Acar Kardesler Drilling products
Water Drilling Machines Mounted On Truck
Acar Kardesler - Model 1300Mt - Water and Geothermal Drilling Rigs
Acar Kardesler specializes in the manufacture of advanced water and geothermal drilling rigs, designed to efficiently reach depths of up to 1300 meters. These rigs are mounted on trucks or trailers, enabling mobility and flexibility in challenging terrains. The rotary drilling technology employed is primarily used for groundwater, surveying, and mining, offering a seamless combination of various drilling processes into a single machine. This approach allows for the drilling, casing, and well development in one continuous operation. The process begins with rotary drilling at predetermined efficient groundwater locations, followed by inserting a smaller diameter casing tube once the desired depth is achieved. This prevents the well walls from collapsing, with additional drilling gravel filling the voids to stabilize the structure. Post drilling, the well is developed using techniques such as compressed air or pistons, ensuring it is ready for usability.
Geothermal Water Drilling Rigs
Acar Kardesler - Model 2500 Mt - Geothermal Water Drilling Rig
The geothermal water drilling rig, designed for 2024, is engineered to reach depths up to 2500 meters with remarkable precision and efficiency. Mounted on either a truck or trailer, this all-in-one machine replaces the need for multiple devices by integrating the functionalities required for complex drilling operations. Primarily used for water sourcing, surveying, and mining, the rig employs rotary drilling methods to begin excavation at the most promising groundwater location. After reaching the designated depth, the drill components are retracted, and the newly formed well is secured with a casing pipe. The space between the well wall and the casing is filled with gravel to ensure stability. This rig provides a comprehensive solution with its ability to clean and develop the well through methods such as compressed air and pistons, readying it for operational use. Its capability to efficiently harness geothermal resources highlights its vital role in sustainable water management.
