With cutting edge and state-of-the-art software tools, we can minimize risks arising
from early stage of exploration to the production stage, cut your costs while maintaining
targeted production and profit in allocated time frames.Geosun with alliances
provides the world class consulting services. We also offer practical courses and
workshops for participants in mining. Our extensive experience from drilling strategy
to resource to mine planning ensures innovative, cost effective and environmentally
acceptable solutions to our clients. We can provide world class consulting services
with our business associates to the following key areas. Our geologists and mining engineers have detailed experience in mining software in geological modeling, transferring different format data
MineMap
Surpac/Minex (Gemcom)
Vulcan (Maptek)
Datamine
ISATIS
SAS and GIS
Pre-purchase Due Diligence for any mineral assets
Desktop studies and data integration
Target visualisation and generation
Satellite imagery study, DGPS Survey, GIS & mapping services
Exploration planning & management
Field investigations (geological/geochemical mapping, drilling, sampling etc.)
Project reviews & evaluation drilling
Ore body modeling and evaluation
Technical & expert reporting by professional geologist
Database design & management
Data interpretation and statistical analysis.
Data collection & QA/QC audits
Resource modeling & estimation (JORC, NI.43-101, NRFC etc)
Geological Model and report
Resource assessment & expert reporting
Mine geology reviews & contract services
Grade control & dilution management
Geological Modelling is focused on risk based assessment of reserve estimation and JORC mineral classifications according to Geostatitics and JORC Standard.
Understand geostatistical concepts in JORC resource classification and cost-effective
drilling program (eg. optimizing drill holes pattern).
Understand Geostatistical concepts in characterizing and measuring mineralization
(locating the directions of mineralization, anisotropy) in improving ore resource
estimation and reserve estimation (eg estimating of block grade from sample grade).
Understand Geostatistical techniques in interpreting spatial dependence of any
mineralization.
Understand Geostatistical concepts of ore reserve after cut off values by indicator
kriging techniques or advanced non-linear geostatistical approach.
Understand Geostatistical conditional simulations: Improving grade control and mine planning and reducing losses from in-pit ore selection.
Understand uncertainty and risk analysis at all stages of resource extraction process.
Understand the principles, algorithms, and application of conditional simulation in exploration, grade control and mining planning processes.
Exploring many aspects of quantifying and measuring risk analysis in mining industry.
Compilation, review and reassessment of available data.
Data interpretation and statistical analysis for univariate, bivariate and multivariate variables
Handling with grade outliers and top cuts
Variogram and multivariogram to measure spatial continuity of one or more variables.
Review of geological models for use of resource and recoverable assessments.
In situ resource estimation by using linear and non linear geostatistical techniques.
Global and local recoverable resource estimations by linear and non-linear Geostatistics.
Multivariate resource and recoverable estimations by using covariogram and co-kriging.
Design, evaluation and implementation of resource and reserve systems, including recoverable resource estimations
Sampling quality, drilling pattern and data management.
Assessing and increasing confidence in natural resource estimations.
Develop confidence and awareness on geostatistics practice
Exploration & Evaluation
Resources & Mine Geology
Geological Modelling is focused on risk based assessment of reserve estimation and JORC mineral classifications according to Geostatitics and JORC Standard.
