Visualizing mine planning project with Deswik software

GEOVIA Surpac has numerous applications in the mining industry, including: 1. *Geological Modeling*: Creating detailed 3D models of mineral deposits, allowing for accurate resource estimation and mine planning. 2. *Mine Planning and Design*: Designing open pit and underground mines, including bench and ramp design, tunnel design, and waste dump planning. 3. *Resource Estimation*: Estimating mineral resources using geostatistical methods, such as kriging and conditional simulation. 4. *Grade Control*: Managing grade control data, including sampling, assaying, and block modeling. 5. *Reserve Estimation*: Estimating mineral reserves based on economic and technical considerations. 6. *Mine Optimization*: Optimizing mine plans and designs to maximize profitability and minimize costs. 7. *Survey Management*: Managing survey data, including calculation of volumes and areas. 8. *Reconciliation*: Reconciling mined tonnes and grade with predicted values. Surpac is widely used in various mining sectors, including: 1. *Open-pit mining* 2. *Underground mining* 3. *Precious metals mining* (e.g., gold, silver) 4. *Base metals mining* (e.g., copper, zinc) 5. *Coal mining* 6. *Gemstone mining* Benefits of using Surpac in mining include: 1. *Improved accuracy* in resource estimation and mine planning 2. *Increased efficiency* in data management and analysis 3. *Enhanced collaboration* among geology, mining, and engineering teams 4. *Better decision-making* through data-driven insights 5. *Compliance* with regulatory requirements Overall, Surpac is a powerful tool for mining companies to optimize their operations, improve productivity, and increase profitability.

Register Course in here : https://lnkd.in/gG-V5nqs In today’s mining industry, efficiency and accuracy in planning are key to success. That’s why mastering GEOVIA Surpac, Whittle, and MineSched is essential for every mining engineer and geologist. This guide takes you step by step through: 🔹 Surpac – for geological modeling, resource estimation, and mine design. 🔹 Whittle – for strategic pit optimization and economic analysis. 🔹 MineSched – for operational scheduling and production planning. Whether you’re a student, a young professional, or an experienced practitioner, this resource helps you connect the dots between geology, economics, and mine operations—all in one integrated workflow. 💡 With these tools, you’ll be able to: ✔ Optimize mine plans for maximum value ✔ Improve decision-making with reliable data ✔ Enhance productivity through efficient scheduling If you’re looking to upgrade your mine planning skills or explore how digital solutions transform mining operations, this guide is for you. 👉 Are you currently using Surpac, Whittle, or MineSched in your projects? I’d love to hear your experiences and insights in the comments! #MiningEngineering #MinePlanning #GEOVIA #Surpac #Whittle #MineSched #MiningTechnology #ResourceModeling

Role of Diamond Core Drilling in Mineral Resource Estimation Diamond core drilling is one of the most reliable exploration methods in the mining industry because it produces intact cylindrical samples of rock ("core") from deep beneath the surface. These cores provide direct and continuous geological evidence of the subsurface. Its contributions to mineral resource estimation include: 1. Direct Sampling of Rock and Ore: Unlike indirect geophysical methods, core drilling retrieves actual rock, enabling accurate measurement of ore grade (metal content), mineralogy, and geotechnical propertie 2. Accurate Grade Estimation: The assay results from core samples are essential for determining the concentration of valuable minerals. These results are used to build grade distribution models, which are critical for estimating the total amount of recoverable resources. 3. Stratigraphic and Structural Information: Core drilling reveals layering, faults, folds, and contacts between different rock units, which helps define ore boundaries and geometry. 4. Confidence Levels in Resource Estimation: The density and spacing of drill holes influence whether a deposit is classified as measured, indicated, or inferred resources. Diamond drilling provides high-quality, continuous samples that support higher confidence categories. 5. 2. Providing Spatial Information of Ore Deposits Spatial information means understanding where the ore is located, its shape, size, and variability. Diamond drilling contributes by: 6. Three-Dimensional Orebody Definition: By drilling multiple holes at different locations and depths, geologists can interpolate between drill holes to construct a 3D model of the orebody. 7. Determining Orebody Geometry: Core data helps identify the thickness, dip, strike, and continuity of mineralized zones. 8. Grade Distribution in Space: Assay values from each drilled interval are used to map how ore grade varies horizontally and vertically, guiding block modeling in resource estimation. 9. Structural Controls: Drilling reveals structural features (faults, fractures, folds) that control ore deposition. This information is essential for predicting extensions of mineralization. 10. Integration with Geostatistics & Modeling: The spatial data from drill cores feeds into computer-based geostatistical models, which estimate tonnage, grade, and economic viability of the deposit.

Did you know that a single tool can revolutionize how we explore, extract, and ensure quality in mining? From real-time ore sorting to environmental compliance—XRF analyzers are changing the game. 👉 Here’s what you’ll learn in our latest deep-dive: ✅ How handheld XRF units slash exploration costs & boost target accuracy ✅ Why grade control with XRF leads to smarter mining & higher profits ✅ The role of XRF in tailings management and sustainability ✅ Practical challenges—and how to overcome them Whether you’re a geologist, plant manager, sustainability specialist, or mining executive—this is a must-read. Don’t miss out on turning data into decisions 📊💡 Click the link to read the full article! 👇 https://lnkd.in/g-hxfV5W And follow us for more insights that drive the industry forward. #MiningTechnology #XRF #Geology #MineralExploration #SustainableMining #Innovation #MiningIndustry #GradeControl #ResourceEstimation

Drill cores represent some of the most valuable geological materials in mineral exploration and mining. They provide direct evidence that allows geologists to make critical interpretations based on lithology, mineral alterations, mineralization styles, structural features, and geotechnical competence. Preserving the natural state of drill cores is essential to ensure the accuracy and reliability of subsequent analyses. In some cases, drill cores spanning hundreds of meters have been observed to be mishandled. Instances of contamination by dirty substances, including grease, have been recorded. Even after washing, remnants of such contaminants are sometimes left on the cores. This situation is unacceptable, as contamination can interfere with analytical processes and diminish the scientific value of the cores. Contaminants such as grease, dirt, or other foreign materials can interfere with laboratory tests and geochemical assays, obscure mineral assemblages and textural relationships, affect the accuracy of structural and mineralogical interpretations, and in some cases render certain analyses incomplete or impossible. The presence of contamination therefore threatens the integrity of geological data and may lead to flawed exploration models or poor decision-making. It is expected that geologists ensure cores are preserved in their original state, properly logged, and stored, while drillers must apply best practices during drilling, retrieval, and handling to avoid contamination. Both groups share accountability and must collaborate to maintain core integrity throughout the exploration process. Drill cores are irreplaceable geological records that underpin exploration and mining success. Their value lies in their ability to provide clean, uncontaminated evidence for accurate analysis. Proper handling is therefore not optional—it is a critical requirement. All stakeholders must recognize the importance of maintaining drill core integrity to ensure reliable data, sound interpretations, and informed decision-making.

Big news at Mineral Technologies – we're launching our new Geology & Mining consulting business unit. We’ve welcomed Greg Jones as Head of Geology & Mining, who will lead a multi-disciplinary, multi-regional team delivering:  ✔   Resource & reserve estimation  ✔   Mine planning  ✔   Technical audits to JORC and NI 43-101 standards With over 30 years in mining, Greg is widely recognised in the mineral sands industry for his deep technical expertise, ability to build strong client partnerships, and drive for innovation, safety, and sustainability. This matters greatly because this new division unlocks Geo-metallurgy: the powerful combination of geology and metallurgy. By integrating upstream geology with downstream metallurgical and engineering studies, we can:  →  Better predict ore behaviour in processing  →  Reduce project risk and cost blowouts  →  Deliver smarter flowsheets tailored to the resource  →  Help customers capture more value, earlier in the life cycle Geo-metallurgy breaks down silos and aligns geology, mining, and processing into one continuous value chain. That means stronger outcomes for our customers and more efficient pathways to production. We’re thrilled to have Greg leading this next chapter for Mineral Technologies.

Mineral Technologies just added capability to our business that will help our customers solve complex ore body challenges. Andrew's right, geo-metallurgy breaks down silos and leads to better flowsheets that deliver value sooner and reduce risk.

What does the mining exploration industry say about Adrok and Adrok’s technology? 1. Peer Recognition & Technical Validation Adrok’s technology earned formal validation when the International Journal of Remote Sensing (IJRS) published a technical paper on their “virtual borehole” method, recognizing its geophysical precision and depth accuracy, with successful tests down to 700 m in Central Scotland. Results matched nearby drilled borehole data. 2. Positive Company Testimonials McEwen Mining: Nathan Stubina, MD of Innovation, lauded ADR’s speed and utility—“it is Virtual Drilling!”—noting ADR not only matched geologists’ predictions but found additional mineralization where drilling couldn’t reach. Gensource Potash: Emphasized that ADR technology was “drastically faster and substantially less costly than traditional exploration,” and is in line with their sustainable, low-impact approach. Citigold Corporation (Australia): Dr. Simon Richards highlighted ADR’s ability to pinpoint high-grade mineral targets (gold) in granitic host rocks down to 800 m, describing the results as just “the tip of the iceberg.” GreenOre Gold plc: Reported compelling, non-intrusive results for gold, copper, and zinc in Ross-shire projects. Delighted with ADR’s ability to fingerprint mineralisation without any environmental disturbance. Transgas Limited: ADR readings aligned closely with seismic and lab data at a key oil target (“Target 1”), providing enough confidence to bypass initial exploration wells and move straight to production phase in some cases. Adrok Chevron: Communication from Chevron mentioned ADR’s subsurface temperature measurement results “have blown my socks off!” 3. Analyst & Media Recognition Mining.com described ADR’s portability and its potential to revolutionize greener, cheaper mineral and commodity exploration—even in extreme environments like glaciers or mountainous terrain. MINING.COM NS Energy, reviewing ADR’s foundations, highlighted how the tech uses “molecular- or atomic-level” imaging via radiowaves to quantify hydrocarbons before costly drilling, providing refined insights into reserves and geological complexity. Mining-Technology.com emphasized ADR’s ability to penetrate up to 4,000 m in some trials, and its application in classifying rock types and fluids before exploration drilling, as a potentially holistic geophysical tool. High-profile supporters like Chevron, McEwen, Teck, Citigold, and Fulcrum; geographic reach includes UK, Canada, Australia, Middle East. Overall, there is a strong consensus in the mining exploration industry that Adrok’s ADR scanning technology is a credible, innovative, and increasingly powerful tool for reducing exploration risk, optimizing costs, and minimizing environmental impact—without compromising on depth or resolution. https://lnkd.in/emnGFbKj

🔍 From Data to Production: The Core of Mine Planning ⛏️ The mining industry thrives on precision, efficiency, and strategy — and it all starts with a solid mine planning workflow. This process transforms raw geological data into actionable steps that ensure safe, sustainable, and profitable operations: ➡️ Geologic Database – Collecting accurate subsurface data ➡️ Geologic Modeling – Building 3D models to identify mineral resources ➡️ Mine Planning – Designing practical methods for resource extraction ➡️ Production Scheduling – Organizing operations for maximum efficiency This structured approach is the backbone of successful mining projects. It not only reduces risk but also increases productivity and resource recovery. 🔗 If you're in the mining field or passionate about geology and engineering, this workflow is a game changer! #MinePlanning #MiningEngineering fraterne muhirwa

Groundwater Flow Simulation in Mining Areas with Hydraulic Activities Simulating groundwater flow in mining zones where hydraulic activities occur and subsurface flow exchanges are likely is considerably more complex than conventional aquifer simulation. In mining environments, groundwater drawdown patterns are typically non-uniform, and the available hydrogeological data are often spatially limited. Consequently, the degree of uncertainty arising from data heterogeneity can be substantial. Nevertheless, the application of hybrid modeling approaches has demonstrated the ability to produce reliable outcomes in such settings. Model analysis can be significantly enhanced by incorporating exploratory drilling logs, which provide detailed insights into the geological structure. When coupled with advanced modeling frameworks, these datasets enable the generation of robust and scientifically credible results. The figure presented here illustrates part of a groundwater study conducted for a gold mine located in the Middle East. The complete findings of this research have been delivered to the client in a comprehensive technical report. Project Consultant: Behzad Sarhadi Client: Gold Mine Owner #MT3DMS #Pollution #Mining #Dewatering #Groundwater #Aquifer #Modeling #Simulation #WaterFlow #MODFLOW #GMS #Gold