Cement plays a crucial role in drilling operations by isolating the wellbore from the formations. It displaces drilling fluids, leaving cement behind the casing to create a barrier that prevents unwanted fluid migration.
PPSC Cementing Design is a cloud-based software that allows users to efficiently design cementing operations. It offers a wide range of features, including but not limited to the ability to decide whether single-stage or multi-stage cementing is required for a specific casing. The software also provides quick access to common inputs such as the number of sacks of cement, volume of spacer, lead, tail, and displacement fluids, yield of cement, cement slurry density, total pumping time, and surface pump pressure.
PPSC Cementing Design further enables users to predict ECD, top of cement, and pump pressure while pumping cement, and optimize cement slurries densities, pump rate, and pump pressure. This makes it easier to achieve the desired cementing results while minimizing costs and risks associated with the operation. PPSC Cementing Design software is a valuable tool for designing and optimizing cementing operations, ensuring the successful isolation of wellbores and the protection of the formations.
- Any wellbore trajectory in 2D and 3D
- Single-stage, multi-stage cementing
- Cement class recommendations
- Common outputs: # of sacks of cement, yield of cement, density, rheology, …
- Yield power law, power law, or bingham plastic models
- ESD and ECD prediction
- Pipe and annular velocities
- Drag, hook load and torque analysis for running casings using top drive
- Optimization up to three variables with a total of 125 cases.