Fracture monitoring solutions, such as Silixa’s ArrayFrac fracture monitoring services, provide real-time information on fluid distribution, how the fracture is developing, and strain data to detect and enhance fracture treatments, how the reservoir is expanding, and other features of the wells, such as their designs and spacing.
Companies use Distributed Acoustic Sensing technology and Distributed Temperature Sensing that help them confirm when the project is complete. It determines the fluid distribution and monitors communications in real-time. Additionally, the service aids in measuring the well interference using fibre-optic cable. The data obtained is then used to enhance future well projects such as the perforation designs, well placement, and reservoir development.
Hydraulic Fracture Mapping & Monitoring
It involves the application of three technologies, namely Distributed Temperature Sensing (DTS), Distributed Acoustic Sensing (DAS), and microseismic measurement, to determine the orientation and extent of fracture growth. This new technology aims to minimise exploration risk and improve fracture stimulation. This technology has been used to image fracture growth in horizontal and vertical wells and determine fracture orientation and size. Additionally, it is used to monitor fracture growth in real-time, and it helps optimise fracture stimulation. Hydraulic Fracture Mapping & Monitoring offers real-time insights for the following:
- Well integrity problems
- Future production and the performance of the reservoir
- Effectiveness of fluid diversion
- Fluid distribution and the efficiency of the cluster
- Flowback and well cleanout
Discover Halliburton Fracture Monitoring Solutions
Halliburton fracture monitoring solutions offer various fracture monitoring technologies and services to help increase the precision and effectiveness of hydraulic fracturing operations. These include real-time insights from analytics sourced from distributed acoustic sensing (DAS) and distributed temperature sensing (DTS). Halliburton’s advanced microseismic and surface sensing technologies deliver greater insight and understanding of your reservoir and fracture network.
The insights shared help operators know what is happening in the subsurface, which helps them make necessary adjustments that improve the performance and placement of the hydraulic fractures. Our wide range of proprietary systems, services and software can be customised to deliver the right combination of technology, data, analysis, and support for your needs. Besides, they are scalable, meaning you can install fibre cables much easier, quicker, and at a low cost. Thus, operators can get actionable insights on cross wells simultaneously.
Real-Time Bone Fracture Monitoring System Using Iot
Bone plays a crucial part in the human body. Not only does it provide stability, but it enables humans to walk with ease. The external fixation process is the primary treatment method for bone fractures and issues. Still, numerous complications arise, which reduce the treatment efficiency, and it takes more time and cost.
Things have changed, and this project aims to develop a real-time bone fracture monitoring system using IoT that can monitor the healing process of a bone and provide information to the doctor whenever there is a problem. The system will be able to detect any change in the bone and send an alert to the doctor. It will also provide information about the progress of the healing process and help the doctor to take necessary action. This data is stored and availed to doctors to identify the problem and help treat the patient.
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