Tags: Austin, Chalk, for, fracking, oil, pads, super
This is true and if you listen to the geoligist there will be no need. That is great but they have files for a permit to dispose of drilling fluids at Lacour 43. A year ago nobody was fracking any oil wells. Time do change.
The Austin Chalk is a limestone formation and is primarily composed of calcium carbonate. The White Cliffs of Dover are a limestone formation.
CaCO3(s) + 2 HCl(aq) → CaCl2(aq) + CO2(g) + H2O(l)
CaCO3(s) can be acid neutralized (fractured, so to speak) to increase the communication of the naturally occurring fractures in the formation. The mineralogy of the formation in question and other physical characteristics will dictate the frac protocol.
Craig, this is from the Schlumberger Oilfield Glossary, a good webpage to bookmark.
http://www.glossary.oilfield.slb.com/
acid frac
1. n. [Well Workover and Intervention] | ID: 4513 |
A hydraulic fracturing treatment performed in carbonate formations to etch the open faces of induced fractures using a hydrochloric acid treatment. When the treatment is complete and the fracture closes, the etched surface provides a high-conductivity path from the reservoir to the wellbore. |
Thanks Skip
I have a question. I know the Austin Chalk is naturally fractured and the key to getting at the oils is finding the fracture. What do you do if you drill the well and don't firnd the fracture. Is fracking still an option? Is this what is meant by a well workover and intervention?
From Pryme
A completion rig is planned to be on site later this week to perform the acid stimulation of the Austin Chalk formation and commence the production flow test of the Deshotels 13H No.1
Read more: AvoyellesToday.com - Flow testing within next two days set for seco...
The Mad Money episode was great. Hopefully he'll do an episode in LA/MS in the next few years!
http://www.spe.org/spe-site/spe/spe/jpt/2007/07/102590Syn.pdf
HYDRAULIC AND PNEUMATIC FRACTURING
http://www2.bren.ucsb.edu/~keller/courses/esm223/SuthersanCh09Hydra...
"Fracing," which dates back decades, uses pressurized fluids and/or gases to stimulate or fracture rock or shale formations to release the hydrocarbons. Sand pumped in with the fluids helps to keep the fractures open. The type, composition and volume of fluids used depend largely on regional geologic structure, formation pressure and the specific geologic formation and target for a well.
Like most things, there is an art to the science. Hope this helps.
Shale drilling and lithium extraction are seemingly distinct activities, but there is a growing connection between the two as the world moves towards cleaner energy solutions. While shale drilling primarily targets…
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