RCSSP

Incorrect. While RCSSP can play a role in oil recovery, its primary purpose is sand control.

Correct! RCSSP is primarily used to prevent sand from flowing into the wellbore, ensuring well integrity and production.

Incorrect. While RCSSP can be used in fracture stimulation, its primary purpose is not to create fractures.

Incorrect. RCSSP is not primarily used for zone isolation.

Incorrect. Sand is a crucial component of RCSSP.

Incorrect. Resin is the binding agent in RCSSP.

Correct! Cement is typically used in wellbore cementing, not in RCSSP.

Incorrect. Additives can be used to tailor RCSSP to specific well conditions.

Incorrect. Smaller grains can reduce permeability.

Incorrect. A compact sandpack can actually reduce permeability.

Correct! The resin coating helps maintain an open structure, allowing for better fluid flow.

Incorrect. A higher concentration of sand may not necessarily improve permeability.

Incorrect. RCSSP can be more expensive than traditional sandpacks.

Incorrect. While RCSSP can have a lower environmental impact in some cases, it's not a primary advantage over traditional sandpacks.

Correct! The resin coating provides superior strength and stability to the sandpack.

Incorrect. The installation process can be more complex for RCSSP.

Incorrect. Cementing is a separate process.

Correct! RCSSP can be used to prop open fractures, improving permeability.

Incorrect. Acidizing is a different technique for enhancing permeability.

Incorrect. While RCSSP can contribute to reservoir stimulation, it's not its primary function.

A suitable RCSSP design for this well should address the high pressure and low permeability, while preventing sand production. Here's a possible solution:

Sand Selection: Silica sand with a specific gravity of 2.65 is a good choice due to its high strength and resistance to compaction. The sand size should be carefully chosen to optimize permeability and strength. A range of 20/40 mesh might be suitable for this application.

Resin Selection: Phenolic resin with a high cure rate is ideal due to the high pressure environment. A fast-curing resin ensures rapid solidification of the sandpack, preventing sand production during injection.

Fluid Loss Control: A suitable fluid loss control agent should be added to the RCSSP slurry. This will minimize fluid loss into the formation, ensuring proper sandpack placement and preventing premature collapse of the pack.

Additives: Biocides are crucial to prevent microbial growth in the slurry, which could degrade the resin or cause other problems. Anti-corrosion agents should also be included to protect the wellbore from corrosion caused by the RCSSP chemicals.

Overall Design Justification: This RCSSP design leverages a combination of high-strength sand, a fast-curing resin, and appropriate additives to address the specific challenges of this well. The combination of these components will ensure a stable, permeable sandpack that effectively prevents sand production while maintaining well integrity and production.