Eight integrated disciplines delivered under a single engineering culture — from first survey to final rehabilitation.
Raw material exploration, deposit characterisation and supply assurance.
Details 023D block modelling integrating chemistry, topography and structure.
Details 03Bench-by-bench reserve calculations and volume analysis.
Details 04Core drilling grid design with continuous sampling and casing.
Details 05Blast design, hole patterns, charging, VOD and vibration monitoring.
Details 06End-to-end extraction, crushing, screening and logistics.
Details 07Mine rehabilitation studies and land restoration plans.
Details 08Advisory across planning, processing and equipment selection.
DetailsComprehensive understanding of the geological features within the deposit area — producing precise information on quality, quantity, and the long-term suitability of the resource for industrial use.
Detailed characterisation of stratigraphy, lithology and structural geology.
Precise information on the deposit's quality and quantity for confident investment decisions.
A steady and consistent flow of raw materials for downstream industrial operations.
Maximised utilisation with respect to lifetime, cost and waste reduction.
Mining plans rigorously matched to environmental assessment and sustainability commitments.
The deposit body is modelled in three-dimensional space using topographic survey data, packed into a series of blocks with precise dimensions — aligned to expected bench heights and annual material consumption during operations.
The 3D block model is used to calculate reserves with high precision — bench-by-bench, above or below specific levels, or for any defined part of the deposit body. Cut-and-fill activity modelling supports accurate planning of equipment, budget and timeframes.
Selective reporting by bench, elevation or zone.
Pre- and post-activity terrain models for material volume calculations.
Accurate estimates for equipment requirements, budget allocation and project timeframes.
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Core drilling grids designed with spacing typically between 100 and 400 metres. Infill drilling is strategically deployed where initial results reveal quality fluctuation. Continuous sampling along the complete borehole, with air or freshwater circulation to flush cuttings and preserve sample integrity.
Strict adherence to high safety rules and regulations. Specialist consultancy and on-the-ground execution — supported by industry-leading instrumentation from MDL and MREL.
Management of explosives magazines
Design of blast hole patterns
Blast hole charging & detonation
Drilling and blasting proposals
Specialised blasting consultancy
Quarry bench profiling (MDL LaserAce)
Blast hole deviation (MDL Boretrak)
Blast monitoring (MREL high-speed video)
Velocity of Detonation (VOD) measurement
Vibration & air pressure measurement
Comprehensive cost optimisation studies
GMC Ashariq operates the complete quarry value chain on behalf of major cement and industrial partners — from raw material extraction through crushing, screening, processing and logistics optimisation.
Operational responsibility for the full quarry lifecycle.
Crushing, screening and grinding to industrial specifications.
Coordinated extraction, haulage and dispatch.
Long-, medium- and short-term mining plans tied to market demand.
We are committed to returning land in our operational areas to its former state, ensuring long-term ecological stability. Rehabilitation plans aim to minimise and mitigate environmental effects — integrated into every phase of our mining model from initial exploration to final closure.
Returning operational areas to pre-mining ecological condition.
Plans that minimise impact from large-scale rock movement.
Stewardship integrated across the full mining lifecycle.
Expert technical assistance for quarry operations — equipment selection, process optimisation and operational efficiency. Minerals processing services and strategic industrial alignment from cement to heavy building materials.
Strategic planning across short-, medium- and long-term horizons.
Throughput, quality and energy efficiency improvements.
Crushing, screening and grinding to industrial specifications.
Standards and capability building grounded in best practice.
Talk to our engineering team about scoping the right combination of disciplines for your project.
