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Fathom Announces Mal Lake Nickel-Copper-Cobalt Mineralization - Further Evidence of "Blue Sky" Potential at Company's Gochager Lake Property

Fathom Announces Mal Lake Nickel-Copper-Cobalt Mineralization - Further Evidence of "Blue Sky" Potential at Company's Gochager Lake Property

Fathom宣佈Mal Lake鎳銅鈷礦化物-進一步證明公司Gochager Lake物業的“藍天”潛力。
newsfile ·  07/11 19:45

Calgary, Alberta--(Newsfile Corp. - July 11, 2024) - Fathom Nickel Inc. (CSE: FNI) (FSE: 6Q5) (OTCQB: FNICF) (the "Company" or "Fathom") is pleased to announce results of the recently completed core review of the historic Mal Lake Nickel occurrence. Historic Mal Lake drill core is available through the Saskatchewan Ministry of Energy and Resources' Precambrian Geological Laboratory in La Ronge, SK. The Mal Lake nickel occurrence falls within the Company's 22,000+ ha Gochager Lake Property.

艾伯塔省卡爾加里--(Newsfile Corp.,2024年7月11日)——Fathom Nickel Inc.(CSE:FNI)(FSE:6Q5)(場外交易代碼:FNICF)(“公司” 或 “Fathom”)欣然宣佈最近完成的對歷史性馬爾湖鎳礦事件的核心審查結果。位於堪薩斯州拉龍日的薩斯喀徹溫省能源和資源部前寒武紀地質實驗室提供了歷史悠久的馬爾湖鑽芯。馬爾湖的鎳礦產量屬於該公司佔地超過22,000公頃的戈查格爾湖地產。

Highlights of the exercise and interpretation of the results are as follows:

本次演習的重點和結果解釋如下:

  • pXRF*** detected cobalt values up to 2,984 ppm (0.29% Co) associated within nickel-copper mineralization in historic drillhole JC-Mal-6 drilled in 1967.
    • Note that cobalt was not assayed for at the time of the 1967 drilling.
    • There has been no drilling and no exploration at the Mal Lake Nickel occurrence [Saskatchewan Mineral Deposit Index ("SMD") I#0836] since 1967.
  • pXRF detected several significant zones of nickel (>10,000ppm)-copper-cobalt (>1,000ppm) mineralization in historic Mal Lake drill core that was not previously split for assay.
  • Ni/S, Ni/Cu and Ni/Co ratio plots using the Mal Lake pXRF data fall on and within the same array(s) as Gochager Lake assay data, suggesting:
    • Mal Lake has similar nickel tenor.
    • Mal Lake has similar nickel to copper ratio.
    • Very similar Ni/Co ratio of Mal Lake and similar host rock to Gochager Lake is suggestive of two very similar mineralized, mafic intrusions (gabbro) sharing a similar magma type and could very well be part of one original magma conduit system.
  • Note: Mal Lake is located ~10km southeast of the Gochager Lake deposit (Figure 2).
  • pxRF*** 在 1967 年鑽探的歷史鑽孔 JC-Mal-6 中檢測到與鎳銅礦化相關的鈷值高達 2,984 ppm(0.29% Co)。
    • 請注意,在1967年鑽探時未對鈷進行檢測。
    • 自1967年以來,沒有在馬爾湖鎳礦區 [薩斯喀徹溫省礦牀指數(“SMD”)I #0836] 進行過鑽探和勘探。
  • 便攜式XRF在歷史悠久的馬爾湖鑽芯中發現了幾個重要的鎳(>10,000ppm)-銅鈷(>1,000ppm)礦化區域,這些區域以前沒有拆分進行化驗。
  • 使用 Mal Lake pXRF 數據繪製的 Ni/S、Ni/Cu 和 Ni/Co 比率圖與 Gochager Lake 分析數據位於同一陣列中,這表明:
    • Mal Lake 也有類似的鎳色男高音。
    • Mal Lake 的鎳銅比率相似。
    • 馬爾湖和類似的主巖與戈查格爾湖的鎳鈷比率非常相似,這表明兩個非常相似的礦化鎂鐵質侵入體(輝長岩)共享相似的岩漿類型,很可能是原始岩漿管道系統的一部分。
  • 注意:馬爾湖位於戈查格爾湖礦牀東南約10公里處(圖2)。

Ian Fraser, CEO and VP Exploration stated, "Our recent review of available Mal Lake drill core is another example of Fathom's diligent exploration process. We knew there was nickel 10km southeast of the Gochager Lake deposit, but was it similar to, and of the same origin as the Gochager Lake nickel mineralization? We now have data suggesting the answer is Yes. This is a very significant development for several reasons. Firstly, there is tremendous exploration potential at Mal Lake. Mal Lake is a drill ready/BHEM target that we intend to drill during the next winter program. Secondly, how many more Gochager Lake, Mal Lake-like mineralized, mafic intrusions (gabbro) exist within the Gochager Lake property? Gochager and Mal Lake are 10km apart from one another but appear to have a common magmatic source. Nickel deposits tend to occur as multiple intrusions along structures. We think, based on our interpretation of the 2008 VTEM data set (MAG), that Gochager is one of several intrusions occurring along a controlling structure/conduit. We now have early indications that Mal Lake is emanating from the same magmatic source. This Mal Lake exercise has really opened our eyes to the regional blue-sky potential of this vastly under explored property. As we continue to expand the historic Gochager Lake deposit, we also look forward to exploring for and finding additional Gochager Lake/Mal Lake-like mineralized, gabbroic intrusives."

首席執行官兼勘探副總裁伊恩·弗雷澤表示:“我們最近對馬爾湖現有鑽芯的審查是Fathom勤奮勘探過程的又一個例子。我們知道戈查格爾湖礦牀東南 10 公里處有鎳,但它與戈查格爾湖的鎳礦化區相似且來源相同嗎?我們現在有數據表明答案是肯定的。這是一個非常重要的進展,原因有很多。首先,馬爾湖有巨大的勘探潛力。Mal Lake是鑽探準備就緒/BHEM的目標,我們打算在下一個冬季計劃中進行鑽探。其次,戈查格爾湖地產中還有多少像馬爾湖一樣的戈查格爾湖礦化鎂鐵質入侵物(輝長岩)?戈查格爾和馬爾湖相隔10千米,但似乎有共同的岩漿來源。鎳沉積物往往以建築物多次入侵的形式出現。根據我們對2008 vTem數據集(MAG)的解釋,我們認爲Gochager是控制結構/管道上發生的幾起入侵事件之一。我們現在有早期跡象表明馬爾湖來自同一個岩漿來源。這次馬爾湖演習確實讓我們大開眼界,看到了這座遠未開發的物業的區域藍天潛力。隨着我們繼續擴建歷史悠久的戈查格爾湖礦牀,我們也期待着探索和發現更多類似戈查格爾湖/馬爾湖的礦化輝長岩侵入物。”

Table 1 illustrates assay values from two separate 1967 drill programs at Mal Lake. These drill results were obtained from the Saskatchewan Mineral Assessment Database ("SMAD"). For comparative purposes, and to illustrate the Mal Lake and Gochager Lake similar Ni/Cu ratio, four assay intervals from Fathom 2023 and 2024 drilling are included in Table 1. Refer to the QA/QC statement that suggests caution needs to be taken with the pXRF Co values and all pXRF values obtained from the 1967 drill core. The Mal Lake occurrence (SMID#0836) is described as a quartz diorite to gabbro plug intruding the surrounding metasedimentary rocks. Surface electromagnetic surveys detected conductivity in the area which led to 1967 diamond drilling that encountered quartz diorite to gabbro hosted sulphide bands consisting of pyrrhotite and chalcopyrite mineralization. Figure 3 is a historic geology, drillhole plan map of the Mal Lake area.

表 1 說明了 1967 年在馬爾湖進行的兩個獨立鑽探計劃的化驗值。這些鑽探結果來自薩斯喀徹溫省礦產評估數據庫(“SMAD”)。爲了比較起見,爲了說明馬爾湖和戈查格爾湖相似的鎳/銅比率,表1中包含了Fathom 2023年和2024年鑽探的四個測定間隔。請參閱質量保證/質量控制聲明,該聲明表明需要謹慎對待 pxRF Co 值以及從 1967 年鑽芯中獲得的所有 pXRF 值。馬爾湖礦牀 (SMID #0836) 被描述爲一種石英閃長巖,其輝長岩會侵入周圍的超沉積岩。地表電磁調查發現了該地區的電導率,這導致了1967年的鑽石鑽探,該鑽探遇到了石英閃長巖到輝長岩承載的硫化物帶,這些硫化物帶由鐵礦和黃銅礦礦化組成。圖 3 是馬爾湖地區的歷史地質和鑽孔平面圖。

Table 1 - Historic (1967) Mal Lake Assays With 2024 pXRF Cobalt Values

表 1-採用 2024 年 pXRF 鈷值的歷史(1967 年)Mal Lake 檢測

Hole_Id From (m)* To (m) Length (m)** Wt% Ni Wt% Cu Co pXRF (ppm)***
JCM-3 36.94 44.84 7.90 1.12 0.24 134 - 907
Including 40.84 44.84 4.00 1.48 0.20 751
JCM-6 24.99 29.11 4.12 0.69 0.16 79 - 2984
JCM-6 45.75 52.61 6.86 0.91 0.27 268 - 691
Including 50.29 52.61 2.32 1.42 0.15 NS
JCM-8 29.11 43.19 14.08 0.78 0.21 59 - 1480
Including 38.98 43.19 4.21 1.58 0.30 524 - 1480
M-2 51.21 55.02 3.81 1.17 0.36 165 - 1101
Including 51.21 54.25 3.04 1.41 0.35 165 - 1101
M-4 12.80 17.83 5.03 0.36 - 130 - 758
GL23003 124.45 182.65 18.10 1.49 0.38 0.11
GL23009 366.77 370.02 3.25 1.35 0.36 0.12
GL24012 417.91 422.23 4.23 1.15 0.16 0.09
GL24016 181.69 189.44 7.75 1.36 0.39 0.11
Hole_Id 來自 (m) * 到 (m) 長度 (m) ** 重量%鎳 重量% 銅 Co pXRF (ppm) ***
JCM-3 36.94 44.84 7.90 1.12 0.24 134-907
包括 40.84 44.84 4.00 1.48 0.20 751
JCM-6 24.99 29.11 4.12 0.69 0.16 79-2984
JCM-6 45.75 52.61 6.86 0.91 0.27 268-691
包括 50.29 52.61 2.32 1.42 0.15 NS
JCM-8 29.11 43.19 14.08 0.78 0.21 59-1480
包括 38.98 43.19 4.21 1.58 0.30 524-1480
m-2 51.21 55.02 3.81 1.17 0.36 165-1101
包括 51.21 54.25 3.04 1.41 0.35 165-1101
m-4 12.80 17.83 5.03 0.36 - 130-758
GL23003 124.45 182.65 18.10 1.49 0.38 0.11
GL23009 366.77 370.02 3.25 1.35 0.36 0.12
GL24012 417.91 422.23 4.23 1.15 0.16 0.09
GL24016 181.69 189.44 7.75 1.36 0.39 0.11

* Original assay intervals are in feet. Fathom has converted feet to meters
** Length is drillhole thickness and not true thickness. Insufficient data to determine true thickness
*** Co (ppm) is the range of Co spot values collected through the sample interval. Refer to QA/QC statement

* 原始檢測間隔以英尺爲單位。Fathom 已將英尺轉換爲米
** 長度是鑽孔厚度,不是真實厚度。數據不足,無法確定真實厚度
*** Co (ppm) 是通過採樣間隔收集的 Co 現貨值的範圍。請參閱 QA/QC 聲明

Figure 1 - Mal Lake Drillhole JCM-8 @ 138 feet (42.06m) split core, mineralized quartz diorite; pXRF scan @ 138.75 feet (42.29m): 21,146ppm Ni, 1,322ppm Cu, 1,480ppm Co; Note historic assay interval 38.98-43.19m in Table 1

圖 1-Mal Lake Drillhole JCM-8 @ 138 英尺(42.06 米)裂芯,礦化石英閃長巖;pXRF 掃描 @ 138.75 英尺(42.29m):21,146ppm 鎳、1,322ppm 銅、1,480ppm Co;請注意表 1 中的歷史分析間隔 3898-4319萬

A two-person Fathom crew reviewed, scanned available drill core with pXRF, Mag Susceptibility meter, took conductivity measurements, and photographed the drill core. Most of the Mal Lake drill core has been reduced to representative samples of a drillhole and is not complete/continuous original drill core (the entire drillhole) record. Fathom was reluctant to take samples for individual assays due to the now limited drillhole record. Nonetheless, a comprehensive database was collected and has provided significant data towards our understanding of the geology and metallogenesis of the Mal Lake occurrence and its relationship to the Gochager Lake deposit.

由兩人組成的Fathom工作人員對可用的鑽芯進行了審查,使用便攜式XRF掃描了可用的鑽芯,磁阻率計,進行了電導率測量,並對鑽芯進行了拍照。Mal Lake的大部分鑽芯已被簡化爲鑽孔的代表性樣本,並且不是完整/連續的原始鑽芯(整個鑽孔)記錄。由於現在的鑽孔記錄有限,Fathom不願採集樣本進行個人化驗。儘管如此,還是收集了一個全面的數據庫,爲我們了解馬爾湖礦牀的地質和成礦及其與戈查格爾湖礦牀的關係提供了重要數據。

Figure 2 - Gochager Lake Property Map

圖 2-Gochager Lake 房地產地圖

Figure 3 - Mal Lake Historic Geology Drillhole Plan Map

圖 3-馬爾湖歷史地質鑽孔平面圖

***Quality Assurance / Quality Control (QA/QC) Disclosure Statement

***質量保證/質量控制 (QA/QC) 披露聲明

As part of its ongoing exploration activities, Fathom is utilizing a portable Vanta XRF Analyzer ("pXRF") to provide real-time lithogeochemical multi-element data on drill cores from current drillholes and on all available historical drill cores drilled by previous operators of the Albert Lake and Gochager Lake properties. The Vanta XRF Analyzer is a hand-held device that, during normal operation and Company protocol, is positioned on drill core every 0.5 meter through the length of a drillhole. The tool is held in position for a total 120 seconds - beam 1 (30 seconds), beam 2 (60 seconds) and beam 3 (30 seconds) to allow for an effective reading of elements occurring at that specific point, and at that specific surface of the drill core. All elements detected at that specific point; nickel, copper and cobalt plus key pathfinder elements, chrome and magnesium, are recorded. The reader is cautioned that pXRF data should be treated only as an indication of elements, as the accuracy of the beam position on a particular element is variable. All pXRF data is point data and the data collected at that point may not be representative of all the pXRF detectable elements occurring over an extended interval. pXRF nickel, copper and cobalt values from historic Mal Lake drill cores were derived from Mal Lake drill cores available to the public through the Saskatchewan Ministry of Energy and Resources Precambrian Geological Laboratory in La Ronge, SK.

作爲其正在進行的勘探活動的一部分,Fathom正在使用便攜式Vanta XRF分析儀(“pXRF”)提供有關當前鑽孔鑽芯以及艾伯特湖和戈查格爾湖地產前運營商鑽探的所有可用歷史鑽芯的實時岩心地球化學多元素數據。Vanta XRF分析儀是一款手持設備,在正常操作和公司協議中,每隔0.5米穿過鑽孔長度就會放置在鑽芯上。刀具在原位總共保持 120 秒——光束 1(30 秒)、光束 2(60 秒)和光束 3(30 秒),這樣可以有效地讀取發生在該特定點和鑽芯特定表面的元素。在該特定點檢測到的所有元素:鎳、銅和鈷以及重要的探路者元素,鉻和鎂,都被記錄在案。提醒讀者,pXRF數據只能被視爲 指示 元素的,因爲特定元素上光束位置的精度是可變的。所有pXRF數據均爲點數據,當時收集的數據可能無法代表長時間內出現的所有便攜式XRF可探測元素。pXRF來自歷史悠久的馬爾湖鑽芯的鎳、銅和鈷值來自位於堪薩斯州拉龍日的薩斯喀徹溫省能源和資源部前寒武紀地質實驗室向公衆提供的馬爾湖鑽芯。

As with drill core sampling a rigid QA/QC process is in place for the collection and analysing of pXRF data. Internal QA/QC protocols were also implemented to ensure that real-time pXRF geochemical data collected on site was of high quality and reliable. Spot scans of SiO2 blank and certified reference material were conducted every 25 scans, alternating the blank and standards every 50th scan. pXRF data collected on QA/QC material was periodically plotted in graphical form to check for data entry errors and instrument drift.

與鑽芯採樣一樣,採用嚴格的質量保證/質量控制流程來收集和分析 pXRF 數據。還實施了內部質量保證/質量控制協議,以確保在現場收集的實時 pXRF 地球化學數據具有高質量和可靠性。每25次掃描對SiO2空白和經認證的參考材料進行一次點掃描,每50次掃描交替掃描空白和標準材料。在質量保證/質量控制材料上收集的pXRF數據定期以圖形形式繪製,以檢查數據輸入錯誤和儀器偏差。

Qualified Person and Data Verification

合格人員和數據驗證

Ian Fraser, P.Geo., CEO, VP Exploration and a Director of the Company and the "qualified person" as such term is defined by National Instrument 43-101, has verified the data disclosed in this news release, and has otherwise reviewed and approved the technical information in this news release on behalf of the Company.

P.Geo.,首席執行官、勘探副總裁兼公司董事Ian Fraser,以及National Instrument 43-101定義的 “合格人員”,已經驗證了本新聞稿中披露的數據,並以其他方式代表公司審查和批准了本新聞稿中的技術信息。

About Fathom Nickel Inc.

關於 Fathom Nickel Inc.

Fathom is an exploration company that is targeting magmatic nickel sulphide discoveries to support the rapidly growing global electric vehicle market and to secure the supply of North American Critical Minerals.

Fathom是一家勘探公司,其目標是岩漿硫化鎳的發現,以支持快速增長的全球電動汽車市場並確保北美關鍵礦物的供應。

The Company now has a portfolio of three high-quality exploration projects located in the prolific Trans Hudson Corridor in Saskatchewan: 1) the Albert Lake Project, a 90,000+ hectare project that was host to the historic and past producing Rottenstone Mine1 (produced 28,724 tons @3.3% Ni, 1.8% Cu, 9.63 g/t 3E (Pd-Pt+Au) 1965-1969), and 2) the 22,000+ hectare Gochager Lake Project that is host to a historic, NI43-101 non-compliant open pit resource consisting of 4.3M tons at 0.295% Ni and 0.081% Cu2, and 3) the 10,000+ hectare Friesen Lake Project located 40km southwest of the historic Rottenstone Mine and 30km northwest of the historic Gochager Lake deposit.

該公司現在擁有三個高質量的勘探項目,位於薩斯喀徹溫省多產的跨哈德遜走廊:1) 艾伯特湖項目,這是一個佔地超過9萬公頃的項目,曾是歷史和過去生產的羅滕斯通礦1(產量爲28,724噸 @3 .3%,銅 1.8%,9.63 g/t 3E(Pd-Pt+Au)1965-1969),2) 22,724 噸 .3% 的銅,9.63 g/t 3E (Pd-Pt+Au) 1965-1969) Gochager Lake 項目佔地超過 000 公頃,是一個歷史性的、不符合 NI43-101 標準的露天資源,包括 43 萬噸,鎳含量爲 0.295%,二氧化硫含量爲 0.081%,以及 3) 位於 40 公里處的 10,000 多公頃的弗裏森湖項目位於歷史悠久的羅滕斯通礦的西南部,歷史悠久的戈查格爾湖礦牀西北30公里處。

1 - The Saskatchewan Mineral Deposit Index (SMDI #0958) reports the production grades noted above from a small open pit. Fathom cannot confirm the production numbers nor a historic resource estimate that may have been in place ahead of production. The historic pit exists, and the Company trusts the production, as noted in SMDI #0958, to be accurate. The Company has performed test assaying of Rottenstone-type mineralization and results are consistent with production grades.

1-薩斯喀徹溫省礦牀指數(SMDI #0958)報告了上述小型露天礦的產量等級。Fathom無法確認產量或生產前可能已經得出的歷史資源估算。歷史礦坑是存在的,正如SMDI #0958 所述,公司相信產量是準確的。該公司已對爛石型礦化進行了測試分析,結果與生產等級一致。

2 - The Saskatchewan Mineral Deposit Index (SMDI #0880) reports drill indicated reserves at the historic Gochager Lake Deposit of 4,262,400 tons grading 0.295% Ni and 0.081% Cu mineable by open pit. Fathom cannot confirm the resource estimate, nor the parameters and methods used to prepare the reserve estimate. The estimate is not considered NI43-101 compliant and further work is required to verify this historical drill indicated reserve.

2-薩斯喀徹溫省礦牀指數(SMDI #0880)報告稱,歷史悠久的戈查格爾湖礦牀的鑽探表明儲量爲4,262,400噸,鎳品位爲0.295%,銅含量爲0.081%,可通過露天開採。Fathom無法確認資源估算,也無法確認用於準備儲量估算的參數和方法。該估計值不符合 NI43-101 標準,需要進一步工作來驗證歷史鑽探表明的儲量。

ON BEHALF OF THE BOARD

代表董事會

Ian Fraser, CEO & Vice President Exploration
1-403-650-9760
Email: ifraser@fathomnickel.com

Ian Fraser,首席執行官兼勘探副總裁
1-403-650-9760
電子郵件:ifraser@fathomnickel.com

or

要麼

Matthew Mickleborough, Investor Relations
1-306-531-3644
Email: mmickleborough@fathomnickel.com

投資者關係部馬修·米克爾伯勒
1-306-531-3644
電子郵件:mmickleborough@fathomnickel.com

Forward Looking Statements:

前瞻性陳述:

This news release contains "forward-looking statements" that are based on expectations, estimates, projections and interpretations as at the date of this news release. Forward-looking statements are frequently characterized by words such as "plan", "expect", "project", "seek", "intend", "believe", "anticipate", "estimate", "suggest", "indicate" and other similar words or statements that certain events or conditions "may" or "will" occur, and include, without limitation, statements regarding payment of terms under the Option Agreement, permitting for the Property, receipt of an exploration permit, timing of the exploration program on the Property and the Company achieving the earn-in thresholds under the Option Agreement. Forward-looking statements relate to information that is based on assumptions of management, forecasts of future results, and estimates of amounts not yet determinable. Any statements that express predictions, expectations, beliefs, plans, projections, objectives, assumptions or future events or performance are not statements of historical fact and may be "forward-looking statements." Forward-looking statements are subject to a variety of risks and uncertainties which could cause actual events or results to differ from those reflected in the forward-looking statements, including, without limitation: risks related to failure to obtain adequate financing on a timely basis and on acceptable terms; risks related to the outcome of legal proceedings; political and regulatory risks associated with mining and exploration; risks related to the maintenance of stock exchange listings; risks related to environmental regulation and liability; the potential for delays in exploration or development activities or the completion of feasibility studies; the uncertainty of profitability; risks and uncertainties relating to the interpretation of drill results, the geology, grade and continuity of mineral deposits; risks related to the inherent uncertainty of production and cost estimates and the potential for unexpected costs and expenses; results of prefeasibility and feasibility studies, and the possibility that future exploration, development or mining results will not be consistent with the Company's expectations; risks related to commodity price fluctuations; and other risks and uncertainties related to the Company's prospects, properties and business detailed elsewhere in the Company's disclosure record. Such forward looking statements involve known and unknown risks, uncertainties and other factors which may cause the actual results, performance or achievements of the Company to be materially different from any future results, performance or achievements expressed or implied by such forward-looking statements. These forward-looking statements are made as of the date hereof and the Company does not assume any obligation to update or revise them to reflect new events or circumstances except in accordance with applicable securities laws. Actual events or results could differ materially from the Company's expectations or projections.

本新聞稿包含 “前瞻性陳述”,這些陳述基於截至本新聞發佈之日的預期、估計、預測和解釋。前瞻性陳述通常以 “計劃”、“期望”、“項目”、“尋求”、“打算”、“相信”、“預測”、“估計”、“建議”、“表明” 等詞語以及其他類似的措辭或陳述來表述 “可能” 或 “將” 發生的某些事件或條件,包括但不限於有關期權協議條款的付款、物業許可、勘探許可證的收據的陳述, 該物業勘探計劃的時機以及公司達到期權協議規定的收益門檻.前瞻性陳述涉及基於管理層假設、未來業績預測和尚未確定的金額估計的信息。任何表達預測、預期、信念、計劃、預測、目標、假設或未來事件或業績的陳述都不是歷史事實陳述,可能是 “前瞻性陳述”。前瞻性陳述受各種風險和不確定性的影響,可能導致實際事件或結果與前瞻性陳述中反映的有所不同,包括但不限於:與未能及時以可接受的條件獲得充足融資相關的風險;與法律訴訟結果相關的風險;與採礦和勘探相關的政治和監管風險;與維持證券交易所上市相關的風險;與環境監管和責任相關的風險;潛在的風險勘探或開發活動延遲或可行性研究的完成;盈利能力的不確定性;與鑽探結果、地質學、礦牀品位和連續性有關的風險和不確定性;與生產和成本估算的固有不確定性以及可能出現意想不到的成本和支出相關的風險;預可行性和可行性研究的結果,以及未來的勘探、開發或採礦結果與公司預期不一致的可能性;與大宗商品價格波動相關的風險;以及公司披露記錄中其他地方詳述的與公司前景、財產和業務相關的其他風險和不確定性。此類前瞻性陳述涉及已知和未知的風險、不確定性和其他因素,這些因素可能導致公司的實際業績、業績或成就與此類前瞻性陳述所表達或暗示的任何未來業績、業績或成就存在重大差異。這些前瞻性陳述自本文發佈之日起作出,除非根據適用的證券法,否則公司不承擔任何更新或修改這些陳述以反映新事件或情況的義務。實際事件或結果可能與公司的預期或預測存在重大差異。

NOT FOR DISTRIBUTION TO UNITED STATES NEWSWIRE SERVICES OR FOR DISSEMINATION IN THE UNITED STATES. ANY FAILURE TO COMPLY WITH THIS RESTRICTION MAY CONSTITUTE A VIOLATION OF U.S. SECURITIES LAWS

不得分發給美國新聞通訊社或在美國傳播。任何不遵守此限制的行爲都可能構成對美國證券法的違反

譯文內容由第三人軟體翻譯。


以上內容僅用作資訊或教育之目的,不構成與富途相關的任何投資建議。富途竭力但無法保證上述全部內容的真實性、準確性和原創性。
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