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Foreuse d'ingénierie HS-2001A

Engineering Drilling Rig
Engineering Drilling Rig

La plate-forme de forage d'ingénierie HS-2001A est une plate-forme de forage d'ingénierie et de construction polyvalente portable, qui convient à l'exploration géologique d'ingénierie dans les bâtiments industriels et civils, les chemins de fer, les ponts, l'hydroélectricité et d'autres départements, ainsi que la construction de petits calibres trous de pieux de fondation. :

1. Large plage de vitesse et qualité raisonnable.

2. Faible vitesse de rotation et grand couple, qui peuvent être utilisés pour l'échantillonnage des plates-formes de forage et la construction de trous de pieux.

3. Équipé de cylindres d'huile mobiles avant et arrière, il apporte beaucoup de commodité à l'outil de forage.

4. Alimentation sous pression d'huile, opération facile, efficacité de forage élevée et faible intensité de travail.

5. Structure compacte, petite taille et poids léger.

6. Il peut être utilisé en conjonction avec le châssis de marche sur chenilles en caoutchouc ZL-1A. Il est pratique et rapide de déplacer et de récupérer la tour; il peut également être utilisé dans la tour à quatre angles, ce qui n'est pas pratique à déplacer.

Le foret d'ingénierie GY-200-1A est adopté avec une structure d'alimentation à pression hydraulique, il peut procéder au forage d'attaque et de rotation, et est utilisé pour l'ingénierie de l'exploration géologique dans la route, le chemin de fer, la fondation du pont, le site du barrage, le puits, la prospection ou l'architecture industrielle et civile. Il peut également être utilisé dans l'ingénierie de la tige d'ancrage.

  1. Geotechnical Investigations: The HS-2001A drilling rig is commonly used for geotechnical drilling to assess soil and rock conditions. It helps engineers and geologists understand subsurface characteristics for construction and infrastructure projects.

  2. Soil Sampling: It is employed to collect soil samples for laboratory analysis. These samples help determine soil composition, strength, and suitability for construction.

  3. Environmental Site Assessment: The drilling rig can be used for environmental drilling to install groundwater monitoring wells and collect soil samples for environmental site assessments.

  4. Mineral Exploration: Depending on the rig's capabilities, it may be adapted for shallow mineral exploration activities, including core drilling and rock sampling.

  5. Foundation Engineering: Engineers use this rig to conduct soil investigations for designing stable foundations for buildings, bridges, and other structures.

  6. Water Well Drilling: In some cases, the rig may be adapted for water well drilling to access groundwater sources for domestic, agricultural, or industrial use.

  7. Seismic Testing: The rig may be used in geophysical surveys for seismic testing to study subsurface geological conditions.

  8. Construction Projects: It plays a crucial role in construction projects to assess ground conditions, determine the appropriate foundation design, and ensure safety.

  9. Infrastructure Development: The drilling rig is used to investigate soil and rock conditions along the routes of roads, tunnels, and pipelines to inform construction planning and design.

  10. Research and Education: Educational institutions and research organizations utilize the drilling rig for research purposes and to train geologists and engineers in drilling techniques.

The HS-2001A Engineering drilling rig's adaptability and power make it a valuable tool for conducting geotechnical investigations, environmental assessments, and various engineering projects. Its ability to penetrate the subsurface and collect valuable data contributes to informed decision-making in construction and development.

  1. The HS-2001A Engineering drilling rig is a versatile and powerful drilling machine designed for various engineering and geotechnical drilling applications. Here are its key specifications and potential applications:

  2. Key Specifications:

  3. Drilling Depth: Typically capable of drilling to significant depths, depending on the specific configuration and drilling conditions.

  4. Drill Pipe Diameter: Varies based on the type of drilling and the specific drill bit used.

  5. Supporting Power: Equipped with a powerful engine or motor to drive the drilling operation.

  6. Drilling Diameter: Varies based on the type of drilling and the specific drill bit used.

  7. Rig Type: Engineering drilling rig suitable for geotechnical investigations and exploration.

  8. Weight: Can vary significantly based on thedrilling rig's size and configuration.

  9. Active Drill Pipe: Typically includesdrilling drill pipes or rods used for the drilling process.

  10. Drilling Machine Size: Dimensions vary based on the rig's design and capacity.

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Q: What is the exploration method in geology?

Geological exploration follows a sequence of multidisciplinary activities: reconnaissance, discovery, prospecting, and economic mining. The exploration concept looks for a package of unique stratigraphic age, promising favorable rocks, and type structure to host certain groups of minerals.

Q: What is the maintenance of a drilling rig?

Daily maintenance checks should include: Inspecting for Leaks: Check all components for signs of leaks, such as fluid drips or stains. Pay particular attention to hydraulic lines, connections, and valves. Checking Oil and Fluid Levels: Ensure that oil, hydraulic fluid, and other fluids are at appropriate levels.

Q: Is exploration drilling bad for the environment?

Exploring and drilling for oil may disturb land and marine ecosystems. Seismic techniques used to explore for oil under the ocean floor may harm fish and marine mammals. Drilling an oil well on land often requires clearing an area of vegetation

Q: What are the three types of drilling methods?

The main types of drilling systems include rotary drilling, percussion drilling, and rotary-percussion drilling. Rotary drilling involves a rotating drill bit, percussion drilling uses a hammering action, and rotary-percussion drilling combines both methods to penetrate various soil and rock conditions.

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