The continuous innovation in drilling technology is a significant force driving energy development and scientific progress. As a pioneer in the fields of steel and diamond material processing, GREAT has been at the forefront of the industry since its inception, committed to the research and innovation of petroleum equipment and No-Dig technology. Especially in the field of deepwater drilling, GREAT, with its outstanding PDC (Polycrystalline Diamond Compact) bit jet drilling technology, is profoundly transforming traditional deepwater drilling operations, leading the industry towards a more efficient, safe, and environmentally friendly future.
Deepwater drilling operations have always been a challenge in oil exploration due to their extreme environmental conditions and technical requirements. As global energy demand continues to rise, the development of deepwater oil and gas resources becomes increasingly crucial. However, drill bits face numerous challenges, such as complex seabed environments, variable formation strengths, and enormous underwater wellhead pressure loads. Traditional drilling operations often struggle in deepwater environments, resulting not only in low operational efficiency and high costs but also in greater safety risks.
PDC drills show great potential in deepwater drilling due to their excellent wear resistance, high mechanical drilling speed, and long life. Compared to traditional roller cone bits, PDC drill can effectively avoid mud packing issues in shallow water drilling, thus improving drilling efficiency. GREAT's PDC drill, with carefully designed blade layouts and high-performance cutting tooth configurations, achieve optimal force balance, reducing lateral imbalances during drilling, thus enhancing bit aggressiveness and extending service life. Additionally, the reusability of PDC drill significantly reduces operational costs.
In PDC drill jet drilling technology, the optimization of jet hydraulics is equally critical. GREAT has significantly improved the cleaning efficiency of cutting teeth and cuttings-carrying efficiency by optimizing waterway and flow channel designs and employing directional nozzle layouts, effectively suppressing mud packing. Furthermore, enhanced fluid jet capacity improves the liquefaction ability of the bit with annular soil and prevents conduit blockages and shallow formation bit mud packing issues. These innovative designs make PDC drill perform exceptionally well in deepwater drilling.
The application of PDC drill jet drilling technology has profoundly impacted traditional deepwater drilling operations. Firstly, it significantly enhances the efficiency of deepwater drilling operations. Due to the high mechanical drilling speed and long life of PDC drills, the drilling cycle is substantially shortened, reducing operational costs. Secondly, this technology optimizes wellbore structures, reducing casing sizes and cementing quantities, further lowering operational costs and improving operational safety. Additionally, PDC drill jet drilling technology effectively avoids common operational risks in traditional methods, such as external conduit flow issues and bit gauge collisions, enhancing operational stability and reliability.
PDC drill jet drilling technology represents a major technological revolution in the field of deepwater drilling. With its superior performance and significant advantages, it is gradually replacing traditional drilling operations, becoming the new benchmark for deepwater drilling. As a leader in PDC drill jet drilling technology, GREAT not only advances deepwater drilling technology but also contributes significantly to global energy development. GREAT will continue to uphold its innovative, pragmatic, and efficient philosophy, providing global clients with higher quality and more efficient drilling solutions.