Shot Hole (completions)

Incorrect. Shot hole completion is used to enhance existing wellbores, not create new ones.

Correct! Shot holes create pathways for fluid flow, enhancing well productivity.

Incorrect. This is typically done with cementing or other well completion techniques.

Incorrect. Pressure measurements are taken with other tools and techniques.

Incorrect. While dynamite is an explosive, it's not typically used for shot hole completion.

Correct! Nitroglycerin is a common explosive used in shot hole completion.

Incorrect. Gunpowder is not suitable for the controlled fracturing required for shot hole completion.

Incorrect. Propane is a flammable gas, not an explosive.

Incorrect. Shot hole completion is not suitable for all formation types.

Incorrect. Like any well stimulation technique, shot hole completion has potential environmental considerations.

Correct! Shot hole completion can be a more economical option compared to some other stimulation methods.

Incorrect. While shot hole completion can significantly improve production, it doesn't guarantee a specific increase.

Incorrect. While the drill bit is important, safety concerns are much broader.

Incorrect. This is a general well completion concern, not specific to shot hole completion.

Correct! Proper training is essential for safe handling of explosives.

Incorrect. While there may be considerations regarding combined stimulation techniques, this isn't the primary safety concern for shot holes.

Incorrect. While depth can influence well completion decisions, it's not the determining factor for shot hole suitability.

Correct! The rock type and its properties are crucial for assessing shot hole effectiveness.

Incorrect. This doesn't directly impact the suitability of shot hole completion.

Incorrect. While market prices can influence economic decisions, they don't dictate the suitability of a stimulation method.

Advantages:

• Increased permeability: Shot holes can fracture the sandstone, improving permeability and allowing better fluid flow, which could significantly increase production.
• Cost-effectiveness: In comparison to other stimulation techniques, shot hole completion might be a more economical option for this scenario.

Disadvantages:

• Limited effectiveness: While shot holes can improve permeability, they might not be as effective in stimulating a low-permeability formation as other methods like hydraulic fracturing.
• Environmental impact: The use of explosives can pose potential risks to surrounding ecosystems, including ground and water contamination.

Mitigation Strategies:

• Careful selection of explosives: Choosing environmentally friendly explosives with minimal residual contaminants.
• Precise placement of charges: Targeting the explosive placement to maximize fracturing while minimizing damage to surrounding rock.
• Monitoring and control: Implementing rigorous environmental monitoring before, during, and after the operation to identify and address any potential impacts.
• Waste management: Proper handling and disposal of explosive residues and associated waste materials to prevent contamination.
• Community engagement: Informing and involving local communities in the planning and execution of the operation to address their concerns and ensure transparency.