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Eureka Lithium Continues Due Diligence on the Lac La Motte Lithium Project, Val D'Or, PQ

Eureka Lithium Continues Due Diligence on the Lac La Motte Lithium Project, Val D'Or, PQ

Eureka Lithium 继续对 PQ Val D'Or 的 Lac La Motte 锂项目进行尽职调查
newsfile ·  01/10 06:00

Vancouver, British Columbia--(Newsfile Corp. - January 10, 2024) - Eureka Lithium Corp. (CSE: ERKA) (OTCQB: UREKF) (FSE: S580) ("Eureka Lithium" or "Eureka" or the "Company"), continues its review and assessment of the Lac La Motte lithium project (see Press Release December 8th, 2023) as part of its Due Diligence period under the letter of intent, to be followed by the negotiation and drafting of the Definitive Agreement with the optionor, Medaro Mining Corp., ("Medaro" or "the Optionor").

不列颠哥伦比亚省温哥华--（Newsfile Corp.，2024年1月10日）——尤里卡锂业公司（CSE：ERKA）（场外交易代码：UREKF）（FSE：S580）（“尤里卡锂业” 或 “尤里卡” 或 “公司”）继续审查和评估拉克拉莫特锂项目（见12月8日新闻稿）第四，2023）作为其意向书规定的尽职调查期的一部分，随后将与期权人梅达罗矿业公司（“Medaro” 或 “期权人”）谈判和起草最终协议。

The Lac La Motte property is located in La Corne township, in the prolific mining area of the Abitibi- Témiscamingue region, Quebec province, 40 kilometres ("km") northwest of the city of Val d'Or. Spodumene lithium occurrences hosted in the intrusive rocks of the La Corne Batholithe have been explored since the 1950s, with the "La Corne Region" renowned as one of the world's most prospective and active area for hard rock lithium deposits.

Lac La Motte地产位于魁北克省阿比蒂比-特米斯卡明格地区多产的矿区的拉科恩镇，位于瓦尔德奥市西北40千米（“千米”）处。自20世纪50年代以来，人们一直在勘探La Corne Batholithe侵入性岩石中的锂矿点，“拉科恩地区” 被誉为世界上最具前景和最活跃的硬岩锂矿床区域之一。

The Property is situated almost mid-way between the North American Lithium (NAL) mine and the Authier project. The NAL operation started in March 2023, and is Quebec's only producing lithium mine, and Canada's most recent producer owned by Sayona Quebec, a joint venture between Australia's Sayona Mining Ltd. & North Carolina's Piedmont Lithium Inc. Sayona Mining also owns the Authier project in Lac Motte Township, which is at the permit stage for open pit production, with processing at the NAL site. With two operating lithium mines in the near term, and numerous advanced and early-stage projects the La Motte-La Corne area represents an emerging "lithium hub". The Company's Lac La Motte project is located 9 kms east of the Authier Project, and 15 kms west of the NAL Mine.

该物业几乎位于北美锂（NAL）矿和Authier项目之间。NAL 的运营始于 2023 年 3 月，是魁北克唯一生产锂矿的矿山，加拿大最新的生产商由澳大利亚萨约纳矿业有限公司和北卡罗来纳州的皮埃蒙特锂业公司合资拥有。萨约纳矿业还拥有位于拉克莫特镇的奥蒂尔项目，该项目正处于露天生产许可阶段，在 NAL 基地进行加工。La Motte-La Corne地区在短期内有两个正在运营的锂矿，以及许多先进的早期项目，是一个新兴的 “锂中心”。该公司的Lac La Motte项目位于Authier项目以东9公里处，NAL矿以西15公里处。

Jeff Wilson, CEO of Eureka Lithium, stated: "We are excited about the opportunity the Lac La Motte project presents to Eureka and its shareholders. Should our due diligence lead us to proceed to a Definitive Agreement, the favourable terms under which Eureka can earn a 100% interest in the project allows Eureka to put money in the ground in exploration and drilling expenditures on a prospective project with year-round access. Furthermore, the high-quality work and advancement of targets by prior operators provides Eureka with a drill-ready and drill-permitted asset with multiple compelling target areas to test in the coming months."

尤里卡锂业首席执行官杰夫·威尔逊表示：“我们对Lac La Motte项目为尤里卡及其股东带来的机会感到兴奋。如果我们的尽职调查促使我们达成最终协议，那么Eureka可以获得该项目100％权益的优惠条件使Eureka能够将资金投入到具有全年准入的潜在项目的勘探和钻探支出中。此外，先前运营商的高质量工作和目标的推进为尤里卡提供了可钻探且获准钻探的资产，还有多个引人注目的目标区域可供在未来几个月进行测试。”

Two areas key areas of interest have been identified on the Lac La Motte Property, designated as the West Target and East Target, respectively.

在Lac La Motte地产上确定了两个关键的兴趣区域，分别被指定为西部目标和东部目标。

East Target

东方目标

The East Target is located near the southeast corner of Lac La Motte, approximately 300 metres ("m") inland from the lake shore. Sampling, prospecting and mapping by the Optionor in 2022 identified multiple spodumene occurrences, which was investigated with surface sampling and a 9 hole diamond drill program (MD22-01 to 09). The work was mainly focussed along a roughly 500 m long pegmatite trend partially exposed at surface with widths in the range of 0.5 to 2 metres.

东部目标位于拉莫特湖东南角附近，距离湖岸向内陆约300米（“m”）。2022年，Optionor进行了采样、勘探和测绘，发现了多处锂辉石矿点，对这些矿点进行了地表采样和9孔钻石钻探计划（MD22-01 至 09）进行了调查。这项工作主要集中在大约500米长的伟晶岩走向上，部分露在地表上，宽度在0.5至2米之间。

Work Results Highlights:

工作业绩亮点：

  • The surface samples result from the main La Motte showing indicate lithium oxide (Li2O) values in the range of less than 0.02% Li2O to 2.58% Li2O.

  • Drill Hole MD22-02 Intersected a 0.7 m wide pegmatite with 0.89% lithium oxide (Li2O) at 72.7 m drilled depth.

  • Drill Hole MD22-05 Intersected three pegmatites: top 0.79 m wide with 1.34% Li2O at 13.18 m depth; middle 0.7 m wide with 0.5% Li2O at 20 m depth; lower 0.81 m wide at 0.78% Li2O at 22.92 m depth.

  • Drill Hole MD22-06 Intersected three pegmatites: top 0.11 m wide with 1.10% Li2O at 31.95 m depth; middle 0.87 m wide with 1.01% Li2O at 34.53 m depth; lower 0.80 m wide at 0.55% Li2O at 37.58 m depth.

  • Drill Hole MD22-07 Intersected 1.76 m wide pegmatite with average 4,375 ppm Li / 0.94% Li2O.

  • Drill Hole MD22-08 Intersected two pegmatites: Upper 1.33 m wide with 1.49% Li2O at 36 m depth; and lower 0.93 m wide at 88% Li2O at 41.2 m depth.

  • 来自主La Motte的表面样本结果显示，氧化锂（Li2O）值在小于0.02％的Li2O至2.58％的Li2O范围内。

  • MD22-02 钻孔在 72.7 米的钻孔深度处与一块 0.7 米宽的伟晶岩相交，含有 0.89% 的氧化锂 (Li2O)。

  • MD22-05 钻孔与三块伟晶岩相交：顶部宽 0.79 米，深度为 13.18 m，Li2O 为 1.34%；中部 0.7 m 宽，20 m 深度为 0.5% Li2O；下部宽 0.81 米，深度为 22.92 m，Li2O 为 0.78%。

  • MD22-06 钻孔与三块伟晶岩相交：顶部宽 0.11 米，深度为 31.95 m，Li2O 为 1.10%；中部 0.87 m 宽，34.53 m 深度为 1.01% Li2O；下部宽 0.80 m，深度为 0.55% Li2O。

  • MD22-07 钻孔与 1.76 m 宽的伟晶岩相交，平均含有 4,375 ppm Li/0.94% Li2O。

  • MD22-08 钻孔与两块伟晶岩相交：上部宽 1.33 米，深度为 36 m，Li2O 为 1.49%；下部 0.93 m 宽，41.2 m 深度为 88% Li2O。

West Target

西方目标

  • The West Target comprises an historical lithium spodumene prospect "La Motte VII-47" discovered in the 1950s, with the "La Motte" showing located approximately 280 metres to the northeast, discovered in 2010. Spodumene mineralization is hosted in a pegmatite dike cutting metasedimentary rocks of the Caste Formation (Kewagama Group) which are in contact to the west with basalts of the La Motte-Vassan Formation (Malartic Group). In 2022, the Optionor completed five (5) diamond drill holes (MD22-10 to 15) over the La Motte showing, over a NNW-SSE strike of approximately 240 metres. The drill holes intersected multiple low-grade pegmatites.

  • In 2022, the Optionor also contracted CC Explorations LLC for Satellite Imaging Technology (SIT) to define lithium exploration targets in the West Target area. The SIT survey was able to detect and plot potential lithium concentrations, possibly veins but appearing to run along contact zones as well as indications of outcrops in the bedrock surrounding these areas at depth and near surface.

  • 西部目标包括20世纪50年代发现的历史锂辉石勘探区 “La Motte VII-47”，其中 “La Motte” 位于东北约280米处，于2010年发现。锂辉石矿化位于伟晶岩堤坝中，该堤坝切割了种姓组（Kewagama 组）的变沉积岩，这些岩石与拉莫特-瓦桑组（马拉蒂克组）的玄武岩向西接触。2022年，Optionor在拉莫特河上空完成了五 (5) 个金刚石钻孔（MD22-10 至 15 个），完成了大约 240 米的北新南威尔士州上空钻探。钻孔与多块低品位伟晶岩相交。

  • 2022年，Optionor还与CC Explorations LLC签订了卫星成像技术（SIT）合同，以确定西部目标地区的锂勘探目标。SIT调查得以检测和绘制潜在的锂浓度，可能是矿脉，但似乎沿着接触区流动，并有迹象表明这些区域周围的基岩在深度和地表附近有露头。

The optionor has reported (see press release February 15, 2023) that all intersections reported are based on drilled widths and have not been converted to the true width. The drill core from the 2022 program was logged and sampled at facility located about 50 kilometres from the property in the village of Saint-Dominique-du-Rosaire. The samples were bagged and tagged, using best practices, and were delivered to Activation Laboratories in Ancaster, Ont., for sample preparation and analyses, using laboratory code Ultratrace 7 and sodium peroxide fusion (Na2O2). Activation Laboratories is an independent, commercial, ISO-certified laboratory.

期权人报告说（见2023年2月15日的新闻稿），报告的所有交叉点均基于钻孔宽度，尚未转换为真实宽度。2022年项目的钻芯是在距离圣多米尼克-杜-罗赛尔村庄约50公里的设施中记录和采样的。使用最佳实践将样本装袋并贴上标签，然后使用实验室代码Ultratrace 7和过氧化钠融合（Na2O2）运送到安大略省安卡斯特的活化实验室，进行样本制备和分析。Activation Laboratories 是一家经过 ISO 认证的独立商业实验室。

The Optionor reports that the pegmatites encountered within the significant drill intercepts correlate strongly with the historical diamond drilling completed on the property in the 1950s. Results from the Optionor's 2022 field prospecting and sampling program was the basis for deciding on the targets for the 2022 drill program. The 2022 results are being compiled and assessed by Eureka and this information will be used to plan a follow-up drill program at the property in 1st quarter 2024, subject to Eureka's completion of its due diligence process and election to proceed with the Option.

Optionor报告说，在重要钻探截距内遇到的伟晶岩与20世纪50年代在该地产上完成的历史钻石钻探密切相关。Optionor的2022年油田勘探和采样计划的结果是决定2022年钻探计划目标的基础。尤里卡正在汇编和评估2022年的结果，这些信息将用于规划该物业的后续演习计划st 2024年季度，视尤里卡完成尽职调查程序和选择继续执行该期权而定。

The Optionor has acquired 15 additional claims in the Lac La Motte area which can also be included in the final Property Purchase agreement.

期权人已在Lac La Motte地区获得了另外15项索赔，这些索赔也可以包含在最终的房地产购买协议中。

About Satellite Imaging Technology (SIT)

关于卫星成像技术 (SIT)

The Optionor contracted CC Explorations LLC of the USA to complete a first phase Satellite Assessment over a part of the CYR Lithium Property. CC Exploration provided the following rationale for usefulness of their technology to define lithium exploration targets at depth:

期权人与美国的CC Explorations LLC签订了合同，以完成对CYR锂资产一部分的第一阶段卫星评估。CC Exploration提供了以下理由，说明其技术可用于定义深度锂勘探目标：

  1. Satellite technology has been around for almost 80 years and there are continuous new developments on applications. The study of molecular structures ( atoms, protons, neutrons ) has been going on for centuries and each element of the periodic table has its own structure. Every element on the periodic table and any other material product , organic or inorganic , has its own measurable frequency. This includes all metals, oil and gas, water.

  2. One satellite-based technology has been deployed now for over a decade and that is NMR technology, or nuclear magnetic resonance in which the satellite can capture neutron measurements. These can then be extrapolated into readings of different elements and subsurface bodies. This is a fast reconnaissance instrument and can be used as a prospecting instrument to guide any future follow up.

  3. In practical operations CC Exploration first do the satellite imaging which confirms the presence of the target element. This information then provides GPS locations to place the ground sensors.

  4. Frequency density data is then collected for 30 days onto SD cards. At the end of 30 days the cards are shipped to the research facility for processing and 3-D modelling.

  1. 卫星技术已经存在了将近80年，应用不断有新的发展。对分子结构（原子、质子、中子）的研究已经进行了几个世纪，元素周期表中的每个元素都有自己的结构。元素周期表中的每种元素和任何其他物质产物，无论是有机还是无机，都有自己的可测量频率。这包括所有金属、石油和天然气、水。

  2. 一种基于卫星的技术已经部署了十多年，那就是核磁共振技术，即核磁共振技术，即卫星可以捕获中子测量结果的核磁共振。然后可以将其推断为不同元素和地下物体的读数。这是一种快速侦察仪器，可用作探矿工具，指导未来的任何后续行动。

  3. 在实际操作中，CC Exploration首先进行卫星成像，以确认目标元素的存在。然后，该信息提供放置地面传感器的 GPS 位置。

  4. 然后将频率密度数据收集到 SD 卡上，为期 30 天。30 天结束后，这些卡片将运送到研究机构进行处理和三维建模。

Table 1: East Target Drill Holes Results 2022

表 1：2022年东部目标钻孔结果

DRILL HOLE ID FROM (m) TO (m) LENGTH Li (ppm) Li2O % COMMENTS
MD22-01 14.57 15.6 1.03 64 0.01 Intersected three pegmatites: top 1.03 m wide with 64 ppm Li at 14.57 m depth; middle 0.94 m wide with 1,420 ppm Li at 59.5 m depth; and lower 0.67 m wide at 1,310 ppm Li at 75.7 m depth.
59.5 60.44 0.94 1420 0.31
75.7 76.37 0.67 1310 0.28
MD22-02 11.4 12.3 0.90 56 0.01 0.7 m wide pegmatite with 0.89% Li2O at 72.7 m drilled depth
20.7 21.23 0.53 244 0.05
72 72.7 0.70 142 0.03
72.7 73.4 0.70 4160 0.89
117.69 118.53 0.84 77 0.02
MD-22-03 23.6 24 0.4 386 0.08 Two pegmatites: top 1.06 m at 0.6% Li2O at 24.12 m; lower 1 m at 0.17% Li2O at 62.2 m drilled depth
24.12 25.18 1.06 2780 0.60
26.43 26.85 0.42 179 0.04
62.2 63.2 1 806 0.17
129.2 129.65 0.45 46 0.01
137.66 138.2 0.54 59 0.01
MD-22-04 4.72 5.17 0.45 < 15
Intersected 0.62 m wide pegmatite with 381 parts per million (ppm) Li at 59.68 m depth
59.68 60.3 0.62 381 0.08
MD-22-05 13.18 13.97 0.79 6240 1.34 Intersected three pegmatites: top 0.79 m wide with 1.34% Li2O at 13.18 m depth; middle 0.7 m wide with 0.5% Li2O at 20 m depth; lower 0.81 m wide at 0.78% Li2O at 22.92 m depth.
20 20.7 0.70 2330 0.50
22.92 23.73 0.81 3650 0.78
MD22-06 31.95 32.06 0.11 5110 1.10 Intersected three pegmatites: top 0.11 m wide with 1.10% Li2O at 31.95 m depth; middle 0.87 m wide with 1.01% Li2O at 34.53 m depth; lower 0.80 m wide at 0.55% Li2O at 37.58 m depth.
34.53 35.4 0.87 4680 1.01
37.58 38.38 0.80 2550 0.55
48 48.4 0.40 173 0.04
119.25 120 0.75 253 0.05
MD22-07 37.34 38.23 0.89 3060 0.66 1.76 m wide pegmatite with average 4,375 ppm Li / 0.94% Li2O
38.23 39.1 0.87 5690 1.22
37.34 39.1 1.76 4375 0.94
MD22-08 36 36.62 0.62 5110 1.10 Intersected two pegmatites: Upper 1.33 m wide with 1.49% Li2O at 36 m depth; lower 0.93 m wide at 88% Li2O at 41.2 m depth.
36.62 37.33 0.71 8710 1.87
36 37.33 1.33 6910 1.49
41.2 42.13 0.93 4080 0.88
47.93 48.38 0.45 199 0.04
MD22-09 144 144.59 0.59 210 0.05 One 0.59 m wide pegmatite with 210 ppm Li at 144 m depth
钻孔 ID 来自 (m) 到 (m) 长度 李 (ppm) Li2O% 评论
MD22-01 14.57 15.6 1.03 64 0.01 相交了三块伟晶岩：顶部宽 1.03 米，深度为 14.57 m，Li 为 64 ppm；中部宽 0.94 米，深 59.5 m 处有 1,420 ppm Li；下部宽 0.67 米，深度为 1,310 ppm Li，深度为 75.7 m。
59.5 60.44 0.94 1420 0.31
75.7 76.37 0.67 1310 0.28
MD22-02 11.4 12.3 0.90 56 0.01 0.7 m 宽伟晶岩，钻孔深度为 72.7 m，Li2O 含量为 0.89%
20.7 21.23 0.53 244 0.05
72 72.7 0.70 142 0.03
72.7 73.4 0.70 4160 0.89
117.69 118.53 0.84 77 0.02
MD-22-03 23.6 24 0.4 386 0.08 两块伟晶岩：顶部 1.06 米，24.12 m 处为 0.6% Li2O；在 62.2 m 的钻孔深度下方 1 米，Li2O 为 0.17%
24.12 25.18 1.06 2780 0.60
26.43 26.85 0.42 179 0.04
62.2 63.2 1 806 0.17
129.2 129.65 0.45 46 0.01
137.66 138.2 0.54 59 0.01
MD-22-04 4.72 5.17 0.45
在 59.68 m 深度处与 0.62 m 宽的伟晶岩相交，锂含量为 381 ppm (ppm)
59.68 60.3 0.62 381 0.08
MD-22-05 13.18 13.97 0.79 6240 1.34 三块伟晶岩相交：顶部宽 0.79 米，深度为 13.18 m，Li2O 为 1.34%；中部 0.7 m 宽，20 m 深度为 0.5% Li2O；下部宽 0.81 米，深度为 22.92 m，Li2O 为 0.78%。
20 20.7 0.70 2330 0.50
22.92 23.73 0.81 3650 0.78
MD22-06 31.95 32.06 0.11 5110 1.10 三块伟晶岩相交：顶部宽 0.11 米，深度为 31.95 m，Li2O 为 1.10%；中部 0.87 m 宽，34.53 m 深度为 1.01% Li2O；下部宽 0.80 m，深度为 0.55% Li2O。
34.53 35.4 0.87 4680 1.01
37.58 38.38 0.80 2550 0.55
48 48.4 0.40 173 0.04
119.25 120 0.75 253 0.05
MD22-07 37.34 38.23 0.89 3060 0.66 1.76 m 宽伟晶岩，平均含有 4,375 ppm Li/0.94% Li2O
38.23 39.1 0.87 5690 1.22
37.34 39.1 1.76 4375 0.94
MD22-08 36 36.62 0.62 5110 1.10 两块伟晶岩相交：上部宽 1.33 米，深度为 36 m，Li2O 为 1.49%；下部 0.93 m 宽，41.2 m 深度为 88% Li2O。
36.62 37.33 0.71 8710 1.87
36 37.33 1.33 6910 1.49
41.2 42.13 0.93 4080 0.88
47.93 48.38 0.45 199 0.04
MD22-09 144 144.59 0.59 210 0.05 一块 0.59 米宽的伟晶岩，含有 210 ppm Li，深度为 144 m

Table 2: West Target Drill Holes Results 2022

表 2：West Target 2022年钻孔结果

DRILL HOLE ID FROM (m) TO (m) LENGTH Li (ppm) Li2O % COMMENTS
MD22-10 3 4 1.00 227 0.05 Intersected two pegmatites: Upper 1.60 m wide with 167.5 ppm Li at 3 m depth; lower 0.93 m wide at 204 ppm Li at 29.07 m depth.
4 4.6 0.60 108 0.02
3 4.6 1.60 167.5
29.07 29.49 0.42 169 0.04
29.49 30 0.51 239 0.05
29.07 30 0.93 204
MD22-11 57.93 63 5.07 31.2 0.01 Intersected multiple lower grade pegmatites including two mains: upper 5.07 m wide with 31.2 ppm Li at 57.93 m depth; lower 14.13 m wide at 53.80 ppm Li at 53.80 m depth.
64.37 78.5 14.13 53.80 0.01
81.18 81.81 0.63 70 0.02
93.2 93.83 0.63 60 0.01
100.74 101.3 0.56 61 0.01
105.4 106.2 0.80 141 0.03
8.25 9.08 0.83 61 0.01
MD22-12 47.67 48.72 1.05 65 0.01 Intersected 1.03 m wide pegmatite with 1,080 ppm Li at 46.9 m depth.
MD22-13 48.2 49 0.80 51 0.01 Intersected two low grade pegmatites: upper 0.80 m grading 51 ppm Li at 48.2 m, lower 1.16 m grading 60 ppm Li at 49 m depth.
49 50.16 1.16 60 0.01
MD22-14




No significant mineralization
MD22-15 32.22 33.1 0.88 373.00 0.08 One 0.88 m wide pegmatite with 373 ppm Li at 33.22 m depth
钻孔 ID 来自 (m) 到 (m) 长度 李 (ppm) Li2O% 评论
MD22-10 3 4 1.00 227 0.05 与两块伟晶岩相交：上部宽 1.60 米，深度为 167.5 ppm Li；下部宽 0.93 米，深度为 204 ppm Li，深度为 29.07 m。
4 4.6 0.60 108 0.02
3 4.6 1.60 167.5
29.07 29.49 0.42 169 0.04
29.49 30 0.51 239 0.05
29.07 30 0.93 204
MD22-11 57.93 63 5.07 31.2 0.01 相交了多个低等级伟晶岩，包括两条主干岩：上部宽度为5.07米，深度为31.2 ppm Li，深度为57.93 m；下部宽度为14.13米，深度为53.80 ppm Li，深度为53.80 m。
64.37 78.5 14.13 53.80 0.01
81.18 81.81 0.63 70 0.02
93.2 93.83 0.63 60 0.01
100.74 101.3 0.56 61 0.01
105.4 106.2 0.80 141 0.03
8.25 9.08 0.83 61 0.01
MD22-12 47.67 48.72 1.05 65 0.01 在 46.9 m 深度处与 1,080 ppm Li 相交 1.03 米宽的伟晶岩。
MD22-13 48.2 49 0.80 51 0.01 与两块低品位伟晶岩相交：上部 0.80 米，在 48.2 m 处，Li 等级 51 ppm，在 49 m 深度，Li 等级 60 ppm，下部 1.16 米，等级 60 ppm Li。
49 50.16 1.16 60 0.01
MD22-14




没有明显的矿化
MD22-15 32.22 33.1 0.88 373.00 0.08 一块 0.88 米宽的伟晶岩，含有 373 ppm Li，深度为 33.22 m

Corporate Video

企业视频

To view a new Eureka Lithium corporate video, visit () or the following URL:

要观看新的 Eureka Lithium 公司视频，请访问 () 或以下 URL：

Corporate Presentation

企业演示

Visit the Eureka Lithium homepage or click on the following URL to view the Company's Corporate Presentation:

访问 Eureka Lithium 主页或点击以下 URL 查看公司的公司简报：

Qualified Person

合格人员

The scientific and technical content of this news release has been reviewed and approved by Afzaal Pirzada, P. Geo., who is a "qualified person" as defined by National Instrument 43-101 - Standards of Disclosure for Mineral Projects.

本新闻稿的科学和技术内容已经过 Afzaal Pirzada, P. Geo. 的审查和批准，他是 National Instruments 43-101 所定义的 “合格人员”- 矿产项目披露标准。

About Eureka Lithium Corp.

关于尤里卡锂业公司

Eureka Lithium is the largest lithium-focused landowner in the northern third of Quebec, known as the Nunavik region, with 100-per-cent ownership of three projects comprising 1,408 square km in the emerging Raglan West, Raglan South and New Leaf lithium camps. These claims were acquired from legendary prospector Shawn Ryan and are located in a region that hosts two operating nickel mines with deep-sea port access. The recent acquisition of the La Motte lithium project near Val D'Or, Quebec broadens Eureka Lithium's holdings into the heart of Canada's major lithium production district.

Eureka Lithium是魁北克北部三分之一的努纳维克地区最大的以锂为重点的土地所有者，拥有三个项目的100％所有权，这些项目占地1,408平方千米，分别位于新兴的拉格兰西部、拉格兰南部和纽利夫锂矿营地。这些索赔是从传奇探矿者肖恩·瑞安那里获得的，位于一个拥有两个可通往深海港口的运营镍矿的地区。最近收购了魁北克省瓦尔多尔附近的拉莫特锂项目，将尤里卡锂业的持股范围扩大到加拿大主要锂生产区的中心地带。

For more information please contact:

欲了解更多信息，请联系：

Jeffrey Wilson
Chief Executive Officer
Email: info@eurekalithiumcorp.com

杰弗里威尔逊
首席执行官
电子邮件：info@eurekalithiumcorp.com

Cautionary Statement

警示声明

Certain statements contained in this news release, including statements which may contain words such as "expects", "anticipates", "intends", "plans", "believes", "estimates", or similar expressions, and statements related to matters which are not historical facts, such as statements regarding the contemplated completion of the Acquisition and the Concurrent Financing, are forward-looking information within the meaning of applicable securities laws. Such forward-looking statements reflect management's expectations and are based on certain factors and assumptions and involve known and unknown risks and uncertainties which may cause the actual results, performance, or achievements to be materially different from future results, performance, or achievements expressed or implied by such forward-looking statements. These factors should be considered carefully, and readers should not place undue reliance on the Company's forward-looking statements. The Company believes that the expectations reflected in the forward-looking statements contained in this news release are reasonable, but no assurance can be given that these expectations will prove to be correct, nor that the Acquisition will be completed as contemplated, or at all, or that the Concurrent Financing will be completed as contemplated, or at all. The Company undertakes no obligation to release publicly any future revisions to forward-looking statements to reflect events or circumstances after the date of this news or to reflect the occurrence of unanticipated events, except as expressly required by law.

本新闻稿中包含的某些陈述，包括可能包含 “预期”、“预期”、“打算”、“计划”、“相信”、“估计” 或类似表述等词语的声明，以及与非历史事实的事项有关的陈述，例如有关计划完成收购和并行融资的陈述，均为适用证券法所指的前瞻性信息。此类前瞻性陈述反映了管理层的预期，基于某些因素和假设，涉及已知和未知的风险和不确定性，这些风险和不确定性可能导致实际业绩、业绩或成就与此类前瞻性陈述所表达或暗示的未来业绩、业绩或成就存在重大差异。应仔细考虑这些因素，读者不应过分依赖公司的前瞻性陈述。公司认为，本新闻稿中包含的前瞻性陈述中反映的预期是合理的，但无法保证这些预期会被证明是正确的，也无法保证收购将按设想完成或根本无法完成，也无法保证并行融资将按设想完成或根本无法保证。除非法律明确要求，否则公司没有义务公开发布未来对前瞻性陈述的任何修订，以反映本新闻发布之日之后的事件或情况，或反映意外事件的发生。

The Canadian Securities Exchange (CSE) has not reviewed, approved, or disapproved the contents of this press release.

加拿大证券交易所（CSE）尚未审查、批准或不批准本新闻稿的内容。

To view the source version of this press release, please visit

要查看本新闻稿的源版本，请访问

声明：本内容仅用作提供资讯及教育之目的，不构成对任何特定投资或投资策略的推荐或认可。 更多信息
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