What is a nozzle drilling?
The term "drilling of the nozzle" can describe the employment of a strong controlled current of water or fire when cutting or drilling. It can also be applied to another, different, process: creating new drainage channels in wells. Every type of nozzle drilling has become more common.
Drilling of water rays or cutting of water rays is when water is forced in a current through an extremely narrow nozzle and shoots at its target at sufficient speed and pressure for metal cutting. To help cutting, abrasive substances could sometimes mix with water. This type of drilling is used in stores as an alternative to use metal drills that can overheat or make blunt cuts when wearing. The term "drilling of water jet" can also refer to a procedure that is more known as the washing boring, while the chopping piece of the first drill on the ground and then soil samples are raised by flooding the hole with water. When drilling water current, the water is overheated and used to cut the rock.
Another form of drilling that uses heat, is the drilling of the flame. This method uses hydrogen flame. As with drilling water jets, the advantage of this method is that the equipment itself does not mean contact with the surface drilling and therefore does not easily emerge. Unlike the water beam, however, the flame current can cut very deep into a solid rock. This technology, along with its ability to penetrate deeper and deeper into the Earth's surface, continued in constant procedure.
The term "drilling of the nozzle" not only refers to the use of fire or water when drilling, but also a name that is given the process of diverting the drill chain in a new direction when improving the well of oil and gas. The aim of the side and radial drilling of Jet is to find new ways to achieve these resources and their extraction. This is done by the new boring openings "Jet out" laterally and/or in the radius of the original. Many jet drill service bores their own methods of nozzle drilling to improve the production of already existing wells.