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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

狮子铜金公司宣布耶林顿熊矿床金刚石钻探结果,B-056A孔遇到了2376英尺的0.40% TCu。
newsfile ·  08/21 11:58

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

包括 130 英尺的 0.65% TcU 和 138 英尺的 0.62% TcU

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).

内华达州耶灵顿--(Newsfile Corp.,2024年8月21日)——Lion Copper and Gold Corp.(TSXV:LEO)(OTCQB:LCGMF)(“Lion CG” 或 “公司”)今天公布了其在内华达州耶灵顿区2024年熊矿床勘探钻探项目的结果。作为继2023年勘探钻探之后的第二阶段钻探(见2023年10月27日,新闻稿),根据公司与力拓合资企业Nuton LLC达成的协议(见2023年12月22日的新闻稿),作为第三阶段勘探资金的早期预付款(见2023年12月22日的新闻稿),获得了150万美元(总额为40万美元)的资金。

Bear Deposit 2024 Drilling Highlights

2024 年熊存款钻探亮点

  • 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
  • B-056a 的金刚石岩心钻孔遇到了 2,376 英尺 0.40% 的总立方英尺,包括 130 英尺 0.65% TCu 和 138 英尺 0.62% TCu 位于传统的 Anaconda 钻孔 b-014 和 b-022 之间的中间钻孔
  • 金刚石岩心钻孔 b-055 位于钻孔 b-054 西南 2,750 英尺处,在已知矿床的远西边缘遇到了微弱的铜矿化作用

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 是一个深的角度钻孔,位于传统的 Anaconda 钻探定义的铜品位上升的西北趋势上。b-055钻孔与最近于2023年底完成的IP调查中发现的强烈诱导极化(IP)异常相吻合。b-056a从1,237英尺的深度返回了超过237英尺的0.40%TCu的大量钻探截距,最后两个间隔为1.150 TCu%和0.904 TCu%。图 1 显示了 Bear 钻孔的位置,图 2 显示了穿过钻孔 B-056a 的横截面。

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."

Lion CG首席执行官史蒂芬·迪施勒表示:“我们最近在B-056a的钻探中遇到的厚厚铜矿化间隔凸显了熊矿床的巨大规模和潜力。整个Bear斑岩系统中铜矿化的广泛截获令人鼓舞,并继续支持我们的基本观点,即持续的系统勘探有可能开辟大量新的高品位铜矿化区域,并进一步扩大和升级矿床的占地面积。”

Bear Deposit 2024 Drilling Details

2024 年熊存款钻探详情

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.

两个金刚石岩心钻孔——亿.055和B-056a的角度钻孔分别钻到3,435英尺和3,613英尺的深度。继2023年钻探之后,完成了IP/电阻率调查,确定了该公司和Anaconda档案中已知的熊矿区最强的IP异常。b-055钻探在已知矿化的远西边缘,被指示与这种非常坚固且厚的40至+55毫弧度的IP异常相交(见图3)。b-055 在厚的2,500毫米内切割了几个狭窄的弱铜矿化区域从 1,105 英尺的深度截距 330 英尺的硫化物矿化尽管 2% 的硫化物低于 IP 异常的预测,但钻探截获的硫化物矿化与 IP 异常相吻合。IP异常的来源尚未通过钻探得到证实;但是,这可能代表Bear矿床的高黄铁矿上限,仍有待未来勘探考虑。

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的钻探是为了测试先前由Anaconda遗留钻孔和SPS 2023钻孔确定的西北矿化趋势沿线的宽间距钻探间隙。b-056a从1,237英尺的深度返回了超过2376英尺的0.40%TCu的大量钻探截距。B-056a的最后两个间隔以1.150 TCU%和0.904TCU%的成绩结束。由于高品位铜的钻孔倒塌,b-056钻孔在深处被废弃。共有 16 个采样间隔报告的值介于 1.01 到 2.09 TCU% 之间。四个钻探间隔,总长度为 23.5 英尺,在这些高级间隔附近没有采集到任何样品。

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 是迄今为止在 Bear 制造的第二好的等级厚度截距,它证明了矿化的强度和规模(表 1 和表 2)。石英-黄铜矿脉是硫化物矿化的主要形式,石英矿脉百分比从 1% 到 5% 不等。在这些区域内,钾蚀变占主导地位,其定义是丰富的次生黑云母和较少的钾长石泛洪。脉络通常向东北偏北倾斜40-50°,与石英蒙脱石斑岩堤坝密切相关,根据定向岩心测量结果,石英蒙脱石斑岩也具有典型的东北倾角为40-50°。大品位厚度截距、钾盐变化和石英脉纹百分比的存在被解释为表明 b-056a 可能出现在矿床核心附近。图 2 显示了 B-056a 与先前在南北第 1 段钻探相关的结果。

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.

鉴于已知矿化的足迹异常大,在厚矿化区内有多个1-2%的TCu间隔,以及目前间隔为500至1,000英尺的宽间隔钻探,Bear矿床的矿化规模和强度完全可以进一步勘探。在B-220亿.056a和b-006以及最高等级厚度值所在的中心区域,在西北偏西北方向已确定的走向以及石英蒙长石斑岩堤的上倾和向下倾的勘探钻探测试都非常引人注目。

Background of the Bear Deposit

熊市存款的背景

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矿床是一个大型且部分界定的斑岩铜勘探目标,主要位于内华达州里昂县Anaconda前耶灵顿露天矿以北约3英里处、麦克阿瑟露天矿东南2.6英里处的私人土地上。熊矿床以前由20世纪最大的铜矿开采公司之一Anaconda铜矿公司(“Anaconda”)和菲尔普斯·道奇公司(“菲尔普斯·道奇”,现为弗里波特-麦克莫兰金)共同持有。Lion CG通过其全资子公司Singatse Peak Services, LLC(“SPS”)是第一家通过私人土地期权协议整合该物业的公司,并控制了熊矿床约2330英亩的土地状况。

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.

熊矿床由Anaconda于1961年首次发现,其钻探开发历史悠久,包括Anaconda(1961-1967)、菲尔普斯·道奇(1969-1973)以及由内华达自由港有限责任公司资助的SPS项目(2015-2016年)。Anaconda、Phelps Dodge和SPS的钻探均是铜矿化的交叉带,厚度从490英尺到2843英尺不等(表1)。2023 年,SPS Angle 沿着 Anaconda 传统钻孔先前确定的矿化趋势向西北钻探了 b-053a 和 b-054(图 1)。有关熊矿钻探背景的更多详情,请参阅2023年10月27日的新闻稿。

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.

熊矿床的区域地质环境与耶灵顿地区其他侏罗纪时代斑岩式铜矿床相似,包括耶灵顿矿、麦克阿瑟和梅森矿床。从1951年到1978年,耶灵顿矿由Anaconda运营,开采了1744,237,000磅的铜。

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.

熊矿床的足迹向西北-东南方向延伸 2.5 英里(4 千米),向东北-西南方向延伸 1.7 英里(2.7 千米)(图 1)。Bear 的矿化隐藏在大约 200 至 1,200 英尺的后矿冲积层和第三纪火山覆盖层下。

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.

倾斜钻孔B-053a亿.054和b-056a的结果表明了矿化区的结构控制和方向。如横截面所示,石英蒙脱石斑岩和相关的矿化作用大致从东向西向东南偏移,向北倾斜,如横截面所示(图 2)。熊岩的矿化作用被解释为包括与石英闪长岩侵入花岗闪长岩相关的第一脉冲,其特征是沿着花岗闪长岩和较年轻的石英蒙长岩等较旧的主体岩石接触处的钙硅酸盐蚀变。第二轮矿化脉冲为例,石英蒙脱石斑岩堤坝侵入石英蒙佐岩,在斑岩堤防及其边缘的区域中形成矿化矿脉。主要的硫化铜矿物是黄铜矿,较少的硼石通常存在于静脉内并以散布的形式出现。原生硫化物矿化区域在多个方向上保持开放状态,钻探不会封闭矿化极限。Bear矿床尚未发现任何氧化物矿化或超基因富集区。

Quality Assurance & Control

质量保证与控制

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.

所有样本均由内华达州埃尔科的Alford Drilling, LLC(与该公司董事托尼·奥尔福德无关)通过钻石岩芯钻探采集。公司人员在耶灵顿地产现场锯切了核心样本。所有样本均由亚利桑那州图森市的Skyline Asayers & Laboratories(“Skyline”)采集,然后转移到样本进行粉碎、分裂和粉碎样品制备。使用多酸消解和ICP OES/ICP-MS表面处理(Skyline的TE-5方法)完成了多元素(47次)分析。作为质量控制措施,公司每隔50英尺插入商业制备的认证参考材料和空白,以确保结果的精确性。该公司还应用了监管链计划,以确认样本收集、运输和储存的各个阶段的样本安全。

About Lion CG

关于 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. 是一家总部位于加拿大的公司,通过与力拓合资企业Nuton签订的期权盈利协议,推进其在内华达州耶灵顿的旗舰铜资产。

About Nuton

关于 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是一家创新企业,旨在帮助发展力拓的铜业务。Nuton 的核心是铜浸出相关专有技术和能力的产品组合——这是近30年研发的产物。Nuton 有可能通过浸出经济地从初级硫化物资源中释放铜,实现市场领先的回收率,促进含铜废物和尾矿的铜产量增加,并提高氧化物和过渡材料的铜回收率。Nuton 的关键差异化因素之一是有可能生产世界上影响最低的铜,同时在我们的每个部署地点至少产生一次净正面影响,涵盖我们的五大支柱:水、能源、土地、材料和社会。

On behalf of the Board of Directors,

我代表董事会,

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

史蒂芬·迪施勒,PE
首席执行官
狮子铜金公司

For more information please contact:

欲了解更多信息,请联系:

Email: info@lioncg.com
Website:

电子邮件:info@lioncg.com
网站:

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.

多伦多证券交易所风险投资交易所及其监管服务提供商(该术语在多伦多证券交易所风险交易所的政策中定义)均不对本新闻稿的充分性或准确性承担责任。

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.

本新闻稿中的技术信息已经过QP MMSA、Lion Copper and Gold Corp联席董事长和NI 43-101中定义的合格人员C. Travis Naugle的审查和批准。

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.

根据适用的证券法,本新闻稿中的某些信息构成前瞻性陈述。本新闻稿中包含的任何非历史事实陈述的陈述均可被视为前瞻性陈述。前瞻性陈述通常使用 “可能”、“期望” 等术语或这些术语的否定词和类似表述来识别。本新闻稿中的前瞻性陈述包括但不限于有关未来勘探活动和预期结果的陈述。前瞻性陈述必然涉及已知和未知的风险,包括但不限于与勘探活动相关的风险;总体经济状况;不利的行业事件;营销成本;市场损失;未来的立法和监管发展;无法从内部和外部来源获得足够的资本,和/或无法以优惠条件获得足够的资本;Lion CG实施其业务战略的能力;竞争;货币和利率波动以及其他风险。


Figure 1. Bear Plan Map Drill Hole Summary


图 1。Bear Plan Map 钻孔摘要


Figure 2. North-South Geologic Section Looking West


图 2。向西看的南北地质剖面


Figure 3. North-South IP Section Looking West


图 3.南北知识产权分部向西看

Table 1. Bear Deposit Drill Hole Intercepts

表 1。熊矿钻孔截距

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 钻孔 北方(Utm NAD 27) 东部(Utm NAD 27) 海拔 (英尺) 倾角 方位角 总计
深度(英尺)
从英尺开始
英尺
间隔英尺 % TCu 间隔 X %TCu (GXT)
森蚺 1961 b-01 310817.1 4320219.4 4360.1 -90° 2533 896 2,139 1,243 0.19 236
森蚺 1962 b-02 310829.3 4320527.1 4357.3 -90° 2509.6 1,209 2,510 1,301 0.38 494
森蚺 1962 b-03 310824.9 4320393.4 4358.4 -90° 864 太浅了
森蚺 1962 b-04 310641.8 4320201.1 4355.2 -90° 557 太浅了
森蚺 1963 b-05 310659.8 4320533.1 4357.3 -90° 1784.9 1,050 1,235 185 0.32 59
森蚺 1963 B-06a 310835.9 4320682.5 4357.9 -90° 3516.2 1,590 3,288 1,698 0.39 662
森蚺 1963 b-07 309923.9 4320588.8 4359.9 -90° 1982 外部矿化足迹
森蚺 1963 b-08 310546.5 4320932.6 4363.9 -90° 3607.1 1,377 2,650 1,273 0.29 369
森蚺 1963 b-09 309929.9 4320953.4 4353.0 -90° 2149 太浅了
森蚺 1963 b-010 310836.7 4320925.2 4358.3 -90° 3709.3 1,736 3,392 1,656 0.38 629
森蚺 1963 b-011 309949.8 4321404.2 4346.0 -90° 2148 矿化足迹之外/太浅了?
森蚺 1963 b-012 309957.1 4321708.9 4347.4 -90° 1458 矿化足迹之外/太浅了?
森蚺 1963 b-013 310840.3 4321077.6 4358.0 -90° 3680.4 1,929 3,436 1,507 0.42 633
森蚺 1964 b-014 310850.4 4321229.8 4362.7 -90° 3650.4 1,355 3,370 2,015 0.32 645
森蚺 1964 b-015 310065.6 4322067.0 4343.2 -90° 3166 2,163 2458 295 0.28 83
森蚺 1965 b-016 309980.1 4322669.5 4339.9 -90° 2096.7 外部矿化足迹
森蚺 1964 b-017 310988.8 4320921.5 4358.9 -90° 3703.4 1,319 3,703 2,384 0.38 906
森蚺 1965 b-018 310634.5 4319894.3 4382.9 -90° 2015.9 外部矿化足迹
森蚺 1965 b-019 311442.8 4320678.7 4400.0 -90° 3329.3 2,510 3,329 819 0.26 213
森蚺 1965 B-20a 312209.9 4320167.1 4366.5 -90° 2506.6 1,429 2,256 827 0.31 256
森蚺 1966 b-021 311794.0 4320109.1 4412.0 -90° 4019 1,133 3,976 2,843 0.21 597
森蚺 1966 b-022 311447.9 4321210.8 4422.2 -90° 4418.6 1,632 4,012 2,380 0.43 1,023
森蚺 1966 b-023b 312241.2 4320768.7 4365.0 -90° 3059.1 1,597 2,649 1,052 0.50 526
森蚺 1967 b-024 311445.2 4319640.1 4413.2 -90° 4793 2,781 4,211 1,430 0.30 429
森蚺 1967 b-025 311443.7 4321054.5 4449.0 -90° 4340 1,815 3,323 1,508 0.30 452
森蚺 1967 b-027 312830.1 4320876.1 4364.0 -90° 3833.8 外部矿化足迹
森蚺 1967 b-028 312679.0 4319370.6 4371.0 -90° 2840 外部矿化足迹
森蚺 1967 b-029 311558.2 4318945.3 4373.0 -90° 2743.5 937 1,514 577 0.27 156
森蚺 1967 b-030 311878.5 4320958.8 4370.0 -90° 3177.5 没有明显的截距
森蚺 1967 b-031 312395.0 4320864.9 4365.0 -90° 3008 2474 2,964 490 0.55 270
森蚺 1967 b-032 312277.3 4320469.6 4366.0 -90° 2403 1,169 2,403 1,234 0.28 346
森蚺 1961 MH-1 311533.7 4320162.2 4524.1 -90° 1167.1 太浅了
森蚺 1961 我的 2 311403.8 4320418.8 4454.4 -90° 2374 1,802 2,374 572 0.17 97
森蚺 1961 MH-3 311707.5 4320438.1 4510.0 -90° 102 太浅了
菲尔普斯·道奇 1969 L-01 312560.6 4320386.7 4378.1 -90° 3742.2 2,800 3,470 670 0.40 268
菲尔普斯·道奇 1969 L-02 312243.7 4319807.5 4380.6 -90° 2297 1,360 1,900 540 0.42 227
菲尔普斯·道奇 1970 L-03 311997.8 4319561.7 4381.8 -90° 3243.5 1,277 1,893 616 0.18 111
菲尔普斯·道奇 1970 L-04 312495.0 4319796.6 4379.0 -90° 2980 外部矿化足迹
菲尔普斯·道奇 1970 L-05 312997.7 4320266.5 4375.0 -90° 3900 2,900 3,900 1,000 0.40 400
菲尔普斯·道奇 1970 L-06 312511.1 4320660.0 4377.3 -90° 2983 没有明显的截距
菲尔普斯·道奇 1970 L-07 312500.5 4320173.6 4378.6 -90° 3249 外部矿化足迹
菲尔普斯·道奇 1970 L-08 313478.6 4320244.7 4373.4 -90° 3004 1,660 2,290 630 0.40 252
菲尔普斯·道奇 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 外部矿化足迹
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 2748 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 外部矿化足迹
SPS 2024 b-056a 311175.0 4321411.0 4350.0 -65° 190 3613 1,237 3,613 2,376 0.40 950

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

表 2.重要的钻孔截距 b-055 和 b-056a

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
钻孔 北方
(Utm AND 27)
向东
(Utm AND 27)
海拔 (英尺) 倾角 方位角 从英尺开始 到英尺 间隔
英尺
%
TCu
矿化类型
b-055 309644.0 4321234.0 4350.0 -60° 180 1,466.0 1,481.0 15 0.19 Vein 托管
1,693.0 1,697.0 4 0.82 Vein 托管
2,628.0 2,636.0 8 0.81 Vein 托管
3,272.0 3,288.0 16 0.29 Vein 托管
b-056a 311175.0 4321411.0 4350.0 -65° 190 1,237.0 3,613.0 2376 0.40
包括 1,740.0 1,870.0 130 0.65 Vein 托管
2,054.5 2,098.0 43.5 0.72 Vein 托管
2,218.5 2,356.5 138 0.62 传播
2,778.5 2,825.0 46.5 0.68 Endoskarn
3,163.0 3,260.0 97 0.60 Vein 托管
3,418.0 3,470.0 52 0.68 Vein 托管
3,603.5 3613 吨 9.5 0.94 传播
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