Accurate calculation of material, equipment, and labor costs used in blasting and drilling operations is crucial for project efficiency. Nobel Explosives conducts detailed cost analyses to optimize project budgets and manage resource utilization in the most efficient manner.

Drilling and blasting operations are meticulously designed to ensure the safe and effective fragmentation of rock masses. Nobel Explosives plans optimal hole placements and explosive loadings by considering the geological and environmental conditions of each project.

Nobel Explosives provides high-precision solutions for both underground and surface blasting operations. It develops operational strategies that prioritize safety and environmental sensitivity in both settings.

In large-scale projects, bulk emulsions are used to effectively charge the boreholes, optimizing energy distribution. Nobel Explosives employs this technology to enhance the efficiency of large-scale blasting while maintaining the highest safety standards.

ANFO (Ammonium Nitrate and Fuel Oil) charging methods offer a cost-effective and reliable option. By using this solution, especially in dry boreholes, we reduce operational costs while maximizing blasting efficiency with a high-performance and low-cost approach.

The size of rock fragments obtained after blasting directly impacts processing and handling operations. Nobel Explosives ensures that the material has the appropriate size through fragment and stockpile size analysis, thereby enhancing efficiency in subsequent processes.

To minimize the environmental impact of blasting, Nobel Explosives conducts vibration and air blast analyses. Particularly in areas close to residential zones, these analyses enable safe execution of operations, thus reducing adverse effects on the environment and infrastructure.

Nobel Explosives analyzes how the energy from blasting is distributed and spread through the rock to achieve the highest fragmentation efficiency. By ensuring correct energy distribution, time savings are achieved in projects while improving the processability of the material after blasting.

3D profiling technology maps the geological structure and surface topography of the blasting area in detail. Nobel Explosives utilizes this advanced technology to plan hole placements and explosive loading with greater precision, thereby enhancing blasting efficiency.

Free face analysis is used to identify areas where rock masses can move freely during blasting. Nobel Explosives uses this analysis to enhance blasting efficiency, ensure the material moves in the desired directions, and maximize safety at the work site.