Design and Manufacturing tools and equipments


Jar Technology in Drilling Operations

Jar technology plays a crucial role in addressing issues related to stuck equipment in drilling operations. Drilling jars generate either pulling or pushing forces, allowing for the release of stuck equipment. These tools are available in two types: mechanical and hydraulic. The mechanical type features a simpler design and higher reliability, while hydraulic jars offer more precise control over the forces and are better suited for operations requiring greater accuracy.
Pasargad Energy Development Company (PEDC), in collaboration with Petro Kala (a PEDC subsidiary), has taken a pioneering role in the drilling industry by localizing designs and producing new components. Through extensive studies, the company has optimized and localized its impact jars. Their new designs not only improve performance but also offer higher repeatability and greater efficiency in challenging drilling conditions. The technology used in these jars incorporates advanced technologies and high-quality raw materials.
Petro Kala has also improved its manufacturing processes and employed modern technologies, which have led to cost reductions and increased efficiency. By offering technical consulting services, operator training, and the design and production of high-quality components, the company has contributed to enhancing drilling operations. Petro Kala has emerged as one of the industry leaders, capable of not only repairing and refurbishing damaged and worn parts but also designing and producing new, high-quality components with improved performance.

Key Achievements of Petro Kala in the Drilling Industry

Petro Kala has made significant achievements in the drilling industry, including:

• Design and Manufacturing of Drilling Jars:
An optimized and localized model has been designed, offering enhanced performance and higher precision.

• Repair of Drilling Jar Components:
Expertise in deep and precise repairs, refurbishing damaged components, and manufacturing new, high-quality, and efficient parts.

• Cost Reduction and Increased Productivity:
Optimization of manufacturing and repair processes, providing better and more reliable services, leading to cost reductions and increased customer satisfaction.

• Innovation and Continuous Improvement:
Ongoing research and development and the use of advanced technologies to enhance the quality and efficiency of services.