I’ve been diving into how specific rock properties, like brittleness and pore pressure, influence our fracking designs. For instance, in the Permian Basin, I’ve noticed a correlation between high brittleness indices and successful fracture propagation. I’m curious if others have observed similar patterns and how it impacts their fracking tool selection and execution.
I’ve definitely seen how brittleness affects tool choice. In our last project in the Bakken, we opted for tapered plugs to optimize proppant placement with specific rock properties. It made a noticeable difference — have you considered trying different plug designs based on brittleness?
I’ve noticed similar trends in the Eagle Ford. When we tailored our design to the rock’s brittleness, we managed a notable reduction in costs, though it’s crucial to still monitor pore pressures closely. Have you tried adjusting proppant types based on those brittleness indices? @zjensen405.
I’ve used similar insights to choose our fracking tools too. In the Permian, targeting high brittleness really enhanced our proppant performance, but we still faced issues with over-pressurization. Have you tried adjusting the pressure alongside rock brittleness?