Oil & Gas sensing

Luna WELL.DONE provides perfect resolution and very accurate and efficient data to optimize output and reduce operational cost in in-well monitoring. Learn more about the reservoir behavior and obtain knowledge about how to maximize injection and production while minimizing HSE risks and concerns with down-hole sensing through a fiber-optic cable and our data visualization software - Charon. Such real-time, continuous thermal characterization, and visualization of a well and reservoir using the WELL.DONE system bring value to operators by monitoring remotely hazardous situations. Read more

Luna's WELL.DONE distributed temperature system offers a solid base for understanding the process of increasing oil production through real-life temperature data. The system provides fast and accurate temperature data and with the enhanced visualization software it is easy and simple to get a full picture of the temperature changes and their exact location. Knowledge of temperature measurement location is critical in relation to the wellbore with accurate interpretation and utilization leaving operators with less down-time and more cost-efficient operations. Read more

Luna WELL.DONE utilizes the most advanced technology to help operators increase productivity with fracturing and well stimulation techniques. The DTS technology in WELL.DONE provides temperature measurements over the complete length of the wellbore and the highly detailed and accurate data can identify changes in well performance as they happen. A single permanent downhole cable enables temperature measurements through an optical fiber line providing visualization of different zones optimizing stimulation efficiency. Read more

Luna WELL.DONE is ideally suited for SAGD applications where the complete temperature profile provided by the system can optimize and improve SAGD well management. WELL.DONE provides fast and accurate temperature data and with the enhanced visualization software it is easy and simple to get a full picture of the temperature changes and their exact location. Read more