On the recordApril 7, 2011
My colleague's exactly right. And if you can join me in this conversation, because by no means am I an expert in this technology. But what I have read and researched and what's been presented to me makes sense. Because you're absolutely right. What happens is then they take, after there is some fracturing of the formation of the shale--there is a hydraulic fracture, hence the hydraulic fracturing, the hydraulic portion of that technology name-- what they do is they pump volumes of water, primarily water and sand, down the well site and into that horizontally-drilled well site and bore, and pump in water at high pressures. We are talking high pressure when we are talking about this process and this technology that not only pump into those fissures, those microscopic fissures that we're talking about that are the result of this fracturing process. As they pump that water and sand into those fissures, when they withdraw the fracked material, those proppants as they are called, as my colleague's identified, keep those fissures open so that natural gas has the ability to have a natural, by way of pressures, ability to migrate to the well, to the bore site, to the hole, if you would, and then flow back up to the surface and be recovered and developed, and put into our pipeline systems to supply the energy that we all have become dependent upon. Does my colleague have anything to add to that process?





