Author: Geovariances
Quantifiez avec précision et rapidité les volumes contaminés avec le module “Volumes & Excavation” du logiciel Kartotrak
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Le workflow “Volumes & Excavation” de Kartotrak est un véritable outil d’aide à la décision. Il permet des analyses coûts-bénéfices précises en quantifiant les masses et volumes de sol ou terres à traiter en fonction de différents seuils de réhabilitation et du risque de pollution résiduelle.
Geostatistical simulations, what for? Geovariances’ consultants give examples of use
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We asked some of our consultants to tell us about recent studies in which they used conditional simulations for specific issues. Here are the examples they gave us.
Drilling optimization through DHSA
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Read how Geovariances’ consultants help a copper mine in Brazil to reduce the grade uncertainty of ore concentrates to better meet customers’ requirements.
DiscoverMine Radio podcast – Episode 24: Conditional simulation and uncertainty in the ore body by David Barry
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David Barry, Senior Geostatistician and a Geovariances’ Perth-based consultant, has been invited by DiscoverMine Radio to explain conditional simulation as one method used in the mining operation to better estimate the ore body. Listen to the recording and learn what conditional simulations are, how they differ from classic mining geostatistics techniques.
DiscoverMine Radio podcast – Episode 23: An introduction about geostatistics in a mining operation by Marlene Woligroski
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Marlene Woligroski, geologist and business development manager for the Asia Pacific region, has been invited by DiscoverMine Radio to introduce and explain the interests of geostatistics and the benefits offered by our software Isatis.neo.
Available in Isatis.neo: an innovative way of classifying mineral resources
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With the “Sampling Density Variance” tool, Isatis.neo offers an innovative methodology allowing robust resource classification, independent from sample number, block size, and domain extension.
Isatis.neo Resources Workflow can be used for audit and desktop review of Mineral Resource Estimation projects
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Auditing and reviewing a Mineral Resource Estimate either internally or publicly is a multifaceted process for which no software can pretend it will provide all the required tools to tick all the boxes. But some solution will provide better adapted platforms than others. Isatis.neo Resource Workflow falls in that category.
Geostatistics is recommended in international guidelines for contaminated site management
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Benefit from the recognized status of the geostatistics methods. Embrace the official recommendations to earn the trust of your clients.
Sample clustering in Isatis.neo has proven to be efficient with big datasets
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Isatis.neo quickly groups borehole samples into homogeneous classes (e.g., facies, geological or mining domains) in an automatic way. Those who have seen the tool run qualifies it as impressive.
The importance of being … consistent
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The search for productivity improvements is pervasive in the mining industry and MRE software are no strangers to the quest for speed seen in all operational processes. But that quest, whilst valid and sound, should not come at the price of quality, optimality or consistency in the manner information is treated.
Mining (14)
Nuclear Decommissioning (9)
Contaminated sites (7)
Oil & Gas (6)
Hydrogeology (5)
TAGS:
2D/3D (2)
Background images (1)
Big data (1)
Conditional simulations (7)
Contaminated sites (2)
Contamination (2)
Drill Hole Spacing Analysis DHSA (3)
Excavation (2)
Facies modeling (2)
Flow modeling (1)
Geological modeling (3)
Gestion des sites pollués (2)
H2020 INSIDER (1)
Horizon mapping (1)
Ice content evaluation (1)
Isatis (11)
Isatis.neo (16)
Kartotrak (8)
Machine Learning (2)
Mapping (3)
MIK (2)
Mineral resource estimation (7)
Monitoring network optimization (1)
MPS (2)
Ore Control (1)
Pareto (2)
Pollution (2)
Post-accidental situation (2)
Recoverable resource estimation (3)
Resource classification (2)
Resources workflow (1)
Resource workflow (3)
Risk analysis (3)
Sample clustering (1)
Sampling optimization (3)
Scripting procedures (3)
Simulation post-processing (1)
Site characterization (2)
Soil contamination mapping (4)
Time-to-Depth conversion (1)
Uncertainty analysis (2)
Uniform Conditioning (5)
Variography (2)
Volumes (2)
Water quality modeling (1)
AUTHORS:
David Barry (3)
Pedram Masoudi (2)
Yvon Desnoyers (2)
Catherine BLEINES (1)
Pedro Correia (1)
DATES:
2023 (2)
2022 (3)
2021 (2)
2020 (2)
2019 (8)
2018 (4)
2017 (3)
2016 (3)