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6 FAQs about [Jet jetting for water well drill rigs Pile video]
How do jetting pipes work?
The rigid steel jetting pipes are usually welded to the pile, with hoses connecting them to the jetting pumps. The water jet loosens the soil, reducing the resistance to penetration of the pile toe during driving. φ = 25° to 30° with c’ = 0 to 20 kPa. open jet pipe end or directed jet.
What is high-pressure water jet-assisted pile driving technology?
High-pressure water jet-assisted pile driving technology is to install a high-pressure water jet at the lower end of the pile during pile driving to spray high-pressure water jets to cut the soil. The jet water flow and pile sinking are synchronized, which solves the problem of difficulty in penetrating hard soil layers during pile driving.
Can a water jet head be used to drill holes?
In hard soil, the water jet head can be used to directly drill holes, which has obvious advantages in pile driving; Clay layer, sand layer, residual soil or fully weathered rock can also be applied. When the geology is fully weathered rock, high-pressure water can be used directly to punch holes;
Does jet water flow synchronize with pile sinking?
The jet water flow and pile sinking are synchronized, which solves the problem of difficulty in penetrating hard soil layers during pile driving. Problem, especially for harder soil layers with a standard penetration number greater than 20, the effect is more significant.
How does a water jet work?
The water jet loosens the soil, reducing the resistance to penetration of the pile toe during driving. φ = 25° to 30° with c’ = 0 to 20 kPa. open jet pipe end or directed jet. Site characteristics
What are the advantages of high pressure water jet?
High-pressure water jet assists pile driving, which greatly reduces the difficulty of construction and protects the pile body. It has fast construction speed, fewer processes, low project cost, convenient construction, and easy quality control. The on-site construction technology is mature, which reduces project risks.