Aero Energy and Fortune Bay Announce Completion of Drilling Program on the Murmac Uranium Project, Saskatchewan
Aero Energy and Fortune Bay Announce Completion of Drilling Program on the Murmac Uranium Project, Saskatchewan
Drill Currently Moving to the Adjacent Sun Dog Project
鑽機正在轉移到相鄰的太陽狗項目。
Vancouver, British Columbia--(Newsfile Corp. - July 24, 2024) - Aero Energy Ltd (TSXV: AERO) (OTC Pink: AAUGF) (FSE: UU3) ("Aero" or the "Company") is pleased to announce completion of the 2024 summer drill program on the Murmac Uranium Project ("Murmac" or the "Project"), located in northern Saskatchewan near Uranium City. The program was designed to test regional targets across the Project for high-grade, unconformity-related basement-hosted deposits typical of the Athabasca Basin. The drilling program was funded by Aero and operated by Fortune Bay Corp (TSXV: FOR) (OTCQB: FTBYF) (FSE: 5QN) ("Fortune Bay"), pursuant to the underlying option agreement between the companies.
2024年7月24日,位於不列顛哥倫比亞省溫哥華市--(新聞稿的版權歸Newsfile Corp.所有)--Aero Energy Ltd(TSXV: AERO)(OTC Pink: AAUGF)(FSE: UU3)("Aero"或"公司")很高興宣佈,已經完成了位於薩斯喀徹溫州北部鈾城附近的Murmac鈾礦項目(“Murmac”或“項目”)2024年夏季鑽孔計劃的測試區域目標,以測試Athabasca盆地典型的高品位基底沉積物中未鈾同位素相關的沉積物。鑽探項目由Aero資助,由Fortune Bay Corp(TSXV: FOR)(OTCQB: FTBYF)(FSE: 5QN)(“Fortune Bay”)運營,根據公司之間的基礎選擇協議。
Highlights:
亮點:
- New Shallow Discovery of Radioactivity: An average of 1,309 counts per second was intersected over 8.7 metres in hole M24-017 in structured graphitic pelite, with up to 33,600 counts per second ("cps") (using handheld RS-125 Spectrometer) associated with visible uranium mineralization. This interval is located approximately 70 to 78 metres below surface.
- 射線的新淺發現:在結構石墨頁岩中,M24-017孔上方約70到78米處,平均每秒1,309個計數,最高可達33,600個計數(使用手持式RS-125光譜儀),與可見的鈾礦化有關。
- Uranium Fertile Target: Hole M24-017 was followed up with three additional holes (M24-018, -019 and -020), comprising approximate 50 metre step outs down-dip, along-strike northeast, and along-strike southwest, respectively. All three holes returned anomalous radioactivity (up to 850 cps) in graphitic rocks underlying a hematized quartzite hangingwall.
- 鈾豐富目標:孔M24-017隨後又偏離了三個孔(M24-018,-019和-020),包括向東北的約50米步距,向東南的距離,以及沿着本山牆向下的圖形孔內的板岩下伏的石墨巖中奇異的放射性(高達850個計數)。
- Excellent Prospectivity Confirmed: These results (drill holes M24-17 to -020) confirm the presence of a larger hydrothermal uranium mineralizing system along this unexplored, 1.2 kilometre long electromagnetic ("EM") conductor on the Howland Corridor.
- 確認優越前景:這些結果(鑽孔M24-17至-020)證實在Howland Corridor上有一種更大的熱液鈾成礦系統。
- Strong Alteration at Additional Targets: Drill holes M24-021, M24-022A and M24-023, tested geophysical (EM and gravity) anomalies H6, A22, and H16 respectively, intersecting compelling hydrothermal alteration and structure associated with variably graphitic rocks, further confirming the prospectivity of the entire length of the Howland and Armbruster Corridors for unconformity-related, basement-hosted deposits.
- 其他目標的強烈改變:鑽孔M24-021、M24-022A和M24-023分別測試了H6、A22和H16地球物理(電磁和重力)異常,與各種石墨巖相關的引人注目的熱液改變和構造相交,進一步證實了Howland和Armbruster Corridors整個長度的前景與盆地有關的地下、基岩寄存礦牀。
- Assays Pending and Follow-Up Drilling Planned: Following uranium assay and geochemical analysis of drill core samples, a second phase drilling program is being planned to follow-up along strike of mineralized drill holes and continue testing of priority drill targets across the Project.
- 分析鑽探樣品的鈾分析和地球化學分析後,正在計劃第二階段鑽探計劃,以跟進礦化鑽探孔的步探並繼續測試整個項目優先鑽探目標。
- Additional Drilling Imminent: The Company is currently transitioning its focus to the adjacent Sun Dog project where a drill program will be operated by Standard Uranium. Details of this program were announced on July 18, 2024.
- 即將進行額外的鑽探:公司目前正在轉向毗鄰的Sun Dog項目,標準鈾將運營該項目的鑽探計劃。該計劃的詳情於2024年7月18日宣佈。
Galen McNamara, CEO of Aero Energy, stated, "The discovery of a new zone of radioactivity in the right rocks from wild-cat drilling in only our second ever hole underscores our strong conviction that unconformity-related basement-hosted uranium deposits akin to Arrow, Triple-R and Gryphon could exist in the area. In my opinion, the relatively smaller and lower grade deposits historically mined in the Uranium City area, where my cousin Gilbert Labine developed the nationally important Gunnar Mine in the early 1950's, serve as a smoke screen to the larger modern exploration target. Our projects host a 30 km trend of the correct graphite-bearing rocks which act as a chemical sponge for uranium-bearing fluids, all of which are grossly underexplored for the type of mineralization we seek. We are now very much looking forward to imminent drilling on the Sun Dog project."
Aero Energy的首席執行官Galen McNamara表示:“在我們僅進行兩個鑽孔的野貓鑽探工作中,在正確的岩石中發現了新的放射性帶狀帶,這強烈地證明了我們的信念:和Arrow、Triple-R和Gryphon類似的未鈾同位素相關的基底沉積物鈾礦可能存在於該地區。在我看來,歷史上在鈾城地區挖掘的相對較小且較低品位的礦牀,包括我堂兄Gilbert Labine在1950年代初開發的具有國家意義的Gunnar礦,爲現代勘探目標提供了掩護。我們的項目是正確的含石墨岩石的30公里趨勢,這些岩石對於含鈾液體是一種化學海綿,而所有這些都被大量未開發的類型的礦化物遺漏了。我們現在非常期待在Sun Dog項目上進行即將到來的鑽探。“
Initial Drill Results
初始鑽探結果
A total of eight drill holes were completed at Murmac during June and July, 2024 to test targets documented in the News Release dated June 4, 2024 along the Pitchvein, Armbruster and Howland Corridors (Figure 1; Table 2). Drill holes targeted compelling geophysical signatures (electromagnetics and gravity) and favorable geological/structural settings. Drill target selections also took into account proximity to historical uranium occurrences of interest and Fortune Bay's previous positive drilling results. The completed drill holes encountered highly favorable geological settings for high-grade basement-hosted deposits associated with the Athabasca Basin. This included:
2024年6月和7月期間在Murmac共完成了八個鑽孔,以測試沿着Pitchvein、Armbruster和Howland Corridors(圖1;表2)記錄的目標,鑽孔針對引人注目的地球物理特徵(電磁和重力)和有利的地質/結構設置。鑽探目標選擇還考慮了與歷史上有關的鈾產礦或Fortune Bay先前積極的鑽井結果的距離。已完成的鑽孔遇到了與Athabasca盆地有關的高品位基岩寄存礦牀非常有利的地質設置,包括:
Thick and strongly graphitic target units (up to an estimated ~30 metres in true thickness) often in contact with quartzites, providing favorable competency/rheological contrast.
Brittle faulting and brecciation were observed within, or proximal to, the graphitic units and were typically associated with favorable hydrothermal alteration including abundant hematite, chlorite, sulphides, and clays.
Anomalous radioactivity (>300 cps) was intersected in five of the eight holes completed, associated with cataclastic or mylonitic structured and altered graphitic pelites, as summarized in Table 1.
目標單元厚而強烈的石墨(估計真厚度約爲30米),常與石英岩接觸,提供了有利的能力/流變學對比。
破碎斷層和破碎現象觀察到,在石墨單元內或其附近,通常與有利的熱液改變,包括豐富的赤鐵礦、綠泥石、硫化物和粘土有關。
在完成的八個鑽孔中,有五個遇到微量輻射(>300 cps),這與結構石墨頁岩中的斷層構造或剪切使其發生變化,如表1所示。
Table 1: Murmac Drill Hole Radiometric Highlights (Summer 2024)
表1:Murmac實驗鑽孔放射性亮點(2024年夏季)
Hole ID | Radioactivity Highlights | |||||
From (m) | To (m) | Length (m) | cps | Lithology | ||
M24-016A | 93.50 | 93.65 | 0.15 | 350 | Amphibolite | |
94.75 | 95.05 | 0.30 | 340 | Graphitic pelite | ||
95.70 | 95.95 | 0.25 | 340 | Graphitic pelite | ||
235.65 | 235.80 | 0.15 | 340 | Psammite | ||
M24-017 | 81.10 | 81.70 | 0.60 | 432 | Hematized quartzite | |
82.55 | 83.05 | 0.50 | 590 | Hematized quartzite | ||
84.00 | 84.60 | 0.60 | 838 | Hematized quartzite | ||
85.50 | 85.80 | 0.30 | 317 | Hematized quartzite | ||
85.80 | 94.50 | 8.70 | 1,309 | Graphitic pelite | ||
incl. | 86.10 | 86.65 | 0.55 | 10,608 | Graphitic pelite | |
incl. | 86.45 | 86.55 | 0.10 | 33,600 | Graphitic pelite | |
and incl. | 87.00 | 87.40 | 0.40 | 2,776 | Graphitic pelite | |
and incl. | 92.00 | 92.20 | 0.20 | 7,395 | Graphitic pelite | |
126.80 | 127.20 | 0.40 | 355 | Graphitic pelite | ||
M24-018 | 138.15 | 142.05 | 3.90 | 337 | Graphitic pelite | |
M24-019 | 100.90 | 101.10 | 0.20 | 650 | Graphitic pelite | |
M24-020 | 154.85 | 155.25 | 0.40 | 553 | Graphitic pelite | |
Note: Radioactivity values reported are total gamma from NQ2 drill core measured with a Super-SPEC RS-125 handheld spectrometer reported in counts per second ("cps"). The cps values are averages for the reported drill interval unless otherwise specified. Measurements of total gamma cps are an indication of the presence of uranium, thorium and/or potassium, but may not directly correlate with chemical uranium assays. Total gamma cps results are preliminary in nature and may not be used directly to quantify uranium concentrations in the drill core samples. True thicknesses of the drill core intersections are yet to be determined. Results for M24-017 have been reported previously. |
孔ID | 放射性亮點 | |||||
從(m) | 到(m) | 長度(米) | cps | 巖性 | ||
M24-016A | 93.50 | 93.65 | 0.15 | 350 | 角斑岩 | |
94.75 | 95.05 | 0.30 | 340 | 含石墨泥岩 | ||
95.70 | 95.95 | 0.25 | 340 | 含石墨泥岩 | ||
235.65 | 235.80 | 0.15 | 340 | 砂岩 | ||
M24-017 | 81.10 | 81.70 | 0.60 | 432 | 含赤鐵礦石英岩 | |
82.55 | 83.05 | 0.50 | 590 | 含赤鐵礦石英岩 | ||
84.00 | 84.60 | 0.60 | 838 | 含赤鐵礦石英岩 | ||
85.50 | 85.80 | 0.30 | 317 | 含赤鐵礦石英岩 | ||
85.80 | 94.50 | 8.70 | 1,309 | 含石墨泥岩 | ||
包括。 | 86.10 | 86.65 | 0.55 | 10,608 | 含石墨泥岩 | |
包括。 | 86.45 | 86.55 | 0.10 | 33,600 | 含石墨泥岩 | |
和包括 | 87.00 | 87.40 | 0.40 | 2,776 | 含石墨泥岩 | |
和包括 | 92.00 | 92.20 | 0.20 | 7,395 | 含石墨泥岩 | |
126.80 | 127.20 | 0.40 | 355 | 含石墨泥岩 | ||
M24-018 | 138.15 | 142.05 | 3.90 | 337 | 含石墨泥岩 | |
M24-019 | 100.90 | 101.10 | 0.20 | 650 | 含石墨泥岩 | |
M24-020 | 154.85 | 155.25 | 0.40 | 553 | 含石墨泥岩 | |
注:報告的放射性值爲NQ2鑽孔芯樣的總伽馬值,使用超級SPEC RS-125手持光譜儀測量,以每秒計數(“cps”)報告。除非另有說明,否則cps值是報告鑽進間隔的平均值。總伽馬cps的測量是證明鈾、釷和/或鉀存在的一種指示,但可能與化學鈾測定不直接相關。總伽馬cps的結果性質是初步的,可能不能直接用於量化鑽孔樣品中的鈾濃度。鑽孔相交點的真實厚度尚待確定。M24-017的結果之前已經報道過。 |
Figure 1: Murmac 2024 Drill Collar Locations.
圖1:Murmac 2024鑽桿位置。
Drill Hole Summary
鑽孔摘要
Summaries of the drill holes are provided as follows:
鑽孔摘要如下:
M24-016A: The targeted conductor (moderate to strongly graphitic pelite) was intersected between 94.4 and 120.7 m. This step-out hole, approximately 100 metres northeast of positive results in 2022 drill holes M22-013 and M22-014, and 175 metres southwest of positive historical results from SMDC drilling (CKI-9 and CKI-10), intersected anomalous radioactivity in graphitic pelite (Figure 2), indicating possible continuity of mineralization between these two locations.
M24-016A:目標導體(中度到強石墨泥岩)位於94.4和12070萬之間。這個約100米東北方向偏移,與2022鑽孔M22-013和M22-014的積極結果相差不大,與SMDC鑽探(CKI-9和CKI-10)的積極歷史結果相差175米西南方向。在石墨化泥岩中交錯放射性異常(圖2),表明可能在這兩個位置之間存在成礦物化的連續性。
Figure 2: Hole M24-016A (target P7), 92.8 to 99.3 m. Anomalous radioactivity hosted in structured graphitic pelite.
圖2:孔M24-016A(目標P7),92.8至9930萬。結構化石墨泥岩中的異常放射性。
M24-017: This hole tested geophysical (EM and gravity) target H15, which occurs at the intersection of the EM conductor and a property-scale, mineralized cross-fault, beneath Howland Lake. Intermittent anomalous radioactivity (up to a maximum of 1,800 cps over 0.1 metre) was intersected in hematized, faulted hangingwall quartzite. This overlies a structured graphitic pelite averaging 1,309 cps over 8.70 metres, with measurements up to 33,600 cps over 0.1 metre. This intersection (Figure 3), of radioactivity hosted in previously unexplored (under a shallow lake) graphitic pelite, at a cross-fault location, provides a compelling validation of the exploration target, justifying down-dip and along strike follow up (subsequent three drill holes).
M24-017:這個孔測試了物理(Em和重力)目標H15,它出現在Em導體和一個礦化的橫向斷層的交匯處,在豪蘭湖下方。在含鐵質、斷層的掛牆石英岩中間斷性地遇到異常放射性(最高達0.1米1,800 cps)。這遮蓋了一層12.09米厚的鈀板狀石墨泥岩,平均計數爲1,309 cps,最高達0.1米的測量值爲33,600 cps。這個相交點(圖3),先前未開採(在淺水湖下面)的結構化石墨泥岩中的放射性提供了一個令人信服的勘探目標驗證,正當沿傾斜和沿行進路線進行後續追蹤(隨後進行了三個鑽探孔)。
Figure 3: M24-017 (target H15) radioactive intersections (81.00 to 94.50 metres down hole). Hangingwall quartzite hosts intermittent radioactivity from 81.00 to 85.80 m. Continuous elevated radioactivity is hosted in the underlying graphitic pelite.
圖3:M24-017(目標H15)放射性相交(81.00至94.50米下孔)。掛牆石英岩從81.00到8580萬的地方具有間歇性放射性。持續升高的放射性是在下面的石墨泥岩中產生的。
M24-018: Steeper follow up of M22-017, shows down-dip continuity (approximate 50 metres vertical) in anomalous radioactivity hosted in graphitic pelite (Figure 4), up to a maximum of 660 cps over 0.1 metre.
M24-018:M22-017的更陡峭的跟進顯示了石墨化泥岩中異常放射性下傾延伸(垂直約50米),最高達0.1米660 cps(圖4)。
Figure 4: M24-018 (down dip test of target H15) radioactive intersections in graphitic pelite down-dip (~50 m vertically below) of the intersection in M24-017.
圖4:M24-018(目標H15的向下傾角)石墨泥岩中的放射性相交,比M24-017中的相交向下傾斜(垂直約5000萬)。
M24-019: Approximate 50 metre step out to the northeast from M22-017. Anomalous radioactivity was hosted in strongly graphitic pelite, confirming presence of active mineralizing system along strike, up to a maximum of 780 cps over 0.1 metre (Figure 5).
M24-019:從M22-017東北方向步進約50米。強石墨泥岩中遇到異常放射性,證實了沿行進路線的活躍成礦系統的存在,最高達0.1米780 cps(圖5)。
Figure 5: M24-019 radioactive intersections in graphitic pelite along strike 50 m to the NE of M24-017 (target H15).
圖5:M24-019位於斷層石墨質頁岩中的放射性交匯點,距離M24-017(目標H15)以NE方向5000萬步長。
M24-020: Approximate 50 metre step out to the southwest from M22-017. Anomalous radioactivity was hosted in graphitic pelite, confirming presence of active mineralizing system along strike, up to a maximum of 850 cps over 0.1 metre (Figure 6).
M24-020:與M22-017向西南約50米。異常放射性位於石墨質頁岩中,證實了礦化系統沿走向一直存在,最大達0.1米的850CPS(圖6)。
Figure 6: M24-020 radioactive intersections in graphitic pelite along strike 50 m to the SW of M24-017 (target H15).
圖6:M24-020位於斷層石墨質頁岩中的放射性交匯點,距離M24-017(目標H15)以SW方向5000萬步長。
M24-021: This hole tested a compelling geophysical (EM and gravity) target (H6) on the Howland Corridor. While no anomalous radioactivity was intersected, the targeted conductor (strongly graphitic pelite) is associated with intense hydrothermal alteration and pervasive faulting (Figure 7).
M24-021:此孔探測了Howland走廊上令人信服的地球物理(Em和重力)目標(H6)。雖然未遇到異常放射性,但所鑽岩層(強石墨質頁岩)與侵入性蝕變及瀰漫性斷層有關(圖7)。
Figure 7: M24-021 (target H6) strongly graphitic pelite in contact with structured hydrothermally altered bleached and hematized quartzite.
圖7:M24-021(目標爲H6)與結構化水熱蝕變漂白和赤鐵礦化石英岩接觸的強石墨頁岩。
M24-022A: This hole tested a compelling geophysical (EM and gravity) target (A22) on the southern Armbruster Corridor. While no anomalous radioactivity was intersected, the targeted conductor (heavily structured strongly graphitic pelite) also shows hydrothermal alteration with a strongly hematized hangingwall quartzite overlying the graphitic unit (Figure 8).
M24-022A:此孔探測了南部Armbruster走廊上令人信服的地球物理(Em和重力)目標(A22)。雖然未遇到異常放射性,但所鑽石墨層(結構複雜的強石墨質頁岩)也有熱蝕變,其上方爲鐵化石英岩(圖8)。
Figure 8: M24-022A (target A22) hydrothermal alteration reduction/oxidation front, transitioning from hematized quartzite to underlying heavily structured strongly graphitic pelite.
圖8:M24-022A(目標A22)熱蝕變氧化還原界面,從鐵化石英岩向下過渡到結構複雜的強石墨質頁岩。
M24-023: This hole tested a compelling geophysical (EM and gravity) target (H16) on the Howland Conductor Corridor, also testing along strike (approximately 600 m SW) of positive results in 2022 drill hole M22-012. Only two minor intervals (<4 metres) of moderately graphitic pelite were intersected, with no other notable conductive horizons. This could indicate that M24-023 drilled through a faulted offset and missed the targeted conductor, drilling through heavily faulted and hematized underlying footwall quartzite.
M24-023:此孔探測了Howland Conductor走廊上令人信服的地球物理(Em和重力)目標(H16),也測試了2022年鑽孔M22-012的大致走向。僅遇到了兩個較小的區間(
M24-024 (P4): This hole was designed to test the southwest strike extension of the mineralized graphitic pelite in M22-013/014 along the Pitchvein Corridor, at the intersection with the same regional cross-cutting structure tested in M24-017 (target P4). The hole was abandoned at 47.5 metres due to intense brittle faulting within hematized quartzite and therefore did not reach the targeted graphitic unit. The intense faulting within the hangingwall is encouraging and the target warrants testing to the required depth. Alternative drill locations will be assessed for a future program.
M24-024(P4):該孔是爲了測試與M22-013/014中礦化的石墨質頁岩沿Pitchvein走廊的西南延伸點交匯,在與M24-017(目標P4)所測試的同一區域橫向斷裂相交處。該孔於47.5米處被強烈的脆性斷層構造中斷,因此未到達目標石墨質巖體。高牆內的強烈斷層構造是鼓舞人心的,並且需在未來計劃中進行測試。備選鑽探位置將會被評估。
Table 2: Murmac Drill Hole Summary (Summer 2024)
表2:Murmac鑽孔摘要(2024年夏季)
Hole ID | Target ID | Easting | Northing | Azimuth | Dip | Length (m) |
M24-016A | P7 | 630799 | 6593053 | 302 | -54 | 258 |
M24-017 | H15 | 633345 | 6593642 | 310 | -55 | 201 |
M24-018 | H15DD | 633345 | 6593642 | 310 | -67 | 177 |
M24-019 | H15NE | 633385 | 6593691 | 298 | -55 | 171 |
M24-020 | H15SW | 633337 | 6593593 | 305 | -45 | 180 |
M24-021 | H6 | 631386 | 6589720 | 315 | -50 | 164.5 |
M24-022A | A22 | 627965 | 6585975 | 305 | -55 | 167.7 |
M24-023 | H16 | 632955 | 6592531 | 320 | -55 | 177 |
M24-024 | P4 | 630332 | 6592498 | 315 | -45 | 47.5* |
Notes: Coordinates are reported in UTM NAD83 Zone 12N. Azimuth is true north. |
||||||
Target prefix A= Armbruster Corridor; H = Howland Corridor; P = Pitchvein Corridor. | ||||||
*Drill hole M24-024 was abandoned due to intense brittle faulting. |
孔ID | 目標編號 | 東經(m) | 北緯(m) | 方位角(度) | 傾角 | 長度(米) |
M24-016A | P7 | 630799 | 6593053 | 302 | -54 | 258 |
M24-017 | H15 | 633345 | 6593642 | 310 | -55 | 201 |
M24-018 | H15DD | 633345 | 6593642 | 310 | -67 | 177 |
M24-019 | H15NE | 633385 | 6593691 | 298 | -55 | 171 |
M24-020 | H15SW | 633337 | 6593593 | 305 | -45 | 180 |
M24-021 | H6 | 631386 | 6589720 | 315 | -50 | 164.5 |
M24-022A | A22 | 627965 | 6585975 | 305 | -55 | 167.7 |
M24-023 | H16 | 632955 | 6592531 | 320 | -55 | 177 |
M24-024 | 沿M22-013和014中礦化截面滑移。測試Pitchvein走廊與領礦過程中的礦化穿越斷層的交匯。 | 630332 | 6592498 | 315 | -45 | 47.5* |
注: 座標以UTm NAD83 Zone 12N報告。方位爲真北。 |
||||||
目標前綴A = Armbruster走廊;H = Howland走廊;P = Pitchvein走廊。 | ||||||
M24-024鑽孔由於劇烈的脆性斷層而被放棄。 |
Next Steps
下一步
Drill core samples have been collected systematically throughout all zones of radioactivity higher than 300 cps and will be submitted to SRC Geoanalytical Laboratories in Saskatoon for U3O8 assay and multi-element characterization. These analytical results will be integrated with the detailed logging information to prioritize follow-up target areas for future drill testing, in addition to testing of numerous other priority regional targets. Following on from the Murmac drill program, Aero and Standard Uranium (TSXV: STND; OTCQBQB: STTDF; FWB: 9SU) plan to test additional targets on the adjacent Sun Dog Project located to the south of Murmac on the Crackingstone Peninsula.
已經系統收集了所有高於300 cps的放射性帶狀帶的鑽孔巖芯樣本,並將提交到Saskatoon的SRC地球化學實驗室進行U3O8分析和多元素特徵化。這些分析結果將與詳細的記錄信息集成,以優先考慮後續測試目標區域,除了測試其他許多優先區域目標。在Murmac鑽探項目之後,Aero和標準鈾(TSXV: STND; OTCQBQB: STTDF; FWB: 9SU)計劃測試相鄰的Sun Dog Project的其他目標,該項目位於Crackingstone半島的Murmac南部。
Technical Disclosure
技術披露
Preliminary radiometric results represent total gamma from NQ2 drill core measured with a Super-SPEC RS-125 handheld spectrometer reported in counts per second ("cps"). Measurements are typically collected over 0.10 to 0.15 metre intervals through areas of anomalous radioactivity (defined as >300 counts per second, or "cps"). Longer intervals with less variation are shown as length weighted averages for simplicity.
初步放射性結果表示從NQ2鑽孔芯中測量的總伽馬值,使用Super-SPEC RS-125手持式光譜儀測量,以每秒計數(“cps”)報告。測量通常在異常放射性區域(定義爲>300 cps)的0.10到0.15米間隔內進行。較長的間隔,較少的變化,顯示爲長度加權平均值,以簡化計算。
Core is removed from the core box and moved, if necessary, to a location where the instrument reads below background, and the measurement is collected by placing the sensor against the core at the required location. The drill cores are subject to comprehensive logging and sampling to characterize mineralization, alteration and structure. Drill core samples will be submitted to the Saskatchewan Research Council ("SRC") Geoanalytical Laboratories (ISO/IEC 17025:2005 accredited) for uranium assay and multi-element characterization. Reflectance spectrometry will be undertaken on additional core samples to determine the presence of indicator clay alteration.
必要時,將芯體從箱子中取出並移動到儀器讀數低於背景的位置,通過將傳感器放置在所需位置的芯體上收集測量值。鑽孔芯體經過全面的記錄和取樣,以表徵礦化、蝕變和結構。鑽孔樣品將提交給Saskatchewan Research Council(“SRC”)地質分析實驗室(ISO/IEC 17025:2005認證)進行鈾分析和多元素表徵。還將對其他芯樣進行反射光譜測量,以確定指示性粘土變質的存在。
Further details regarding the historical uranium occurrences noted in this news release can be found within the Saskatchewan Mineral Assessment Database (SMAD) and the Saskatchewan Mineral Deposit Index (SMDI). Fortune Bay has verified the majority of these occurrences through field prospecting and sampling, however there is a risk that any future confirmation work and exploration may produce results that substantially differ from the unverified historical results. The Company considers these unverified historical results relevant to assess the mineralization and economic potential of the property. The historical drill results obtained by SMDC in drill holes CKI-9 and CKI-10 can be found within the SMAD references 74N07-0310 and 74N07-0311 and have not been verified. Additional historical exploration results (uranium occurrences related to geochemistry results and scintillometer prospecting) derive from SMAD references 74N07-0290, 74N07-0287 and 74N07-0304.
有關本新聞發佈中提到的歷史鈾礦產的更多詳細信息可在薩斯喀徹溫省礦物評估數據庫(SMAD)和薩斯喀徹溫省礦產儲量指數(SMDI)中找到。富貴灣公司通過野外考察和取樣已證實大多數這些礦牀的存在,但是未經證實的歷史結果可能與未來的確認工作和勘探產生極大的差異。公司認爲這些未經證實的歷史結果有助於評估該物業的礦化和經濟潛力。SMDC在CKI-9和CKI-10鑽孔中獲得的歷史鑽探結果可在SMAD參考文獻74N07-0310和74N07-0311中找到,未經證實。其他歷史勘探結果(與地球化學結果和閃爍計數探礦有關的鈾礦牀)來自SMAD參考文獻74N07-0290、74N07-0287和74N07-0304。
Qualified Person
合格人士
The technical content of this news release has been reviewed and approved by Galen McNamara, P. Geo., CEO of the Company and a qualified person as defined by National Instrument 43-101.
本新聞稿的技術內容已由本公司的CEO,符合《43-101號國家規定》定義的合格人員Galen McNamara P.Geo進行審查和批准。
About the Murmac Project
關於Murmac項目
Murmac, situated between the historical Gunnar and Lorado Uranium Mines, has shown significant promise. Historical exploration (1960-1980) revealed numerous high-grade uranium occurrences, though these were not systematically explored for basement-hosted mineralization typical of the Athabasca Basin. A 2022 drilling program by Fortune Bay confirmed the potential for high-grade uranium with significant findings in several drill holes, validating the exploration model.
Murmac位於歷史悠久的Gunnar和Lorado鈾礦之間,顯示出重要潛力。 歷史勘探(1960-1980)揭示了許多高品位鈾出現,但這些並沒有系統地探索Athabasca盆地典型的基底礦化。Fortune Bay在2022年的鑽探計劃證實了高品位鈾的潛力,並在多個鑽孔中發現了重要成果,驗證了勘探模型。
About Aero Energy Limited
關於Aero能源有限公司 Aero Energy是一家礦物勘探和開發公司,正在推進歷史悠久的Athabasca盆地內的Uranium City區的區域規模爲250,000英畝的土地包。 Aero Energy是專注於在其旗艦的期權性質- Sun Dog、Strike和Murmac及其全資擁有的物業上發現高品位鈾礦牀的。通過現代勘探技術的應用,公司已經確定了超過50個淺層鑽探就緒的目標和125公里的目標水平線,在Athabasca盆地的前沿北邊緣。Aero Energy正利用Athabasca盆地正在出現的高品位,不整合型礦化潛力。
Aero Energy is a mineral exploration and development company advancing a district-scale 250,000-acre land package in the historic Uranium City district within Saskatchewan's Athabasca Basin. Aero Energy is focused on uncovering high-grade uranium deposits across its flagship optioned properties - Sun Dog, Strike, and Murmac - in addition to its fully owned properties. With the application of modern exploration techniques, the Company has identified over 50 shallow drill-ready targets and 125 kilometres of target horizon on the frontier north rim of the Athabasca Basin. Aero Energy is tapping into the Athabasca Basin's emerging potential for high-grade, unconformity-style mineralization.
Aero Energy是一家礦產勘探和開發公司,正在推進薩斯喀徹溫省Athabasca盆地歷史悠久的Uranium City區域的一個佔地250,000英畝的區域規模上的項目。 Aero Energy專注於揭示其旗艦買斷的Sun Dog、Strike和Murmac物業以及完全擁有的物業中的高品位鈾礦牀,在現代勘探技術的應用下,該公司在Athabasca盆地北邊緣的前沿地帶上已經確定了50多個淺層鑽井就緒目標和125公里的目標層位。 Aero Energy正在開發Athabasca盆地潛在的高品位非相稱型礦化的新興潛力。
On Behalf of the Board of Directors
Carl Esprey
Galen McNamara, Chief Executive Officer
Galen McNamara,首席執行官
Further information on the Company can be found on the Company's website at aeroenergy.ca and at , or by contacting the Company by email at info@aeroenergy.ca.
更多關於本公司的信息,請訪問aeroenergy.ca網站以及,或通過電子郵件info@aeroenergy.ca與公司聯繫。
Cautionary Statement Regarding Forward-Looking Information
關於前瞻性信息的警示聲明
Neither the 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 Venture Exchange及其監管服務提供者(如TSX Venture Exchange的政策所定義的那樣)對此發佈的充分性或準確性不承擔任何責任。
This news release contains certain "forward looking statements" and certain "forward-looking information" as defined under applicable Canadian and U.S. securities laws. Forward-looking statements and information can generally be identified by the use of forward-looking terminology such as "may", "will", "should", "expect", "intend", "estimate", "anticipate", "believe", "continue", "plans" or similar terminology. The forward-looking information contained herein is provided for the purpose of assisting readers in understanding management's current expectations and plans relating to the future. These forward‐looking statements or information relate to, among other things the exploration and development of the Company's mineral exploration projects including completion of drilling activities.
本新聞發佈包含某些“前瞻性聲明”和某些“前瞻性信息”,如適用的加拿大和美國證券法所定義。前瞻性聲明和信息通常可以通過使用前瞻性術語例如“可能”、“將要”、“應該”、“期望”、“打算”、“估計”、“預期”、“相信”、“繼續”、“計劃”或類似術語來識別。此處包含的前瞻信息是爲了協助讀者理解管理層與未來相關的當前期望和計劃。這些前瞻性聲明或信息涉及公司礦產勘探項目的勘探和開發,包括鑽探活動的完成。
Forward-looking information is subject to known and unknown risks, uncertainties and other factors that may cause the actual actions, events or results to be materially different from those expressed or implied by such forward-looking information, including but not limited to: the requirement for regulatory approvals; enhanced uncertainty in global financial markets as a result of the public health crises; unquantifiable risks related to government actions and interventions; stock market volatility; regulatory restrictions; and other related risks and uncertainties.
前瞻信息受已知和未知的風險、不確定因素和其他因素的影響,這些因素可能導致實際行動、事件或結果與此類前瞻信息所表達或暗示的行動、事件或結果有實質性的不同,包括但不限於:需要獲得監管批准;由於公共衛生危機而導致全球金融市場不確定性的增加;與政府行動和干預相關的無法量化的風險;股票市場波動;監管限制;以及其他相關風險和不確定性。
Forward-looking information are based on management of the parties' reasonable assumptions, estimates, expectations, analyses and opinions, which are based on such management's experience and perception of trends, current conditions and expected developments, and other factors that management believes are relevant and reasonable in the circumstances, but which may prove to be incorrect.
前瞻性信息基於各方合理的假設,估計,期望,分析和意見,這些假設,估計,期望,分析和意見是基於這些管理層的經驗和對趨勢,當前情況和預期發展的認識,以及管理層認爲在這種情況下相關和合理的其他因素,但這些因素可能被證明是不正確的。
The Company undertakes no obligation to update forward-looking information except as required by applicable law. Such forward-looking information represents management's best judgment based on information currently available. No forward-looking statement can be guaranteed and actual future results may vary materially. Accordingly, readers are advised not to place undue reliance on forward-looking statements or information.
除適用法律規定外,公司不承擔更新前瞻性信息的責任。這種前瞻性信息代表管理層根據目前可用的信息作出的最佳判斷。任何前瞻性聲明均無法保證實際未來結果可能會有實質性的變化。因此,讀者被告知不要過度依賴前瞻性陳述或信息。