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In addition to real-time client monitoring on-site, we have a Real-Time Operations (RTO) system that operates live and online, utilizing the WITSML data communication format. This innovative RTO application serves the purpose of displaying and visualizing drilling parameter data seamlessly throughout ongoing operations.
Vital equipment in the drilling industry, providing real-time information from the drilling well. Real-time drilling parameters are data obtained and monitored continuously during the drilling process. This data includes several important factors that provide a deep understanding of the well’s condition and drilling operation at that time.
The technology that enables users to monitor and visualize the trajectory of a drilling well directly during the drilling process. This is typically done with the assistance of specialized software that receives data from sensors in the field and projects it into easily understandable graphical representations.
The process of analyzing and interpreting drilling mud data directly during the drilling process. This is carried out by geological and petrophysical experts working in real-time drilling monitoring units.
Involves continuous monitoring of drilling progress and comparing it to pre-established plans. This entails evaluating drilling parameters such as penetration rate, mud pressure, well temperature, and planned drilling trajectory
Historical data in the context of well drilling can encompass various types of information recorded from previous drilling operations. This includes geological, technical, operational, and safety data relevant to the drilling process.
To perform the process of data acquisition from analog to digital signals directly related to sensors, we utilize hardware known as a CANbus. This hardware serves as a protector against electrical current spikes to the computerized system, ensuring resilience in the face of power surges. Moreover, the CANbus system boasts a high level of accuracy, reaching up to 99.9%, enhancing the precision and reliability of the data conversion process.
To read the digital signals transmitted by the CANbus, we employ hardware known as the “Cancard.” This component plays a crucial role in expediting the sensor reading process, enhancing its efficiency and accuracy. The Cancard is specifically designed to optimize the retrieval of digital signals from the CANbus, ensuring a swift and precise data acquisition experience.
Explore our diverse portfolio, ranging from cutting-edge technological implementations to strategic partnerships, and discover firsthand the dynamic solutions and outstanding outcomes that define our recent contributions. This section is a glimpse into our ongoing pursuit of excellence and the milestones we continue to achieve in delivering top-tier services and solutions.
Strategic Collaboration between PT Indra Petrotech Indonesia and PT Elnusa Tbk: Supporting Projects in the Working Area of PT Pertamina Hulu Energi SIAK and PT Pertamina EP Asset 1.
PT Pertamina EP Asset 1 is a part of the Pertamina EP group, a subsidiary of PT Pertamina (Persero), with a specific focus on the exploration and production of oil and gas.
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They were so friendly and it was pleasure to get my tasks done. I'm very happy with services their provided. I will recommend this company to my family and friends. Their works is professional and their pricing was competitive.
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