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Myriad Uranium's First Ten Boreholes at Copper Mountain Intercept High Grade Mineralisation, Provide Strong Validation of Historic Work

Myriad Uranium's First Ten Boreholes at Copper Mountain Intercept High Grade Mineralisation, Provide Strong Validation of Historic Work

Myriad鈾公司在銅山的前十口礦井中攔截到高品位礦化物,充分驗證了歷史工作的有效性
newsfile ·  10/22 19:30

Vancouver, British Columbia--(Newsfile Corp. - October 22, 2024) - Myriad Uranium Corp. (CSE: M) (OTCQB: MYRUF) (FSE: C3Q) ("Myriad" or the "Company") is pleased to announce the results of equivalent uranium (eU3O8) grades from initial drilling at the Copper Mountain Uranium Project in Wyoming, USA (Figure 1). Spectral gamma ray logging confirms the potential for high-grade uranium mineralisation at the Canning Deposit area and provides strong initial validation of the historic work done by Union Pacific at Canning and across the entire Project area. The eU3O8 values reported here should be considered as preliminary and are subject to verification by chemical assay.

溫哥華,不列顛哥倫比亞--(資訊簡報社-2024年10月22日)- Myriad Uranium Corp. (cse: M) (OTCQB: MYRUF) (Fse: C3Q)("Myriad"或「公司」)很高興地宣佈,位於美國懷俄明州的銅山鈾項目初期鑽探的等效鈾(eU3O8)品位結果(見圖1)。譜伽瑪射線測井證實了卡寧存款區域高品位鈾礦化的潛力,並對聯合太平洋在卡寧和整個項目區域完成的歷史性工作提供了強有力的初步驗證。此處報告的eU3O8數值應被視爲初步結果,並需通過化學分析進行驗證。

Highlights

亮點

  • Results corroborate or exceed what was anticipated from the historic drill data obtained by the Company in relation to the Canning Deposit.

  • Results confirm the potential for high-grade uranium in the northern part of the Canning Deposit, with numerous intervals reporting greater than 1,000 ppm eU3O8 and peak grade in borehole CAN0006 reaching up to 8,060 ppm eU3O8.

  • Highlights of significant intervals from the spectral gamma logging include:

    • CAN0001: 1,924 ppm eU3O8 over 3.28 feet (peak of 2,886 ppm eU3O8 at 160.56 feet)

    • CAN0004: 2,160 ppm eU3O8 over 5.58 feet (peak of 3,751 ppm eU3O8 at 226.81 feet)

    • CAN0005: 1,677 ppm eU3O8 over 18.70 feet (peak of 2,601 ppm eU3O8 at 561.37 feet)

    • CAN0006: 1,744 ppm eU3O8 over 6.89 feet (peak of 2,639 ppm eU3O8 at 136.94 feet)

    • CAN0006: 5,936 ppm eU3O8 over 7.54 feet (peak of 8,060 ppm eU3O8 at 267.48 feet)

    • CAN0006: 2,105 ppm eU3O8 over 20.01 feet (peak of 5,183 ppm eU3O8 at 352.76 feet)

    • CAN0006: 2,417 ppm eU3O8 over 8.20 feet (peak of 5,219 ppm eU3O8 at 444.93 feet)

    • CAN0008: 2,173 ppm eU3O8 over 5.25 feet (peak of 3,346 ppm eU3O8 at 280.93 feet)

    • CAN0008: 1,599 ppm eU3O8 over 14.10 feet (peak of 2,367 ppm eU3O8 at 341.94 feet)

    • CAN0010: 1,614 ppm eU3O8 over 4.59 feet (peak of 2,012 ppm eU3O8 at 272.73 feet)

  • Spectral gamma ray logging results show elevated uranium mineralization (greater than 200 ppm eU3O8) across multiple long intercepts in every hole drilled to-date.

  • The ten holes reported here contain 29 intervals over a minimum of 3 feet that are greater than 500 ppm eU3O8, and 21 intervals greater than 1,000 ppm eU3O8.

  • In addition, across the ten holes reported here, there are 58 intervals over a minimum of 3 feet that are greater than 200 ppm, with 28 greater than 10 feet. If ISR recovery methods prove to be viable over parts of the Project Area, as it has in other parts of Wyoming, these areas could prove highly interesting in addition to the many higher grade intervals encountered.

  • CEO Thomas Lamb commented: "We are very excited about these preliminary results from the initial phase of our maiden drill program at Copper Mountain. They give us high confidence in the historic data we obtained and have been working with. It is too early to say whether the grades and strategy of drilling inclined holes (as opposed to Union Pacific's mostly vertical drilling) will improve on the resources estimated by Union Pacific during the late 1970s, but with these early results we are encouraged by the large potential of the Canning Deposit and the broader potential of the Copper Mountain Project Area and therefore our potential to deliver long-term value to our shareholders."

  • Jim Davis, General Manager of Union Pacific's exploration at Copper Mountain during the late 1970s and current Technical Advisor to Myriad, commented: "I have had the opportunity to review the early drill and logging results. It appears you are well on your way to confirming the substantial historical resource that Union Pacific (Rocky Mountain Energy) blocked out before. Nice going!"

  • George van der Walt, Myriad's Principal Geologist and Technical Advisor, commented: "I am impressed by the uranium grades intersected in the first holes drilled at the Canning Deposit area and the fact that we are finding mineralization where we expect to find it confirms the quality of data collection undertaken by Union Pacific in the 1970s"

  • It is important to note that this initial drill program is focused only on the Canning Deposit area, itself highly significant but only one of several highly prospective targets within the Copper Mountain Uranium Project Area. Hesitation, Midnight, Knob, Bonanza, Fuller, Arrowhead, Mint/Allard, Kermac/Day, for example, all have shown excellent potential through historical drilling and other exploration work.

  • 結果證實或超出了公司與卡寧存款有關的歷史鑽探數據預期的內容。

  • 結果確認了卡寧存款北部存在高品位鈾礦的潛力,衆多間隔報告的eU3O8超過1,000 ppm,而鑽孔CAN0006的峯值品位達到8,060 ppm eU3O8。

  • 譜伽瑪測井的重要間隔亮點包括:

    • CAN0001:3.28英尺內的1,924 ppm eU3O8(在160.56英尺處的2,886 ppm eU3O8的高峰值)

    • CAN0004:5.58英尺內的2,160 ppm eU3O8(在226.81英尺處的3,751 ppm eU3O8的高峰值)

    • CAN0005:18.70英尺內的1,677 ppm eU3O8(在561.37英尺處的2,601 ppm eU3O8的高峰值)

    • CAN0006:6.89英尺內的eU3O8爲1,744 ppm(136.94英尺處的eU3O8峯值爲2,639 ppm)

    • CAN0006:7.54英尺內的eU3O8爲5,936 ppm(267.48英尺處的eU3O8峯值爲8,060 ppm)

    • CAN0006:20.01英尺內的eU3O8爲2,105 ppm(352.76英尺處的eU3O8峯值爲5,183 ppm)

    • CAN0006:8.20英尺內的eU3O8爲2,417 ppm(444.93英尺處的eU3O8峯值爲5,219 ppm)

    • CAN0008:5.25英尺內的eU3O8爲2,173 ppm(280.93英尺處的eU3O8峯值爲3,346 ppm)

    • CAN0008:14.10英尺內的eU3O8爲1,599 ppm(341.94英尺處的eU3O8峯值爲2,367 ppm)

    • CAN0010:4.59英尺內的eU3O8爲1,614 ppm(272.73英尺處的eU3O8峯值爲2,012 ppm)

  • 光譜伽馬射線測井結果顯示,迄今爲止所有鑽取的鑽孔中,幾個長截面都展現出尿素鈾礦化異常(eU3O8含量高於200 ppm)。

  • 這裏報告的十個鑽孔中,超過500ppm eU3O8的3英尺以上的29個間隔,大於1,000ppm eU3O8的21個間隔。

  • 此外,在這裏報告的十個鑽孔中,有58個間隔超過200ppm,超過10英尺的有28個。如果ISR回收方法在項目區的一些部分被證明是可行的,就像在懷俄明州的其他地方一樣,這些區域可能會對我們產生極大的興趣,除了遇到的許多更高品位的間隔。

  • 首席執行官Thomas Lamb評論道:「我們對銅山處女鑽探項目初步結果感到非常興奮。這些結果讓我們對我們獲得並一直在使用的歷史數據充滿信心。目前還爲時過早來判斷鑽探傾斜孔(而不是聯合太平洋大部分採用的垂直鑽探)的等級和策略是否會優於1970年代後期聯合太平洋估計的資源,但有了這些初步結果,我們對坎寧存款的巨大潛力以及銅山項目區的更廣泛潛力以及我們爲股東創造長期價值的潛力感到鼓舞。」

  • 銅山初期勘探的聯合太平洋勘探總經理Jim Davis,同時也是Myriad當前技術顧問,評論道:「我有機會查看早期鑽孔和測井結果。看起來您正在確認上世紀聯合太平洋(洛基山能源)封存的大量歷史資源。做得好!」

  • Myriad首席地質學家兼技術顧問George van der Walt評論道:「我對Canning存款區首次鑽探交叉的鈾品位印象深刻,事實上,我們在預期的地方發現礦化,證實了1970年代聯合太平洋進行的數據收集質量。」

  • 值得注意的是,此初始鑽探項目僅集中在坎寧存款區,這本身具有很大的重要性,但是隻是銅山鈾項目區內幾個具有高潛力目標之一。猶豫、午夜、旋鈕、Bonanza、Fuller、Arrowhead、Mint/Allard、Kermac/Day等,都通過歷史鑽探和其他勘探工作展現出極好的潛力。

Significant intervals derived from Spectral Gamma Ray (SGR) logging at 1000 ppm (0.10%) cut-off (over a minimum of 3 feet) include the following intervals. Note that grade intervals at 500 ppm (0.05%) and 200 ppm (0.02%) cut-offs are provided in Appendix 1:

通過光譜伽馬射線(SGR)記錄衍生的顯著區間,在1000 ppm (0.10%)截斷(至少3英尺)包括以下區間。請注意,Appendix 1中提供了500 ppm (0.05%)和200 ppm (0.02%)截斷的品位區間。

1000 ppm Cut-off (minimum 3 feet) Peak Grade
Hole ID From (ft) To (ft) Length (ft) eU3O8 (ppm) eU3O8 (%) GT (ft%) eU3O8 (ppm)
CAN0001 158.75 162.03 3.28 1,924 0.192 0.63 2,886
CAN0004 225.01 230.58 5.58 2,160 0.216 1.20 3,751
CAN0004 240.42 245.02 4.59 1,215 0.122 0.56 1,515
CAN0004 254.86 261.74 6.89 1,698 0.170 1.17 2,644
CAN0005 388.68 395.57 6.89 1,971 0.197 1.36 2,329
CAN0005 546.45 565.14 18.70 1,677 0.168 3.14 2,601
CAN0005 571.38 574.66 3.28 1,035 0.103 0.34 1,152
CAN0006 132.84 139.73 6.89 1,744 0.174 1.20 2,639
CAN0006 173.84 180.73 6.89 1,719 0.172 1.18 2,262
CAN0006 225.99 229.60 3.61 2,436 0.244 0.88 3,710
CAN0006 265.35 272.90 7.54 5,936 0.594 4.48 8,060
CAN0006 312.26 320.78 8.53 1,733 0.173 1.48 2,263
CAN0006 339.48 359.49 20.01 2,105 0.211 4.21 5,183
CAN0006 377.86 381.14 3.28 1,524 0.152 0.50 1,972
CAN0006 410.00 416.23 6.23 1,765 0.176 1.10 2,410
CAN0006 439.19 447.39 8.20 2,417 0.242 1.98 5,219
CAN0006 453.62 457.23 3.61 1,964 0.196 0.71 2,890
CAN0008 278.47 283.72 5.25 2,173 0.217 1.14 3,346
CAN0008 334.56 348.66 14.10 1,599 0.160 2.26 2,367
CAN0010 270.60 275.19 4.59 1,614 0.161 0.74 2,012
CAN0010 557.27 561.86 4.59 1,110 0.111 0.51 1,184
1000 ppm截斷(至少3英尺) 峯值品位
孔ID 從 (英尺) 結束深度(英尺) 長度 (英尺) 鈾(ppm) eU3O8(%) Gt(英尺%) 鈾(ppm)
CAN0001 158.75 162.03 3.28 1,924 0.192 0.63 2,886
CAN0004 225.01 230.58 5.58 2,160 0.216 1.20 3,751
CAN0004 240.42 245.02 4.59 1,215 0.122 0.56 1,515
CAN0004 254.86 261.74 6.89 1,698 0.170 1.17 2,644
CAN0005 388.68 395.57 6.89 1,971 0.197 1.36 2,329
CAN0005 546.45 565.14 18.70 1,677 0.168 3.14 2,601
CAN0005 571.38 574.66 3.28 1,035 0.103 0.34 1,152
CAN0006 132.84 139.73 6.89 1,744 0.174 1.20 2,639
CAN0006 173.84 180.73 6.89 1,719 0.172 1.18 2,262
CAN0006 225.99 229.60 3.61 2,436 0.244 0.88 3,710
CAN0006 265.35 218.90 7.54 5,936 0.594 4.48 8,060
CAN0006 312.26 320.78 8.53 1,733 0.173 1.48 2,263
CAN0006 339.48 359.49 20.01 2,105 0.211 4.21 5,183
CAN0006 377.86 381.14 3.28 1,524 0.152 0.50 1,972
CAN0006 410.00 416.23 6.23 1,765 0.176 1.10 2,410
CAN0006 439.19 447.39 8.20 2,417 0.242 1.98 5,219
CAN0006 453.62 457.23 3.61 1,964 0.196 0.71 2,890
CAN0008 278.47 283.72 5.25 2,173 0.217 1.14 3,346
CAN0008 334.56 348.66 14.10 1,599 0.160 每股可歸新投資者的貢獻 2,367
CAN0010 270.60 275.19 4.59 1614 0.161 0.74 2,012
CAN0010 557.27 561.86 4.59 1,110 0.111 0.51 1,184

Notes:

注意:

  1. The interval lengths are "down the hole" and may not represent true width intervals as the exact nature of the mineralization distribution has not been determined yet. However, most of the holes are being drilled at an inclination of 50 degrees to test a model that indicates steeply dipping mineralisation.
  2. Intervals were selected over a minimum of 3 feet, with grade below cut-off less than 1 foot being included in the total interval.
  3. The possible effects of disequilibrium have not been accounted for in the determination of eU3O8 grades.
  1. 間隔長度爲"下孔",可能不代表真正的寬度間隔,因爲礦化分佈的確切性質尚未確定。然而,大多數鑽孔的傾角爲50度,以測試指示陡傾的礦化模型。
  2. 間隔選取至少爲3英尺,低於切割值的等級小於1英尺的部分被包括在總間隔內。
  3. 沒有考慮到失衡的可能影響在判斷eU3O8等級中。

The boreholes represent a combination of diamond core and reverse circulation drilling that was planned to verify mineralization identified in drilling by Union Pacific in the late 1970s and test a grade shell model (above 0.05% eU3O8) created from cross-sections, as reported here and here.

鑽孔代表鑽探中聯合太平洋在20世紀70年代末識別的礦化進行核心鑽探和逆迴旋鑽探的組合,並測試一個從橫斷面創建的等級殼模型(超過0.05% eU3O8),如此處和此處所報道。

Figure 1: Map of completed boreholes in the Canning Deposit Area (CAN0001 and CAN0002 drilled from the same pad, CAN0005 and CAN0007 drilled from the same pad).

圖1:坎寧存款區域已完成的鑽孔地圖(CAN0001和CAN0002從同一井位鑽孔,CAN0005和CAN0007從同一井位鑽孔)。

Equipment and Methods

設備和方法

Drilling is being performed by Harris Exploration using two diamond core (DD) rigs producing HQ (63.5 mm / 2.5 in) core diameter and 96 mm (3.78 in) in hole diameter, and one reverse circulation (RC) rig using a 140 mm (5.5 in) hammer bit. Core samples are being packed into core trays and transported to Riverton for further processing. RC hole runs are being drilled at 5 ft intervals and split on site to produce two representative samples that are then transported to Riverton for further processing. All mineralised intervals will be submitted to ALS Laboratories for chemical analysis to confirm the intervals reported by gamma logging.

賀錦麗勘探正在使用兩臺金剛石岩心(DD)鑽機進行鑽探,產生HQ(63.5毫米/2.5英寸)岩心直徑和96毫米(3.78英寸)孔徑,以及一臺倒循環(RC)鑽機,使用140毫米(5.5英寸)錘頭。岩心樣品被裝入岩心托盤,運往裏弗頓進行進一步加工。RC孔隔段鑽進並在現場分裂,產生兩個代表性樣品,然後運往裏弗頓進行進一步加工。所有含礦段將提交給ALS實驗室進行化學分析,以確認伽馬測井報告的段。

Downhole logging is being performed by DGI Geoscience (DGI). A combination of Spectral Gamma Ray (SGR) and Optical Televiewer and/or Acoustic Televiewer is being applied. The probes are manufactured by Mount Sopris Instruments with details as follows:

DGI地球科學(DGI)正在進行下井測井。將應用Spectral Gamma Ray(SGR)和Optical Televiewer和/或Acoustic Televiewer的組合。探針由Mount Sopris Instruments製造,詳情如下:

  • QL40 SGR BGO (Sx): Measures the energy of gamma emissions from natural sources within formations crossed by a borehole. It counts the number of gamma emissions at each energy level aiding in lithological determination and correlation. The Probe uses a Bismuth Germanium Oxide scintillation crystal.
  • QL40 SGR 2G CeBr3 (Sx): Measures the energy of gamma emissions from natural sources within formations crossed by a borehole. It counts the number of gamma emissions at each energy level aiding in lithological determination and correlation. The probe uses a CeBr3 (Cerium Bromide) scintillation crystal.
  • QL 40 ABI 2G (At, Gr): Captures high-resolution, oriented images of the borehole wall, allowing the orientation of acoustically visible features to be determined. This includes fractures, bedding/rock fabric, breakouts, bedding planes and other structural features. Contains a built-in Natural Gamma sensor that measures the gamma emissions from natural sources in the formation.
  • QL OBI 2G (Ot, Gr): Captures a high-resolution, oriented image of the borehole wall using a CMOS digital image sensor, allowing the orientation of features to be determined. This includes fractures, bedding/rock fabric, veins, lithological contacts, etc. Contains a built in Natural Gamma sensor that measures the gamma emissions from natural sources in the formation.
  • QL40 SGR BGO(Sx):測量鑽井穿過的地層中來自自然來源的γ射線的能量。它計算每個能級的γ射線數量,有助於巖性判斷和相關性。該探頭使用鉍鍺氧閃爍晶體。
  • QL40 SGR 2G CeBr3(Sx):測量鑽井穿過的地層中來自自然來源的γ射線的能量。它計算每個能級的γ射線數量,有助於巖性判斷和相關性。該探頭使用CeBr3(溴化鈰)閃爍晶體。
  • QL 40 ABI 2G(At, Gr):捕獲鑽孔壁的高分辨率定向圖像,可以確定聲學可見特徵的方向。這包括斷裂、層理/岩石構造、破裂、層理面和其他結構特徵。含有內置的自然伽馬傳感器,用於測量地層中來自自然來源的γ射線。
  • QL OBI 2G(Ot,Gr):利用CMOS數字人形機器人-圖像傳感器拍攝高分辨率、定向的鑽孔壁面圖像,可用於判斷各種特徵的方位,包括裂縫、岩層/岩石構造、石英脈、巖性接觸等。內置天然伽馬傳感器,用於測量地層中自然來源的伽馬輻射。

The SGR probes measure the full energy spectrum of the gamma radiation emitted naturally from within the formations crossed by a borehole. A Full Spectrum Analysis (FSA) is performed on the recorded energy spectra. The FSA derives in real time the concentration of the three main radioisotopes 40K, 238U, 212Th, and thus also provides insight into the mineral composition of the formations. DGI is also running optical and acoustic televiewer, when hole conditions allow, to obtain downhole structural information. Borehole paths are being measured using a gyroscopic deviation tool.

SGR探頭測量由鑽孔穿過的地層中自然發射的伽馬輻射的完整能譜。對記錄的能譜進行全譜分析(FSA)。FSA實時推導出3種主要放射性同位素4萬、238U、212Th的濃度,從而還可以深入了解地層的礦物組成。DGI也在運行光學和聲學測井儀,當孔內條件允許時,以獲得井下結構信息。使用陀螺儀偏差工具測量鑽孔路徑。

Data Verification and Determination of eU3O8 Grades

數據驗證與確定eU3O8品位

Initial manufacturer calibration certificates have been provided to Myriad by DGI. Downhole gamma measurements are checked for a repeatability by comparing down and up runs in the borehole. DGI is providing conversion of API units measured by the SGR tools to eU3O8 concentrations using a standard conversion theory and formula.

初步生產商校準證書已經提供給DGI。通過比較鑽孔中向下和向上運行的伽馬測量,檢查下孔伽馬測量是否具有重複性。DGI提供將SGR工具測得的API單位轉換爲eU3O8濃度的標準轉換理論和公式。

Radiometric Disequilibrium

放射性失衡

Radiometric disequilibrium refers to the loss or gain of uranium in the mineralised zone during geologic processes, which can disrupt the equilibrium between the parent isotope and its daughter products. At this stage the effect of disequilibrium has not been fully assessed at Copper Mountain, but it should be noted that geochemical analysis of samples from the drilling could report results for U3O8 that differ from the eU3O8 grades that have been derived from the gamma logging. Some historic reports state that closed can assays from Copper Mountain indicated little disequilibrium, however differences between gamma probe data and chemical assay were observed. For this reason, the reported eU3O8 values should be considered as preliminary and are subject to data verification by chemical assay with appropriate QAQC.

放射性失衡指地質過程中礦化帶中鈾的損失或增加,可能會擾亂母體同位素與其子體之間的平衡。在銅山,目前尚未全面評估失衡的影響,但值得注意的是,針對鑽探樣品的地球化學分析可能報告與從伽馬測井中得出的eU3O8品位不同的結果。一些歷史報告表明,來自銅山的閉罐化驗結果顯示幾乎無失衡,但伽馬探測數據與化學化驗之間存在差異。因此,所報告的eU3O8值應被視爲初步結果,需通過具有適當QAQC的化驗進行數據驗證。

Myriad is in the process of collecting the samples of all the mineralised intervals from drilling and will submit them to a commercial laboratory for full chemical analysis. The results will then be compared to determine the potential effect of disequilibrium, or other factors, on the final uranium grades that will be used in mineral resource estimation when there is sufficient data to allow it.

Myriad正在收集所有鑽探中礦化帶的樣本,並將其提交給商業化驗室進行全面化學分析。然後將對結果進行比較,以判斷不平衡或其他因素對最終鈾品位的潛在影響,當有足夠數據允許時,這些結果將用於礦產資源估算。

Geological Background

地質背景

Uranium mineralisation at Copper Mountain occurs in two distinct geologic environments:

銅山地區的鈾化礦化發現在兩種不同的地質環境中:

  • Fracture-controlled uranium mineralisation hosted in Archaean-aged granite, syenite, isolated occurrences along the margins of diabase dikes and in association with meta-sediment inclusions in granite; and
  • As disseminations in coarse-grained sandstones and coatings on cobbles and boulders in the Tertiary-aged Teepee Trail Formation at the Arrowhead (Little Mo) mine and other localities.
  • 控制裂隙的鈾礦化寄主爲太古代花崗岩、正長巖,在輝長岩岩脈邊緣和花崗岩中的角水平面沉積物包含物相關的局部發現;以及
  • 在第三期的Teepee Trail組粗粒砂岩中的彌散體,在Arrowhead (Little Mo)礦和其他地方的礫石和大圓石上的覆蓋物。

Uranium mineralisation is thought to have resulted through supergene and hydrothermal enrichment processes. In both cases, the source of the uranium is thought to be the granites of the Owl Creek Mountains.

鈾礦化被認爲是通過超成因和熱液富集過程形成的。在這兩種情況下,鈾的來源被認爲是Owl Creek山脈的花崗岩。

Historical Estimates

歷史估算

While Myriad Uranium has determined that the historical estimates described in this news release are relevant to the Copper Mountain Project Area and are reasonably reliable given the authors and circumstances of their preparation, and are suitable for public disclosure, readers are cautioned to not place undue reliance on these historical estimates as an indicator of current mineral resources or mineral reserves at the Project Area. A qualified person (as defined under NI 43-101) has not done sufficient work to classify any of the historical estimates as current mineral resources or mineral reserves, and Myriad Uranium is not treating the historical estimates as a current mineral resource or mineral reserve. Also, while the Copper Mountain Project Area contains all or most of each deposit referred to, some of the resources referred to may be located outside the current Copper Mountain Project Area. Furthermore, the estimates are decades old and based on drilling data for which the logs are, as of yet, predominantly unavailable. The historical resource estimates, therefore, should not be unduly relied upon.

儘管Myriad Uranium已經確定,本新聞稿中描述的歷史估算與銅山項目區相關,並且考慮到其編制者和背景情況是相當可靠的,並適合公開披露,但讀者們被告以不要過分依賴這些歷史估算作爲項目區當前礦產資源或礦業儲量的指標。未滿足NI 43-101規定的合格人員尚未進行足夠工作將任何歷史估算分類爲當前礦產資源或礦業儲量,而Myriad Uranium也不將這些歷史估算視爲當前礦產資源或礦業儲量。此外,儘管銅山項目區包含提及的每個或大部分礦牀,但提及的一些資源可能位於當前銅山項目區之外。此外,這些估算數十年前的數據,基於鑽探數據,而這些鑽井數據目前主要尚無法獲取。因此,這些歷史資源估算不應被過度依賴。

Inherent limitations of the historical estimates include that the nature of the mineralisation (fracture hosted) makes estimation from drill data less reliable than other deposit types (e.g. those that are thick and uniform). From Myriad Uranium's viewpoint, limitations include that the Company has not been able to verify the data itself and that the estimate may be optimistic relative to subsequent work which applied a "delayed fission neutron" (DFN) factor to calculate grades. On the other hand, DFN is controversial, in that the approach is viewed by some experts as too conservative. Nevertheless, it was applied in later resource estimations by Union Pacific relating to Copper Mountain.

歷史估計的固有侷限性包括,礦化性質(裂隙寄主)使得通過鑽探數據進行估算比其他類型礦牀(例如厚度均勻的礦牀)的可靠性較低。 從Myriad Uranium的觀點來看,侷限性包括公司無法驗證數據本身,而且估計值可能樂觀,相對於後續應用「延遲裂變中子」(DFN)因子計算等級的工作。 另一方面,DFN是有爭議的,一些專家認爲這種方法過於保守。 儘管如此,聯合太平洋關於銅山後續資源評估中也應用了這種方法。

In order to verify the historical estimates and potentially re-state them as current resources, a program of digitization of available data would be required. This must be followed by re-logging and/or re-drilling to generate new data to the extent necessary that it is comparable with the original data, or new data that can be used to establish the correlation and continuity of geology and grades between boreholes with sufficient confidence to estimate mineral resources.

爲驗證歷史估計並可能重申其爲當前資源,將需要進行可用數據的數字化計劃。 這必須接着重新記錄和/或重新鑽探,以生成新數據,使其在與原始數據相比較方面具有可比性,或生成可用於建立地質和等級的相關性和連續性的新數據,以足以有信心估算礦產資源。

Qualified Person

合格人士

The scientific or technical information in this news release respecting the Company's Copper Mountain Project has been approved by George van der Walt, MSc., Pr.Sci.Nat., FGSSA, a Qualified Person as defined in National Instrument 43-101 - Standards of Disclosure for Mineral Projects. Mr van der Walt is employed by The MSA Group (Pty) Ltd (MSA), a leading geological consultancy providing services to the minerals industry, based in Johannesburg, South Africa. He has more than 20 years industry experience and sufficient relevant experience in the type and style of mineralisation to report on exploration results.

這則新聞稿中關於公司的銅山項目的科學或技術信息已獲得George van der Walt,MSc.,Pr.Sci.Nat.,FGSSA批准,他是根據加拿大43-101號《礦產項目披露標準》中定義的合格人員。 van der Walt先生受聘於The MSA Group (Pty) Ltd(MSA),這是總部位於南非約翰內斯堡的爲礦業提供服務的領先地質諮詢公司。 他在該行業擁有20多年的經驗,並擁有在勘探結果上報告的相關礦化類型和風格的足夠相關經驗。

The information and interpretations thereof are based on the Qualified Person's initial review of historical reports, which were recently obtained by the Company. The information did not include original data such as drilling records, sampling, analytical or test data underlying the information or opinions contained in the written documents. Therefore, the Qualified Person has not reviewed or otherwise verified the information and has not done sufficient work to classify the historical estimates as current mineral resources or mineral reserves. The Qualified Person considers the information to be relevant based on the amount and quality of work undertaken and reported historically. A more thorough review of any available original data will be undertaken and reported on in more detail in future releases.

信息及其解釋是基於合格人對最近由公司獲得的歷史報告的初步評估。該信息未包括原始數據,例如作爲書面文件中信息或意見基礎的鑽孔記錄、採樣、分析或測試數據。因此,合格人尚未審查或驗證該信息,並且尚未做足夠的工作將歷史估計分類爲當前礦物資源或礦物儲量。鑑於已經進行的工作的數量和質量,合格人認爲該信息是相關的。將進行更全面的對可用原始數據的審查,並將在將來的信息公告中更詳細地報告。

About Myriad Uranium Corp.

無數還擁有加拿大新斯科舍省Millen Mountain Property的50%利益,另外50%歸Probe Metals Inc.所有,並擁有尼日爾鈾勘探許可的80%權益。有關詳細信息,請參閱無數在SEDAR+()上的披露記錄,通過電話+1.604.418.2877與無數聯繫,或參閱無數的網站。

Myriad Uranium Corp. is a uranium exploration company with an earnable 75% interest in the Copper Mountain Uranium Project in Wyoming, USA. Copper Mountain hosts several known uranium deposits and historic uranium mines, including the Arrowhead Mine which produced 500,000 lbs of eU3O8. Copper Mountain saw extensive drilling and development by Union Pacific during the late 1970s including the development of a mine plan to fuel planned California Edison reactors. Operations ceased in 1980 before mining could commence due to falling uranium prices. Approximately 2,000 boreholes have been drilled at Copper Mountain and the Project Area has significant exploration upside. Union Pacific is estimated to have spent C$117 million (2024 dollars) exploring and developing Copper Mountain, generating significant historical resource estimates which are detailed here. A recent detailed update with Crux Investor can be viewed here. The Company's presentation can be viewed here. News releases regarding historical drilling can be viewed here and here.

Myriad Uranium Corp.是一家鈾勘探公司,在美國懷俄明州的銅山鈾項目中擁有可賺取的75%股權。銅山擁有幾個已知的鈾礦牀和歷史悠久的鈾礦山,包括產出50萬磅eU3O8的Arrowhead礦山。在20世紀70年代末,聯合太平洋進行了大規模的銅山鑽探和開發工作,包括制定燃料計劃以供應計劃中的加利福尼亞愛迪生反應堆。由於鈾價格下跌,1980年在挖礦開始之前,銅山的運營停止。在銅山已經鑽探約2000口鑽孔,項目區域具有重要的勘探潛力。據估計,聯合太平洋在探索和開發銅山上花費了C$11700萬(2024年美元),產生了詳細歷史資源估計,這些估計在此詳細說明。最近一次詳細更新與Crux Investor可以在此處查看。公司的介紹材料可以在此處查看。有關歷史鑽探的新聞稿可以在這裏和這裏查看。

Myriad also has a 50% interest in the Millen Mountain Property in Nova Scotia, Canada, with the other 50% held by Probe Gold Inc. For further information, please refer to Myriad's disclosure record on SEDAR+ (), contact Myriad by telephone at +1.604.418.2877, or refer to Myriad's website at .

Myriad還擁有加拿大新斯科舍省Millen Mountain Property 50%的權益,另外50%由Probe Gold Inc.持有。 有關更多信息,請參閱Myriad在SEDAR+()的披露記錄,通過電話聯繫Myriad,電話+1.604.418.2877,或訪問Myriad的網站。

Myriad Contacts:
Thomas Lamb
President and CEO
tlamb@myriaduranium.com

Myriad聯繫方式:
Thomas Lamb
總裁和首席執行官
tlamb@myriaduranium.com

Forward-Looking Statements

前瞻性聲明

This news release contains "forward-looking information" that is based on the Company's current expectations, estimates, forecasts and projections. This forward-looking information includes, among other things, the Company's business, plans, outlook and business strategy. The words "may", "would", "could", "should", "will", "likely", "expect," "anticipate," "intend", "estimate", "plan", "forecast", "project" and "believe" or other similar words and phrases are intended to identify forward-looking information. The reader is cautioned that assumptions used in the preparation of any forward-looking information may prove to be incorrect, including with respect to the Company's business plans respecting the exploration and development of the Company's mineral properties, the proposed work program on the Company's mineral properties and the potential and economic viability of the Company's mineral properties. Forward-looking information is subject to known and unknown risks, uncertainties and other factors that may cause the Company's actual results, level of activity, performance or achievements to be materially different from those expressed or implied by such forward-looking information. Such factors include, but are not limited to: changes in economic conditions or financial markets; increases in costs; litigation; legislative, environmental and other judicial, regulatory, political and competitive developments; and technological or operational difficulties. This list is not exhaustive of the factors that may affect our forward-looking information. These and other factors should be considered carefully, and readers should not place undue reliance on such forward-looking information. The Company does not intend, and expressly disclaims any intention or obligation to, update or revise any forward-looking information whether as a result of new information, future events or otherwise, except as required by applicable law.

本新聞稿包含基於公司目前期望、估計、預測和展望的「前瞻性信息」。這些前瞻性信息包括公司的業務、計劃、展望和業務策略等內容。"可能","將","可能","應該","將","可能","預期","期待","打算","估計","計劃","預測","項目"和"相信"等詞語旨在識別前瞻性信息。讀者應注意,在準備任何前瞻性信息時所使用的假設可能會被證明是錯誤的,包括涉及探索和開發公司礦產物業的公司業務計劃、公司礦產物業上擬議的工作計劃以及公司礦產物業的潛力和經濟可行性。前瞻性信息受已知和未知的風險、不確定性和其他因素的影響,這可能導致公司的實際結果、活動水平、表現或成就與此類前瞻性信息所暗示或表達的實際結果存在重大差異。此類因素包括但不限於:經濟狀況或金融市場的變化;成本上升;訴訟;立法、環境和其他司法、監管、政治和競爭發展;以及技術或運營困難。這些列舉的因素並非窮盡會影響我們前瞻性信息的因素。這些因素及其他因素應謹慎考慮,讀者不應過度依賴此類前瞻性信息。公司無意,並明確否認任何更新或修訂任何前瞻性信息的意圖或義務,除非有適用法律要求。

The CSE has not reviewed, approved or disapproved the contents of this news release.

加拿大證券交易所未審查,未批准或不批准此新聞稿的內容。

APPENDIX 1: Equivalent uranium (eU3O8) intervals at 500 ppm and 200 ppm cut-off (over 3 ft minimum)

附錄 1:相當於鈾(eU3O8)的間隔,在500 ppm和200 ppm截斷下(至少3英尺)

500 ppm Cut-off (minimum 3 feet)
Hole ID From (ft) To (ft) Length (ft) eU3O8 (ppm) eU3O8 (%) GT (ft%)
CAN0001 157.44 162.36 4.92 1,520 0.152 0.75
CAN0003 286.34 289.62 3.28 644 0.064 0.21
CAN0004 224.68 250.92 26.24 1,195 0.119 3.13
CAN0004 254.20 263.71 9.51 1,410 0.141 1.34
CAN0005 388.02 396.22 8.20 1,771 0.177 1.45
CAN0005 534.64 575.97 41.33 1,197 0.120 4.95
CAN0006 130.22 143.01 12.79 1,266 0.127 1.62
CAN0006 149.24 156.13 6.89 753 0.075 0.52
CAN0006 173.51 182.04 8.53 1,530 0.153 1.30
CAN0006 223.70 231.90 8.20 1,471 0.147 1.21
CAN0006 264.37 273.22 8.86 5,173 0.517 4.58
CAN0006 289.95 293.89 3.94 1,396 0.140 0.55
CAN0006 309.96 321.44 11.48 1,504 0.150 1.73
CAN0006 335.54 360.80 25.26 1,836 0.184 4.64
CAN0006 374.58 382.45 7.87 1,189 0.119 0.94
CAN0006 408.36 418.86 10.50 1,314 0.131 1.38
CAN0006 430.01 433.29 3.28 1,034 0.103 0.34
CAN0006 438.54 457.56 19.02 1,717 0.172 3.27
CAN0007 455.26 459.53 4.26 935 0.094 0.40
CAN0007 467.40 471.01 3.61 655 0.066 0.24
CAN0007 531.36 539.89 8.53 663 0.066 0.57
CAN0008 277.49 287.00 9.51 1,546 0.155 1.47
CAN0008 315.86 321.77 5.90 864 0.086 0.51
CAN0008 332.92 349.98 17.06 1,453 0.145 2.48
CAN0010 70.52 75.44 4.92 966 0.097 0.48
CAN0010 82.00 89.22 7.22 872 0.087 0.63
CAN0010 269.62 276.18 6.56 1,347 0.135 0.88
CAN0010 287.33 292.90 5.58 593 0.059 0.33
CAN0010 551.37 565.80 14.43 876 0.088 1.26
500 ppm截段(最小3英尺)
孔ID 從 (英尺) 結束深度(英尺) 長度 (英尺) 鈾(ppm) eU3O8(%) Gt(英尺%)
CAN0001 157.44 162.36 4.92 1,520 0.152 固定費用覆蓋率
CAN0003 286.34 289.62 3.28 644 0.064 0.21
CAN0004 224.68 250.92 26.24 1,195 0.119 3.13
CAN0004 254.20 263.71 9.51 1,410 0.141 1.34
CAN0005 388.02 396.22 8.20 1,771 0.177 1.45
CAN0005 534.64 575.97 41.33 1,197 0.120 4.95
CAN0006 130.22 143.01 12.79 1,266 0.127 1.62
CAN0006 149.24 156.13 6.89 753 0.075 0.52
CAN0006 173.51 182.04 8.53 1,530 0.153 1.30
CAN0006 223.70 231.90 8.20 1,471 0.147 1.21
CAN0006 264.37 273.22 8.86 5,173 0.517 4.58
CAN0006 289.95 293.89 3.94 1,396 0.140 0.55
CAN0006 309.96 321.44 11.48 1,504 0.150 1.73
CAN0006 335.54 360.80 25.26 1,836 0.184 4.64
CAN0006 374.58 382.45 7.87 1,189 0.119 0.94
CAN0006 408.36 418.86 10.50 1,314 0.131 1.38
CAN0006 430.01 433.29 3.28 1,034 0.103 0.34
CAN0006 438.54 457.56 19.02 1,717 0.172 3.27
CAN0007 455.26 459.53 4.26 935 0.094 0.40
CAN0007 467.40 471.01 3.61 655 0.066 0.24
CAN0007 531.36 539.89 8.53 663 0.066 0.57
CAN0008 277.49 287.00 9.51 1,546 0.155 1.47
CAN0008 315.86 321.77 5.90 864 0.086 0.51
CAN0008 332.92 349.98 17.06 1,453 0.145 2.48
CAN0010 70.52 75.44 4.92 966 0.097 0.48
CAN0010 82.00   7.22 872 0.087 0.63
CAN0010 269.62 276.18 6.56 1,347 0.135 0.88
CAN0010 287.33 292.90 5.58 593 0.059 0.33
CAN0010 551.37 565.80 14.43 876 0.088 1.26
200 ppm Cut-off (minimum 3 feet)
Hole ID From (ft) To (ft) Length (ft) eU3O8 (ppm) eU3O8 (%) GT (ft%)
CAN0001 136.78 143.34 6.56 517 0.052 0.34
CAN0001 153.18 164.33 11.15 857 0.086 0.96
CAN0001 230.91 235.83 4.92 593 0.059 0.29
CAN0001 289.62 295.20 5.58 538 0.054 0.30
CAN0001 329.64 333.25 3.61 301 0.030 0.11
CAN0002 266.99 274.54 7.54 313 0.031 0.24
CAN0002 322.75 326.03 3.28 320 0.032 0.11
CAN0002 335.54 339.48 3.94 548 0.055 0.22
CAN0002 358.18 364.41 6.23 316 0.032 0.20
CAN0003 264.70 267.98 3.28 281 0.028 0.09
CAN0003 284.70 291.26 6.56 478 0.048 0.31
CAN0003 292.90 308.98 16.07 295 0.029 0.47
CAN0003 310.94 315.21 4.26 231 0.023 0.10
CAN0003 317.18 320.46 3.28 235 0.024 0.08
CAN0003 334.56 347.35 12.79 430 0.043 0.55
CAN0003 352.60 373.92 21.32 283 0.028 0.60
CAN0004 224.02 275.19 51.17 962 0.096 4.92
CAN0004 277.49 281.10 3.61 239 0.024 0.09
CAN0004 283.72 293.23 9.51 378 0.038 0.36
CAN0004 303.73 309.30 5.58 433 0.043 0.24
CAN0005 340.79 348.34 7.54 358 0.036 0.27
CAN0005 387.04 400.49 13.45 1,204 0.120 1.62
CAN0005 412.30 417.22 4.92 370 0.037 0.18
CAN0005 518.57 530.70 12.14 365 0.037 0.44
CAN0005 534.31 582.53 48.22 1,071 0.107 5.16
CAN0006 129.56 157.11 27.55 861 0.086 2.37
CAN0006 172.53 183.68 11.15 1,253 0.125 1.40
CAN0006 199.10 202.70 3.61 392 0.039 0.14
CAN0006 223.04 232.55 9.51 1,309 0.131 1.25
CAN0006 263.71 273.55 9.84 4,690 0.469 4.61
CAN0006 288.97 298.15 9.18 806 0.081 0.74
CAN0006 303.07 307.66 4.59 743 0.074 0.34
CAN0006 308.98 326.69 17.71 1,133 0.113 2.01
CAN0006 331.94 362.44 30.50 1,587 0.159 4.84
CAN0006 373.92 388.35 14.43 922 0.092 1.33
CAN0006 407.38 422.14 14.76 1,018 0.102 1.50
CAN0006 428.37 434.27 5.90 723 0.072 0.43
CAN0006 437.88 458.22 20.34 1,628 0.163 3.31
CAN0007 313.24 316.52 3.28 479 0.048 0.16
CAN0007 370.64 374.90 4.26 251 0.025 0.11
CAN0007 454.28 463.46 9.18 602 0.060 0.55
CAN0007 466.42 472.32 5.90 533 0.053 0.31
CAN0007 480.85 487.74 6.89 365 0.036 0.25
CAN0007 510.04 514.63 4.59 629 0.063 0.29
CAN0007 516.60 526.11 9.51 405 0.040 0.38
CAN0007 530.05 539.89 9.84 617 0.062 0.61
CAN0008 223.04 227.63 4.59 287 0.029 0.13
CAN0008 276.83 287.66 10.82 1,399 0.140 1.51
CAN0008 314.88 322.75 7.87 729 0.073 0.57
CAN0008 330.62 356.86 26.24 1,094 0.109 2.87
CAN0008 550.38 563.18 12.79 321 0.032 0.41
CAN0009 259.12 262.40 3.28 444 0.044 0.15
CAN0010 69.54 76.10 6.56 809 0.081 0.53
CAN0010 78.39 89.87 11.48 687 0.069 0.79
CAN0010 119.39 129.23 9.84 402 0.040 0.40
CAN0010 268.96 279.13 10.17 980 0.098 1.00
CAN0010 285.69 294.54 8.86 496 0.050 0.44
CAN0010 547.76 568.75 20.99 707 0.071 1.48
200 ppm截止值(最少3英尺)
孔ID 從 (英尺) 結束深度(英尺) 長度 (英尺) 鈾(ppm) eU3O8(%) Gt(英尺%)
CAN0001 136.78 143.34 6.56 517 0.052 0.34
CAN0001 153.18 164.33 11.15 857 0.086 0.96
CAN0001 230.91 235.83 4.92 593 0.059 0.29
CAN0001 289.62 295.20 5.58 538 0.054 0.30
CAN0001 329.64 333.25 3.61 301 0.030 0.11
CAN0002 266.99 274.54 7.54 313 0.031 0.24
CAN0002 322.75 326.03 3.28 320 0.032 0.11
CAN0002 335.54 339.48 3.94 548 0.055 0.22
CAN0002 358.18 364.41 6.23 316 0.032 0.20
CAN0003 264.70 267.98 3.28 281 0.028 0.09
CAN0003 284.70 291.26 6.56 478 0.048 0.31
CAN0003 292.90 308.98 16.07 295 0.029 0.47
CAN0003 310.94 315.21 4.26 231 0.023 0.10
CAN0003 317.18 320.46 3.28 235 0.024 0.08
CAN0003 334.56 347.35 12.79 430 0.043 0.55
CAN0003 352.60 373.92 21.32 283 0.028 0.60
CAN0004 224.02 275.19 51.17 962 0.096 4.92
CAN0004 277.49 281.10 3.61 239 0.024 0.09
CAN0004 283.72 293.23 9.51 378 0.038 0.36
CAN0004 303.73 309.30 5.58 433 0.043 0.24
CAN0005 340.79 348.34 7.54 358 0.036 0.27
CAN0005 387.04 400.49 13.45 1,204 0.120 1.62
CAN0005 412.30 417.22 4.92 370 0.037 0.18
CAN0005 518.57 530.70 12.14 365 0.037 0.44
CAN0005 534.31 582.53 48.22 1,071 0.107 5.16
CAN0006 129.56 157.11 27.55 861 0.086
CAN0006 172.53 183.68 11.15 1,253 0.125 1.40
CAN0006 199.10 202.70 3.61 392 0.039 0.14
CAN0006 223.04 232.55 9.51 1,309 0.131 根據公司的固定費用覆蓋率,利率爲1.25% 至 1.75%每年,或者(b)有一個「備選主板利率」,並可減少至0.75%每年,取決於公司的固定費用覆蓋率。截至2021年7月3日,公司的基於LIBOR的利率爲% (對於$),公司的主板基準利率爲% (對於$)。根據未取出的貸款利率,每月應支付承諾費,利率爲%每年。根據與摩根大通銀行(「貸款協議」)的信貸協議的條款,現金收據將被存入鎖匣中,並由公司自行決定,除非處於「現金控制期」,在此期間,現金收據將用於減少貸款協議下的應付金額。現金控制期在事件違約或可用餘額連續三個工作日低於$時觸發,並將繼續到先前的連續天數中存在任何違約事件且多餘的可用餘額始終大於$(這樣的觸發器根據公司的循環承諾進行調整)。此外,如果依據信貸協議所定義的「額外可用餘額」小於$,則公司應維持最低固定費用覆蓋率爲1.0至1.0 (觸發器根據公司的循環承諾進行調整)。截至2021年7月3日,公司的可用餘額爲$25,764。信貸協議要求我們在判斷任何應支付股息或進行任何普通股分配時獲得摩根大通銀行的事先書面同意。信貸設施於2022年12月16日到期。
CAN0006 263.71 273.55 9.84 4,690股 0.469 4.61
CAN0006 288.97 298.15 9.18 806 0.081 0.74
CAN0006 303.07 307.66 4.59 743 0.074 0.34
CAN0006 308.98 326.69 佔比17.71% 1,133 0.113 2.01
CAN0006 331.94 362.44 30.50 1,587 0.159 4.84
CAN0006 373.92 388.35 14.43 922 0.092 1.33
CAN0006 407.38 422.14 14.76 1,018 所有板塊的總測量和指示 1.50
CAN0006 428.37 434.27 5.90 723 0.072 0.43
CAN0006 437.88 458.22 20.34 1,628 0.163 3.31
CAN0007 313.24 316.52 3.28 479 0.048 0.16
CAN0007 370.64 374.90 4.26 251 0.025 0.11
CAN0007 454.28 463.46 9.18 602 0.060 0.55
CAN0007 466.42 472.32 5.90 533 0.053 0.31
CAN0007 480.85 487.74 6.89 365 0.036 0.25
CAN0007 510.04 514.63 4.59 629 0.063 0.29
CAN0007 516.60 526.11 9.51 405 0.040 0.38
CAN0007 530.05 539.89 9.84 617 0.062 0.61
CAN0008 223.04 227.63 4.59 287 0.029 0.13
CAN0008 276.83 287.66 10.82 1,399 0.140 1.51
CAN0008 314.88 322.75 7.87 729 0.073 0.57
CAN0008 330.62 356.86 26.24 1,094 0.109 2.87
CAN0008 550.38 563.18 12.79 321 0.032 0.41
CAN0009 259.12 262.40 3.28 444 0.044 0.15
CAN0010 69.54 76.10 6.56 809 0.081 0.53
CAN0010 78.39 89.87 11.48 687 0.069 0.79
CAN0010 119.39 129.23 9.84 402 0.040 0.40
CAN0010 268.96 279.13 10.17 980 0.098 1.00
CAN0010 285.69 294.54 8.86 496 0.050 0.44
CAN0010 547.76 568.75 20.99 707 0.071 1.48

APPENDIX 2: Table of drilled positions

附錄2:鑽井位置表

CAN0001 and CAN0002 drilled from the same pad; CAN0005 and CAN0007 drilled from the same pad.

CAN0001和CAN0002在同一個底盤上鑽探;CAN0005和CAN0007在同一個底盤上鑽探。

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