That would depend on the pressure of the groundwater in the aquifer. If the hydraulic head level (another way of describing water pressure) was higher than the Earth's surface at that point, then the water could indeed flow up the drill pipes.
Ground water reaches the earths surface through; 1. Springs 2. Wells 3. Artesian basins
Drilling oil and gas wells and hydraulic fracturing
It comes from underground and we extract it by drilling a hole then by pumping it out of the ground
mining and blasting and maybe drilling
Infiltration describes the movement of moisture from the surface into the ground. Percolation is the word used to describe the movement of a fluid through a porous and permeable medium such as soil.
It's not really a problem, per se, but the challenge with geothermal power is that it requires drilling to a geothermal heat source. Since drilling is expensive, geothermal power is most cost-effective in locations where geothermal heat sources are close to the surface and/or the ground is relatively easy to drill through.
If enough water pressure build under the surface of the ground, the water can burst through cracks in the surface forming a geyser.
Geyser
Geyser
Geyser
Drilling into the ground, mining.
Getting It out of the ground Drilling for it
Getting It out of the ground Drilling for it
Ground water reaches the earths surface through; 1. Springs 2. Wells 3. Artesian basins
Oil is extracted from the ground by drilling down hundreds of feet into the earth. Once a discovery is located, a pipe is inserted through which the oil ascends to ground level and is captured into containment areas
The fact that oil is under ground.
i think that when the water reaches the surface, it dissolves into the ground which is called infiltration (the movement of water through soil) which then flows down from the tiny spaces in the bedrock and then it forms into a ground water, which is then released into and ocean or a lake.