.0 4350.0 -65° 190 1,237.0 3,613.0 2376 0.40
includes 1,740.0 1,870.0 130 0.65 Vein-hosted
and 2,054.5 2,098.0 43.5 0.72 Vein-hosted
and 2,218.5 2,356.5 138 0.62 Disseminations
and 2,778.5 2,825.0 46.5 0.68 Endoskarn
and 3,163.0 3,260.0 97 0.60 Vein-hosted
and 3,418.0 3,470.0 52 0.68 Vein-hosted
and 3,603.5 3613 TD 9.5 0.94 Disseminations
鑽孔 北緯
Interval
東經
%
TCu 傾角 方位角(度) 309644.0 4321234.0 區間
-60°
%
1,466.0
1,481.0
15 0.19 脈狀礦牀 1,693.0 -60° 180 0.82 1,481.0 15 0.19 8
1,693.0 Vein-hosted 4 0.82 16
0.29 脈狀 8 0.81 4321411.0
4350.0 -65° 16 0.29 3,613.0
2376 0.40 includes 1,740.0 -65° 190 1237.0 脈狀賦存 and 0.40
包括 43.5 0.72 130 12,666 2,218.5
138 2,098.0 43.5 0.72 2,778.5
46.5 2,356.5 138 0.62 3,163.0
97 0.60 46.5 0.68 3,418.0
52 0.68 97 0.60 3,603.5
9.5 0.94 52 0.68
9.5 0.94

譯文內容由第三人軟體翻譯。


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