Leveraging the value of workflow automation in orebody modeling and mine planning
Annapurna™ Engine
RELIABLE
High-quality models, following the best international standards and engineering practices
REALISTIC
Realistic resources models and mine plans. Consistent with the genesis of the different deposits and the feasibility of the execution of mining projects
RAPID
We reduce development times from weeks to minutes
REPLICABLE
Replicable models. Detailed step-by-step processes to facilitate audits and reviews
ROBUST
From early exploration to short-term production models. Building models to reservoirs of different complexity and development stages
REPORT
Automatic reports. Use the automatic report as the base for customized report analysis
Frequently Asked Questions
Annapurna™ Engine is the APMT's back-end service for the automatic development of geological models,
resource estimation, and economic assessment of mining projects, including exploratory data analysis,
compositing, geological domain definition, contact analysis, resource classification, reserve estimation,
and mine scheduling optimization, among other processes.
Now: Implemented and available in the cloud-based Annapurna™ Platform
Now: Implemented and available in the cloud-based Annapurna™ Platform
The main deliverables are resource and/or reserve models (.csv) along with a report (.pdf)
summarizing all assumptions, data analysis, and main results.
The block model can be used for further studies while the report provides an excellent guide
to support the resource modeling team.
Depending on the complexity of the deposit (number of domains and block model size) and the running algorithm, from minutes to a few hours.
Yes. Along with delivering the block model, a summary report is attached containing all key decisions,
main assumptions, and workflows necessary to replicate the results. Included is the conversion of angles
from Annapurna to Leapfrog and Vulcan.
All workflows related to resource modeling and reserve quantification.
From geological modeling to uncertainty analysis in extraction volumes.
It is not necessary to have previous analysis or previously generated block models.
However, if the client deems it convenient, it is possible to consider previously developed
geological and resource models.
Now: Implemented in the cloud-based Annapurna™ Platform
Estimation methods: Inverse distance, Nearest Neighbor and Indicator Kriging.
Simulation methods: Sequential Indicator Simulation. (Currently, only in Annapurna™ Engine)
Simulation methods: Sequential Indicator Simulation. (Currently, only in Annapurna™ Engine)
Estimation methods: Inverse Distance, Nearest Neighbor, Ordinary Kriging; Simple Kriging, and MultiGaussian Kriging.
Simulation methods: Sequential Gaussian Simulation.
Simulation methods: Sequential Gaussian Simulation.
Surface mining: Pseudoflow. (Currently, only in Annapurna™ Engine)
Underground: Mine Stopes Optimization; Footprint finder. (Currently, only in Annapurna™ Engine)
Underground: Mine Stopes Optimization; Footprint finder. (Currently, only in Annapurna™ Engine)
We provide complete technical support to users with an active plan to help you make the most of The Platform.