In oil drilling operations, time is directly linked to operating costs. The field installation of traditional solids control systems is usually a massive project involving secondary positioning of numerous loose components, on-site pipe welding, electrical control line laying, and repeated system debugging. In harsh field environments, these processes not only consume significant manpower but are also prone to delays caused by geological conditions or weather factors, directly impacting the overall progress of the drilling team.
Skid-mounted Integration: Keeping Complex Processes in the Factory
The core philosophy of the skid-mounted drilling mud solids control system launched by KOSUN is “factory integration.” We precisely layout and fix key solids control equipment—including shale shakers, vacuum degassers, desanders, desilters, centrifuges, and mud tanks—onto a unified base before they leave the factory. This means over 80% of the assembly, welding, and electrical debugging work is completed in a standardized factory environment. Once the equipment arrives at the wellsite, field personnel only need to complete the connection of external pipe network interfaces and power input to achieve rapid production, shortening the traditional multi-day installation cycle to just a few hours.
Flexible Migration: Customized for Efficient Site Transfers
The frequent relocation requirements of land rigs demand strict equipment mobility. The ingenuity of the skid-mounted design lies in the convenience of “one movement for the whole system.” Due to the high integration of functional components, there is no need to disassemble complex connectors during migration; only an integrated hoisting for transportation is required. Furthermore, for wellsites with limited space, KOSUN utilizes a compact design that reduces the footprint by approximately 30% compared to traditional distributed installations, effectively lowering the complexity of wellsite preparation.
Detail Innovation: Enhancing the Stability of Field Operations
To ensure that operational quality is not sacrificed while shortening installation time, the system incorporates several detailed innovations. For instance, to address mud sedimentation challenges, composite tanks with conical bases and high-power mud agitators are utilized. The piping system is controlled through flexible valves, enabling seamless switching between tanks. These designs not only speed up installation but also make on-site operation and maintenance simple and efficient.