When should the primers be set in the slurry during loading?

When should the primers be set in the slurry during loading?

• A. Before loading the slurry
• B. Immediately after loading the slurry
• C. Before any other explosives are added
• D. After the hole is fully loaded with emulsion

Answer: (B)

The correct timing for setting the primers in slurry loading is immediately after loading the slurry. This practice is critical because it ensures that the primer is properly positioned to initiate the explosive reaction effectively. Setting the primer at this stage allows for a seamless transition from loading to detonation, reducing the risk of disturbance to the slurry that could occur if the primer were set at an earlier time. Loading slurry explosives properly relies on maintaining the integrity of the mix and ensuring that all components interact correctly. By placing the primer immediately after the slurry is loaded, the sequence of operations maintains efficiency while minimizing potential hazards. The timing also allows for checking any variables without compromising the overall loading process, thereby enhancing overall safety and effectiveness during blasting operations.

The correct timing for setting the primers in slurry loading is immediately after loading the slurry. This practice is critical because it ensures that the primer is properly positioned to initiate the explosive reaction effectively. Setting the primer at this stage allows for a seamless transition from loading to detonation, reducing the risk of disturbance to the slurry that could occur if the primer were set at an earlier time.

Loading slurry explosives properly relies on maintaining the integrity of the mix and ensuring that all components interact correctly. By placing the primer immediately after the slurry is loaded, the sequence of operations maintains efficiency while minimizing potential hazards. The timing also allows for checking any variables without compromising the overall loading process, thereby enhancing overall safety and effectiveness during blasting operations.