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OptaSense - LIVE Monitoring Solution for Oilfield Services
Luna Innovations has introduced the OptaSense LIVE Monitoring Solution, designed for the oilfield services sector. This advanced technology offers real-time data acquisition capabilities critical for making informed decisions at the wellsite. By providing instantaneous and processed data, OptaSense eliminates delays typical in traditional data acquisition, which can take weeks. The system's capabilities extend across several applications, including production profiling, injection profiling, leak detection, crosswell strain monitoring, microseismic monitoring, and hydraulic fracture monitoring. Using optical fibers clamped to the casing or within production tubing, the solution provides continuous, non-intrusive data collection. This technology not only reduces operational costs but also enhances efficiency by improving monitoring accuracy and delivering decision-ready insights. Overall, OptaSense LIVE Monitoring offers a comprehensive approach to optimize production and ensure wellsite safety and efficiency.
OptaSense LIVE Monitoring Production Profiling service delivers the data necessary to maximize your asset value by improving operating efficiency, optimizing your completion design and lowering development costs.
Through OptaSense LIVE Monitoring, a rapid assessment across the entire production interval is delivered, allowing you to instantanously assess flow contribution and locations.
The key to production optimization is gaining a complete understanding of flow patterns through reservoir monitoring and data analysis. Unlike other conventional production monitoring methods, Production Profiling through the LIVE Monitoring solution lets you visualize inflow and axial flow along the entire wellbore, in real time, at the perforation level, for the life of the asset.
By using an optical fiber clamped to the casing or production tubing, the Production Profiling service offers non-intrusive data acquisition for continuous logging and on-demand surveys, without interrupting production, at a significantly lower cost compared to conventional production logging
OptaSense LIVE Monitoring Injection Profiling service provides a comprehensive analysis of inflow and axial flow conditions. OptaSense has the most diverse industry expertise, through which we created highly developed algorithms to visualize inflow with reliable and repeatable results. In addition to LIVE Injection Profiling contribution for perforation clusters, sleeves, zonal contributions or injection intervals, OptaSense LIVE Monitoring provides the decision ready, critical information our customers rely upon for wellsite decision.
OptaSense LIVE Monitoring Leak Detection service provides a rapid leak detection solution with an immediate assessment of anomalous conditions within the conduit (well, pipeline, etc.).
Leak detection is a vital part of optimizing the production flow, preventing possible crossflow and contamination from and into the non-targeted reservoir, identifying detrimental pressure spikes in the annuli and quickly identifying the severity of undesired flow paths that could lead to environmental disasters.
Having fiber-optic data from along the whole well up to the surface provides the required knowledge to act quickly and decisively when necessary. Fiber-optic leak detection allows the ability to identify a leak through multiple strings of pipe. Effficiency is improved by assessing the entire wellbore simultanously and operational time is reduced by more than 50% over electrical measurements.
The LIVE Monitoring Crosswell Strain Monitoring service measures the dynamic stress and strain changes within a rock formation from hydraulic fracturing stimulation providing live visualization of critical frac hit diagnostics.
From our low frequency distributed strain measurements, we can tell exactly how and where a fracture is propagating, uncovering key principles of a fracture’s orientation, length, growth rate and distribution. Fracture events communication locations and time can be captured from dynamic strain between the monitor well and treatment wells. Results are analyzed to evaluate the prescribed stimulation design, well positioning, fracture diagnostics and identifying geological controls and features.
Confident decisions can be made for optimized well spacing by evaluating how strain variations to the fracture program impact fracture driven interactions. With the ability to identify dominant fracture paths and fracture network in the reservoir, our clients are able to access parent-child well interactions. With this unique data set, subsequent wells can be better designed to target the intended treatment zone. OptaSense also
delivers advanced analysis of the performance impact of various completion and stimulation techniques on quantitative reservoir dynamic strain level induced by fracturing treatment. This unique strain data enables detailed reservoir analysis to optimize completion and well spacing design.
OptaSense LIVE Monitoring Microseismic Monitoring service provides a unique solution for active microseismic monitoring. Our fiber-optic interrogators allow for high fidelity microseismic monitoring in individual or multiple wells and can be deployed outside casing as permanent installations or inside wells from retrievable fibers.
Fiber-recorded microseismic is evenly sampled over the full length of a monitoring horizontal. This even and wide aperture sampling allows for a greater level of accuracy in microseismic monitoring source locations. Additionally, this even sampling results in little array bias and allows for a more representative distribution of events from toe to heel.
OptaSense’s real-time solution provides event locations and magnitude estimates autonomously to illuminate the fracture initiation and development. Results are visualized in real-time with optional pumping data, strain data, and temperature measurements.
OptaSense fiber-optic monitoring services include surveillance of processes surrounding injector wells. Both in existing oil fields or as part of carbon capture storage and utilization, the monitoring of injector wells is a critical aspect as they could trigger induced seismic events.
OptaSense’s real time LIVE Monitoring Induced Seismicity Event Detection service has been deployed to assess injection processes as well as caprock integrity. Our high sensitivity systems have surpassed the performance and detection thresholds of conventional seismic networks while providing 24/7 surveillance at a fraction of the cost.
Real-time assessment of induced seismic events provides operators with a critical tool to assess operational aspects of their assets.
OptaSense LIVE Monitoring Hydraulic Fracture Monitoring service utilizes advanced Distributed Acoustic Sensing and Distributed Temperature Sensing technology to help you confirm successful completion operations, determine fluid and proppant distribution and monitor cross well communications in real time, at the perforation level, by acquiring continuous acoustic and temperature measurements along the length of your well.
This service also allows you to measure well interference, such as strain and temperature, on multi-well pads when one or more wells are instrumented with a fiber-optic cable. As a result, the data can provide valuable information on future well placement, perforation designs and reservoir development.
Visualization of real-time distributed strain, temperature and acoustic data provides Operators with the information needed to optimize fracture treatments, evaluate diversion strategies, and identify cross well communication events. In addition, this novel sensing combination can offer real-time insights into:
- Perforation cluster efficiency and distribution of fluid and proppant
- Effectiveness of flow diversion
- Well integrity issues
- Initial flowback and well cleanout
- Long term production and reservoir performance
On-demand completion data not only provides the insight you need to optimize fracture programs, additionally, it also allows you to mitigate operational issues in order to save completion dollars. For instance, to mitigate losses associated with mechanical failures, the OptaSense LIVE Monitoring Hydraulic Fracture Monitoring service monitors all operations in real time, such as confirming perforations, plug setting, ball drops and sleeve actuation. It identifies unwanted inter-stage communication in treatment wells, as well as unwanted hydraulic connectivity in offset wells. Frac monitoring also enables the immediate detection and location of well integrity issues.