10 steps to drilling a well for water

There are three general categories of precautions.

A. Be convenient and healthy. Drill a well, find some charcoal and wrap it in a bag and throw it down. Pressed at the bottom of the well, it will absorb foreign toxins. Have water. Put a few small fish. Test the safety of water quality. All are very spiritual.

B. To take into account whether the depth of the well is reasonable. Whether there is damage to pour cable line pipe and so on.

C, in line with the precepts of feng shui. The law of feng shui to get water for the top, the use and development of wells is an important symbol of human transformation of nature and the further expansion of living space. Now, in addition to remote areas, everywhere using running water, wells are not as important as they once were, but some places in the countryside will still use wells, and urban villas have dug wells for backup.

1、Choose a good location for the wellhead, dig a round well with the same diameter and roughly the same depth as the drill according to the requirements, and put the drill into it.

2、Align the well drilling machine turntable hole with the dug round well and place the drilling machine. Drape a rope from the pulley above the derrick and tie an object, adjust the legs so that the rope is aligned with the turntable hole, and pad the legs with large wooden blocks to make the legs stable and reliable.

3、Dig a 2m wide, 3m long, 1m deep mud pond near 5m from the well rig for mixing slurry when the rig is drilling into the sand layer.

4、Place a submersible pump in a well or other water source near the well machine, and connect the submersible pump to the pressure head with a water pipe. It is used for flushing the mud when drilling.

5、When docking the drill pipe, the throttle of the diesel engine should be small and try to keep the drill pipe from swinging from side to side to avoid premature damage to the drill pipe threads.

6、When the drill bit encounters a hard soil layer and the drilling speed is slow, use the pressure bar to pressurize it to speed it up. If the drill pipe is skewed, use the hook on the pressure bar to adjust it.

7、When drilling the well, according to the geological condition, determine whether to use water or mud to hit the soil layer with water, and use mud mixed with sand when encountering the sand layer to avoid stasis of the rod.

8、When the well drilling machine is finished, withdraw the rod. When withdrawing the rod, pull the lifting wrench to make the drum rotate by friction to drive the drill rod up, when the mother rod fillet is exposed. Close the live door under the turntable and hang up the reverse gear, then you can withdraw the rod.

9、When withdrawing the rod, pay attention to avoid swinging the mother rod so as not to damage the threads, and at the same time, the staff should tighten the wire rope. As soon as the thread is disengaged, make it separate immediately. Avoid relative movement between the outer thread and the inner thread, which will wear out the threads.

Drilling how to find groundwater sources, you can use the pqwt ground water detector The instrument is based on the earth's electromagnetic field as the field source, based on the difference in electrical conductivity of different geological structures underground, by measuring the law of change of the electric field components of different frequencies, to study the geological structure and changes, scientific search for groundwater resources geological structure changes through the curve chart real-time display. A simple one-click operation automatically generates geological profiles, getting rid of the tedious computer mapping. The instrument is widely used in different terrains such as plains, hills, mountains, plateaus and basins to quickly analyze the changes of geological structures and to determine the well location, aquifers and depth of aquifers.

Through the comparative analysis of field work examples, the natural electric field frequency selector can reflect the geological information in a certain depth range of the underground, and can be used for geological minerals, engineering physical prospecting and rapid census of water resources.