1. Project overview
The project is the Rototec Geothermal Well Project, which was carried out from Sept 10 to Oct 15, 2024 in Tiilimäenkatu, Lahti, Finland. The aim of the geothermal well project is to explore and develop geothermal energy resources and to contribute to sustainable energy use in the area.
2. Construction environment
The geological formations at the construction site consist mainly of hard wearing granite and gneiss. The working air pressure is 35 bar and the rotational speed of the drill pipe is 100 - 120 r/m. Drilling in such hard rock formations places high demands on the drill bits and requires high performance drilling tools to ensure efficient and stable operation.
3. Product Description
4. Project Implementation
During construction, the bit performed well despite the challenges of hard geological conditions such as granite and gneiss. With an operating air pressure of 35 bar and a rotary speed of 100 - 120 rpm, the bit penetrated the rock quickly. Its fast break-up and drilling speed enabled the team to complete the geothermal wells within the planned timeframe. The high wear resistance and long life of the drill bits also reduced the number of bit replacements, ensuring continuous operation of the drilling equipment and improving the overall efficiency of the project.
5. Customer Evaluation
In addition to Wontech brand drill bits, customers have also experienced Products of other brands. After comparing the performance of different products, they were very satisfied with the TD40 - 115F8A drill bit. Customers were impressed by the bit's outstanding performance in terms of breakout speed, drilling speed, wear resistance and service life. This positive assessment reflects the high quality and reliability of the bit, making it ideal for drilling projects in geothermal wells in hard rock formations.
Overall, the successful case of the TD40-115F8A bits in Rototec's geothermal well program demonstrates its outstanding performance. It provides a reliable solution for drilling operations in hard geological environments and contributes to the successful implementation of geothermal energy projects.