China Water and Gas Drilling Rigs - Reliable Suppliers and Factory for Underground Engineering Equipment
Water and Gas Drilling Rigs Principle
1. Water Jetting Principle
Water and gas drilling rig through the high-pressure pump will be sent to the water jet pipe, and then jet out. Due to the high flow rate and pressure of water, the water jet can produce impact on underground rock and make it broken.
2. Jet Gas Principle
Water and gas drilling rig through the high-pressure gas pump will send gas into the jet pipe, and then jet out. Due to the gas flow rate and pressure, the jet can produce impact force on underground rock and make it broken.
Third, the workflow of water and gas drilling rigs
Preparatory Work
Including checking whether the equipment is normal, installing jetting pipe, connecting water or gas source, etc.
Start Jetting
Start the high-pressure water pump or gas pump to send water or gas into the jetting pipe. Water and gas drilling rig is a kind of mechanical equipment used in underground engineering construction, which can impact and break the underground rock by spraying high-pressure water or gas, in order to achieve the purpose of excavation, drilling or blasting and other operations. Water and gas drilling rigs have a wide range of applications in underground engineering, such as tunnelling, mine prospecting, underground construction, etc.
Adjustment
According to the actual situation, adjust the pressure and flow size of the jet water or gas flow.
Construction Work
Aim the jetting mouth at the underground rock to be treated, control the jetting time and position, and carry out impact and crushing operations.
Monitoring Effect
During the construction process, the construction effect is regularly checked and evaluated to ensure that it reaches the expected goal.
Finish the Work
After the construction is completed, turn off the high-pressure water pump or gas pump, dismantle the jetting pipe and clean up the equipment.
Advantages and Application Areas of Water And Gas Drilling Rigs
1. Efficient and Quick
Water and gas drilling rigs can quickly carry out construction work and improve work efficiency.
2. Environmental & Energy Saving
Compared with the traditional blasting construction methods, water and gas drilling rigs do not produce noise, vibration and harmful gases, environmentally friendly.
3. Wide Range of Applications
Water and gas drilling rigs are suitable for a variety of underground rock impact and crushing operations, a wide range of application areas.
The Development Trend of Dual-Use Water and Gas Drilling Rigs
1. Automation Technology
Water and gas drilling rigs will adopt more automation technology to improve the accuracy and efficiency of construction.
2. Intelligent Control
Water and gas drilling rigs will introduce intelligent control system to realise real-time monitoring and adjustment of construction parameters.
3. Energy-saving & Eco
Water and gas drilling rigs will pay more attention to energy-saving and environmental protection, and adopt more environmentally friendly energy and material.
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Frequently Asked Questions (FAQ)
What is the working principle of water and gas drilling rigs?
Water and gas drilling rigs operate using high-pressure water jetting or gas jetting. High-pressure pumps deliver water or gas through a jetting pipe, creating a powerful impact force that fractures and breaks underground rock formations.
What are the primary applications of these drilling rigs?
These rigs are widely used in various underground engineering projects, including tunneling, mining exploration, mine prospecting, and general underground construction excavations.
What advantages do water and gas drilling rigs have over traditional methods?
Compared to traditional blasting, water and gas drilling rigs are highly efficient, environmentally friendly, and energy-saving. They do not generate noise, heavy vibrations, or harmful gases during operation.
How is the flow and pressure controlled during construction?
During the workflow, operators can adjust the pressure and flow size of the water or gas streams in real-time, based on the specific density and hardness of the underground rock encountered.
What are the future development trends for these machines?
Future trends include the integration of advanced automation technologies, intelligent control systems for real-time parameter tracking, and the adoption of more eco-friendly materials and energy-saving components.