1808 Wellington Avenue, Winnipeg, Manitoba R3H 0G3, Canada
November 4, 2024 - November 5, 2024
09:00AM - 04:30PM CST
Welcome to CCMEC.
CCMEC is a meeting place for all stakeholders in the mineral exploration and mining industry in central Canada including investment firms, exploration and mining companies, Indigenous groups, Government officials, prospectors, ESG organizations, suppliers, and academic institutions.
Our 2024 event is being at the Victoria Inn Hotel & Convention Centre, November 4 & 5, 2024
Only those who have consented to having their information shared will be listed here. To consent and have your information added, go to your ticket, click View/Edit and enable the share consent statement at the bottom of your ticket.
Maxime Bergeron Quirion
Rob Brogan
Monique LaBossiere
Darryl Chubak
Neil Richardson
Neil Richardson
Steve Procyshyn
Cassandra Ruggiereo
Leanne Gasiorowski
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Description: | A Simple Multi-Borehole Resistivity Method for Small to Large Scale 3D Imaging (Joe Mihelcic) The method consists of placing transmitter electrodes at ‘infinity’ perpendicular to the dominant target trend and reading electrode voltages with a receiver across at least three borehole pairs over many depth combinations. The data are georeferenced in 3D and input to inversion modeling software to produce a 3D resistivity image between the boreholes. Three examples are presented: small scale for void detection, medium scale for bedrock characterization, and large scale for mineral exploration. Future developments include super large scale for investigations under existing mining camps, automated ‘robots’ to operate winches at multiple borehole pairs with customized software, enhanced quantitative interpretation for near-borehole anomalies and effects, and modeling various target scenarios for critical mineral exploration. This presentation will go over the benefits of Red Relief Image Mapping, and how this new visualization method can assist in mineral exploration. High resolution 3D topographic data potentially holds useful information which cannot be expressed by ordinary visualization methods. Red Relief Image Mapping (RRIM) is a new method based on multi-layered topographic information computed from gridded 3D data (DEM). RRIM can visualize the topographic slope, concavities and convexities at the same time. Any user can quickly and clearly read and interpret the data with minimal instruction and no need for GIS or Geomatics training. Revolutionary Airborne Electromagnetic Technology for Mineral Exploration (Alexander Prikodko)
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Description: | Alamos’ Lynn Lake Gold Project: Exploration Processes and Greenfields Discoveries (Carolynn Hudek) Alamos Gold acquired the Lynn Lake Gold Project in 2015 and spent the first five years drilling at and near the three historic mine sites: MacLellan, Gordon, and Burnt Timber. Since 2020 the focus has been on systematic exploration to cover the entire 58,000 Ha property. This presentation will discuss the exploration methods employed by Alamos which have been key to exploration success, and provide an overview of two greenfields discoveries in Tulune and Maynard. Grid Metals’ MM Project: On Track to Become the Next Major Copper-Nickel-PGM Production HUB in Manitoba (Dave Peck) The Company is currently launching an ambitious exploration and development plan that will complement its ongoing efforts to commission the next lithium mine in the province at its Donner Lake property. Currently, the MM project captures 50 million tonnes of pit-constrained Cu-Ni-PGE resources. The project comprises two discrete mineral trends: (1) The Makwa Domain, which includes several nickel-rich disseminated magmatic sulfide deposits hosted by the Ultramafic Series of the Bird River Sill; and (2) The Mayville Domain, which features a series of predominantly mafic intrusive bodies that host high tenor, copper-dominant, disseminated sulfide mineralization. The first step in the campaign is the completion of a series of new, deep-penetrating, high-resolution airborne EM surveys to support the first belt-wide search for feeder-related massive sulfide deposits. The next major step will involve exploration drilling and associated lithogeochemical and downhole geophysical surveys. Drilling will initially focus on a 4km long trend of mineralized gabbro that includes the historical New Manitoba deposit. The Company has set the dual goals of doubling the current open pit resources and adding new high-grade massive sulfide discoveries. If successful, the project would support Manitoba’s first new critical metals mining hub in many decades.
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Description: | Abstract: Navigating the licensing process in the mining industry is multi-layered, and in this presentation, participants will be given an overview of the environmental assessment and licensing process for mining developments in accordance with the Manitoba Environment Act. Four industry experts will cover the essential steps of the licensing process including Crown-Indigenous consultation and the regulatory requirements for alterations to existing mining developments. By understanding these steps, mining companies can work through the environmental assessment and licensing process effectively and ensure compliance with environmental regulations in the province. |
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Description: | In the mining Industry, Manitoba has a dedicated Permit Office (PO) to coordinate and administer Work Permit review, circulate information, and approve processes. The PO serves as a central liaison for industry to navigate Manitoba policy and legislative requirements and coordinates communication as efficiently as possible between proponents and subject matter experts within several government branches and departments. This presentation will provide more information about the PO, including the procedures and processes that are followed from start to finish for issuance of a Mineral Exploration Work Permit. Further insight will be provided on what makes a successful project including more information on Indigenous inclusion. The PO and MAMI recently worked together to standardize work permit conditions and updated the guidelines for Mineral Exploration to support the industry. The presentation will wrap-up with a live demo of the new resources available to proponents to support the work permit application process to make it easier to navigate the early stages of mining exploration. |
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Description: | Mine Rescue instructors and team members from Vale and Tantalum Mining will share the steps required to respond to an underground emergency. Senior Instructors Kelly Edwards and Craig Kulbaba, Instructors Sean McKenzie and Greg Bellin and Team Member Corbin Watkinson and Director of Operations Martin Murphy are reporting to the mine site to be the first team underground in this scenario. The director of operations and a mine manager will strategize while the other team members prepare to go underground.
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Description: | Exploring for Nickel (Alan Aubut) In this session of Prospecting – Where it all Begins industry expert Alan Aubut will look at exploring for rare but of high value nickel deposits. Many are associated with komatiite flows hosted by sulphidic sediments within extensional basins, this allowed the mantle-derived ultramafic magma to come in contact with those sulphidic sediments allowing contamination and partitioning of nickel into the sulphides. Extensional basins are common in many Archean greenstone belts and are characterised by Oxford Lake Group or Temiskaming sediments and include deep-water sulphidic argillites. Examples of this type of environment include the Wollaston Lake area of Saskatchewan, Island Lake greenstone belt in Manitoba, the Shebandowan greenstone belt in Ontario and the Animikie basin, also in Ontario. The Art of Prospecting (Tom Lewis) Industry expert Tom Lewis will share that prospecting is an art, with scientific assistance, that is in the business of finding ore. Prospectors have had to adjust to the modern reality that minerals and metals are a depleting resource, and the easy discoveries have been found. Prospectors have had to develop new skills, from negotiating a fair agreement, through the exploration cycle, to developing business acumen to option their property to prospective buyers, or convincing management that their property should advance to the economic assessment stage. Tom will draw from his personal experience, the experience of others as well as papers on the subject. Till Geochemistry Vectoring and Exploration for Magmatic Ni, Cu, Co and PGE’s in the Thompson Nickel Belt, North Central MB. (Garry Thorne) |
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Description: | (Tafa Kennedy) By developing an understanding of Manitoba’s geology and geological processes, the MGS provides fundamental data and unbiased technical support to inform government policy and decision-making, mineral exploration, and wise land use management. Manitoba`s geoscientific team has carried out numerous field and office investigations including collaborations with neighboring jurisdictions. The broad range of expertise and projects underway provide a comprehensive cross-section of the Survey’s activities and valuable resources for industry, academia, governments and communities. The presentation will highlight the team and the projects they are working on. Overview of the Mining, Oil and Gas branch, highlighting what we do and who we are. (Maryanne Porteous) (Roselle Miko)
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Description: | Jessica Andrew Geologic AI (Abstract) At CCMEC GeologicAI will introduce its technology, present some of the applications of AI and core scanning with its products and then look into some cases of this in action and the value it can bring in downstream decision making. Abstract (Simon Gagne) New technologies developed in the past two decades have been increasingly used in mineral exploration. However, the need for meticulous high-quality field work has remained. This presentation will highlight how Kinross greenfield teams combine some of the new technologies in our workflow while continuing to conduct early-stage exploration programs focusing on traditional mapping and prospecting 3D-GEm: A Geophysical Exploration Breakthrough (Emmanuel Ramos) In this CCMEC session Emmanuel Ramos describes 3D-GEm, an innovative geophysical tool, employing natural electromagnetic (EM) signals to create detailed 3D maps for geological exploration. Emmanuel hopes that the convenience, versatility, and scientific value of 3D-GEm can enhance the energy, minerals, and geological exploration in Canada. The features of this new geophysical tool include:
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Description: | The Manitoba Métis Federation (MMF), the National Government of the Red River Métis, represents more than 120,000 Red River Métis Citizens within Manitoba, and many more beyond the provincial boundaries. As such, Red River Métis Citizens have the potential to be impacted by mineral exploration, mine development, mine closure and remediation across Manitoba. In order to effectively assess the potential impacts of the mining industry on Red River Métis s. 35 rights and provide meaningful feedback through crown consultation and proponent engagement, the MMF has implemented many tools. These tools include Resolution No. 8, Community Consultation Meetings, Red River Métis Knowledge, Land Use and Occupancy Studies, and Technical Reviews. The MMF’s presentation will provide more detail on each of these tools, detail the successes, and discuss gaps in the overall process.
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Description: | The presentation will share the humble story of building Manitoba’s first potash mine. How the mine came to be, the benefits to Manitoba’s community, region and province, while keeping it locally owned. |
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Description: | Glenn will discuss the importance of building respectful and meaningful partnerships with First Nation communities, highlighting the collaboration between Missanabie Cree and the Renabie Mine as an example of successful partnership development between communities and the mineral industry. |
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Description: | Abstract Title: FINDING THE BALANCE - NEW INVESTMENT IN A MATURE REGION Mining and exploration companies operating in Canada and internationally are held to increasingly high standards with respect to environmental stewardship, our communication and engagement with the community, and the strength and transparency of our corporate governance (i.e., ESG). The growing focus on supply chain security for critical raw materials has highlighted the time taken from discovery to development for mining projects, often exceeding 15 years. Finding the balance is challenging as customers need predictable access to materials to underpin massive investments; governments seek motivation to commit to infrastructure and skills development in regional areas; and investor timelines are measured in weeks and months not decades. A common risk to project timelines is ESG, with delays triggered when community engagement has not kept pace with technical milestones, and misunderstandings abound. T2 Metals Corp, supported by community facilitation coordinator Floyd North, have taken a proactive ESG-first approach at the Company’s flagship Sherridon VHMS project. This approach has delivered tangible economic and social benefits within the Kiciwapa Cree Nation and the Community of Sherridon. This relationship with rights holders is cornerstone to T2 Metals’ exploration plans, on a path to potential mine development.
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Description: | Abstract Title: The Burntwood Lake syenite-carbonatite complex: implications for REE mineralization and exploration in the Trans-Hudson Orogen of Manitoba By: Chris G. Coueslan, Tania Martins, Anton R. Chakhmouradian, Matthew A. Friesen The Burntwood Lake syenite complex is located in the Kisseynew Domain of Manitoba. The complex consists of a heterogeneous pluton of generally clinopyroxene-bearing syenitic rocks. Multiple carbonatite intrusions were discovered during field work in 2023 and 2024, which are distributed over a 0.5 km2 area in the northern part of the complex. There appears to be an increase in the density and size of carbonatite intrusions in the vicinity of a 0.14 km2 area of low ground in the northern part of the complex. This could imply that it is underlain by more easily eroded, carbonate-rich rocks. Carbonatites from similar tectonic settings in California and China host several world-class deposits of rare-earth elements (REEs), which are considered critical minerals by the Government of Canada. Carbonatite intrusions have now been discovered in association with syenite complexes at Burntwood, Brezden, and Eden lakes in the Trans-Hudson Orogen of Manitoba. These discoveries are an important step towards recognizing a new ‘Trans-Hudson alkaline-carbonatite igneous province’, which has potential value for critical mineral exploration. Abstract Title: Structural controls on rare-element-bearing pegmatite emplacement in the Bird River domain, southeastern Manitoba The Bird River domain in SE Manitoba contains many rare-element-bearing pegmatites, including the Tanco deposit. Recent fieldwork by the Manitoba Geological Survey indicates that the mineralized pegmatite dikes intruded around the start of brittle deformation in the region, in two dominant orientations: the first broadly belt-parallel (following an overall eastward trend along reactivated shears, many following major lithological boundaries such as greenstone belt margins), and the second dominantly NNE-trending along late sinistral brittle-ductile shears. Abstract Title: Effective Prospecting for Li-bearing Pegmatites in Glaciated Terrains Till prospecting is commonly used to facilitate the discovery of mineral deposits in glaciated terrains. Exploration for Li-bearing pegmatites using till prospecting is a new method that is rapidly evolving to meet industry demands. This presentation by T. Hodder, will focus on the Cat Lake-Winnipeg River Li-bearing pegmatite field, part of the Bird River domain of the Superior Province. Abstract Title: Critical Minerals in Manitoba’s Pore Spaces and Strata
Manitoba is home to two Phanerozoic sedimentary basins. Often only considered targets for petroleum exploration, these sedimentary basins are host to critical minerals within their pore spaces and strata-bound. These include helium, lithium, potash and high-purity silica sand to name a few. Pore space and strata resources will be presented for southwestern Manitoba’s Williston Basin. Abstract Title: Critical Minerals in Manitoba’s Pore Spaces and Strata
Manitoba is home to two Phanerozoic sedimentary basins. Often only considered targets for petroleum exploration, these sedimentary basins are host to critical minerals within their pore spaces and strata-bound. These include helium, lithium, potash and high-purity silica sand to name a few. Pore space and strata resources will be presented for southwestern Manitoba’s Williston Basin. Abstract Title: Critical Minerals in Manitoba’s Pore Spaces and Strata Manitoba is home to two Phanerozoic sedimentary basins. Often only considered targets for petroleum exploration, these sedimentary basins are host to critical minerals within their pore spaces and strata-bound. These include helium, lithium, potash and high-purity silica sand to name a few. Pore space and strata resources will be presented for southwestern Manitoba’s Williston Basin.
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Description: | CCMEC invites participants to a cultural performance by The Aboriginal School of Dance, which is called “Wohitika”, meaning brave in Lakota. The performance will showcase three different dance styles, including a traditional Hoop dance. |
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Description: | Abstract Meet Dryden Gold Corp. an exploration company focused on the discovery of high-grade gold mineralization listed on the TSX Venture Exchange (“DRY”) and traded on the OTCQB (“DRYGF”). The Company has a strong management team and board of directors comprised of experienced individuals with a track record of building shareholder value through property acquisition and consolidation, exploration success, and mergers and acquisitions. Dryden Gold controls a 100% interest in a dominant strategic land position in the Dryden District of Northwestern Ontario. Dryden Gold acknowledges all Indigenous Peoples and that it is operating on the traditional homelands of the Wabigoon Lake Ojibway Nation and Eagle Lake First Nation. Dryden Gold’s property package includes historic gold mines but has seen limited modern exploration. The property hosts high-grade gold mineralization over 50km of potential strike length along the Manitou-Dinorwic deformation zone. The property has excellent infrastructure, enjoys collaborative relationships with First Nations communities and benefits from proximity to an experienced mining workforce. For more information go to our website www.drydengold.com.
Established as a spin-out from CanAlaska Uranium, Core Nickel was listed on the Canadian Securities Exchange (CSE) in November 2023. Since its inception, the company has advanced its exploration efforts through geophysical surveys and diamond drilling programs. In the presentation, Caitlin Grew will look at a key asset in Core’s portfolio – the Mel deposit – located only 25 kilometers northwest of the City of Thompson. The Mel Deposit hosts a historic estimate with an indicated resource of 4.3 million tonnes grading 0.88% nickel and a historic inferred estimate of 1.0 million tonnes grading 0.84% nickel. The Mel Deposit has not been drilled since 2011 but is open for expansion both at depth and along strike. Core Nickel’s strategic focus aims to support the ongoing efforts to increase the supply of responsibly sourced nickel, contributing to a net-zero future. |
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Description: | Abstract: Processing minerals which were found in unexpected mineralogical settings Zach’s presentation includes finding minerals of interest in an unexpected mineralogical setting, and then some of the metallurgical evaluations carried out in order to provide direction for eventual processing. Abstract: The Cross Lake pegmatite field is located in central Manitoba, Canada and intrudes amphibolite-facies rocks of the host Archean Cross Lake greenstone belt. The Cross Lake greenstone belt is composed of supracrustal rocks and plutonic complexes flanked to the north and south by meta-plutonic terranes. The Cross Lake pegmatite field was last studied in detail in the 1980s. This study focused on the regional distribution of the different pegmatite bodies and pegmatitic granites with emphasis on geochemistry, mineralogy, and petrology.
Results from this work divided the pegmatite field into four major series, each consisted of spatially and structural related pegmatite bodies with similar geochemical, paragenetic, and textural characteristics: Minago, Southern, Northern and Nelson. Geochemical data indicate that the Minago and Southern series are genetically related (probably to a common source at depth) with mineralized Li-Be-Nb-Ta-Sn pegmatites recognised in the Southern series. The Northern series is geochemically distinct, interpreted to be derived from a separate source and includes Be-Nb-Ta mineralized pegmatites. The Nelson series was interpreted as consisting of anatectic bodies. Abstract Title: Rare-element pegmatites: Insights from the Cat Lake-Winnipeg River pegmatite field, Manitoba, Canada
Owing to the importance of critical elements (e.g., Cs, Li, Ta, Sn, REE) in modern technology, intensive exploration activities are underway to meet future global requirements. The Cat Lake-Winnipeg River pegmatite field in southeast Manitoba is an area well known for its multiple rare-element bearing pegmatites, particularly the world-class Tanco pegmatite. Most recent studies in this area focused on individual pegmatite bodies, but the Cat Lake-Winnipeg River pegmatite field as a whole has not been studied on a regional scale to create an integrated understanding of the rare-element mineralization in the region.
Detailed field work was recently conducted in the Cat Lake-Winnipeg River pegmatite field. Numerous pegmatite groups and their host rocks were examined, and several samples were collected regionally for further studies, aiming to infer the source of pegmatites, crystallization age, mode of emplacement, structural controls and how country rock type influences the style of mineralization in rare-element pegmatites.
The Cat Lake-Winnipeg River pegmatite field has different types of pegmatites grouped by their mineralogy. Some of them are simple and barren at their present surface exposure, including the Eaglenest Lake, Axial and Birse Lake pegmatite groups; others are highly evolved and enriched in lithium, tantalum, tin, beryllium, and cesium, including the Bernic Lake, Maskwa Lake, Eagle-Irgon, Lac du Bonnet, Shatford Lake, Greer Lake, Cat Lake and Rush Lake pegmatite groups. It is generally noted that pegmatites emplaced in more mafic and/or intermediate country rocks appear to be more highly evolved and enriched in rare elements compared to those emplaced in more felsic or metasedimentary country rocks, which tend to be barren. The underlying cause of this observation is under study. Preliminary geochronology results indicate regional evolved pegmatite crystallization at 2655 ± 6 Ma (U-Pb on tantalite; Tanco, Eagle, and FD5 pegmatite), contemporaneous with dynamothermal metamorphism (2660 – _2655 Ma; U-Th-Pb monazite age) and contact metasomatism (2655 ± 4 Ma; U-Th-Pb monazite age from Eagle pegmatite host rock) in the region. The current study will contribute to a better understanding of the geological context of the Cat Lake-Winnipeg River pegmatite field, which will lead to better exploration of critical minerals and metals in the region. |
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