Thackney....
Does it include...
* Low Friction Tubing ( Plasma coated with a Diamond Like Coating )
* The Various "Ceramic" beads instead of Sand.
* Other "Fluids" such as Propane instead of H20 and Sand?
BTW a April 12' article in Forbes on Fracking, one of the CEO's involved in this arena sort of gave a hint more technology to come, ( My guess in regards to the process and or increased yield ). I think it might be safe to say, the Fracking story hasn't been written in this regards, the application of more technology might make it like a weekly soap opera on TV. Stay Tuned :-)...
Does it include...
* Low Friction Tubing ( Plasma coated with a Diamond Like Coating )
* The Various “Ceramic” beads instead of Sand.
* Other “Fluids” such as Propane instead of H20 and Sand?
- - - - - - -
The last two are hydraulic fracturing. That is a well completion or well stimulation activity.
EOR is typically a reference to ongoing systems that continue while production continues. For example, pumping in fluid on the outside edges of the field while production flows out of the center; both run continuously. Hydraulic Fracturing is done at a point in time either before production begins, or after stopping production to re-stimulate production after done.
Hydraulic Fracturing can be done at stages for EOR, but it is not a continuous ongoing activity like water flood or CO2 injection.
The Low Friction Tubing I am not familiar with. I’m not sure how that would be applicable to flowing “raw” production fluid that will include water, sand, gas, etc.