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Augmented reality and wearable technology in oil and gas industry

Augmented reality and wearables in Oil & Gas

Augmented reality and wearables technology in oil and gas industry


The oil and gas industry has undergone improvements over the years but the difficulties of exploring and processing hydrocarbons which are economically viable remain unchangeable. The introduction of emerging technology and platforms of the next generation provides a sufficient potential for innovation and market change. There are several prototypes using the concepts of increased augmented reality and virtual reality to make oil and gas operations more successful.

The value proposition of AR and VR in this industry is increasing, as industries explore applications and move beyond pilot applications. These efforts increasingly converge with IoT technology's opportunities—sensors and embedded devices that lead to the building of more interconnected and expanded digital and physical environments.

However, in the midst of this flourish, many miss the big consequences of AR's and VR's emergence in the oil and gas market. Design trends change dramatically with 2D screens that give way to tools using sensors, gestures, voices, contexts and digital contents to make it easier for us to communicate with the increasingly intelligent world around us. Head over to know more about Digital Transformation In Oil And Gas Industry In 2021

Predictive Safety Sensing

Wearable sensor-enabled systems use predictive analysis to ensure employee protection in the workplace. Predictive oil & gas analytics are used across a variety of wearable devices to help workers assess and forecast the safety of oil and gas. Cardiovascular speeds, blood pressure, air quality, geolocation, weather and other protection measures can be tracked. Goggles assess eye motion to indicate fatigue, disorientation and other visual impairment signals.

Two way communications provide the appropriate workers, who may stop working when necessary in order to preserve employee protection, with real-time information, job support and contextual information (e.g., the team location).

Furthermore, oil & gas safety research identifies primary causes of accidents at work in which resources and planning may have the greatest impact.

Intelligence improved - worker

Increased overlays (AR) in the oil and gas industry, e.g. intelligent glass hardware, analytics and back-office software, will increase the safety and productivity of the working person by offering visual indices, process measures, operating instructions, and repairs. For example, bracelets for gesture control may start a video conference between a local worker and a remote expert who can see what the employee sees, speak to him or her through a collection of tasks and provide annotated instructions on the enlarged display of the worker.

Simulators for Operator Training with AR powered tablets, immersive digital-twin device upgrades and advanced equipment within the classroom. Operators may gain detailed information and learn about skills for efficient implementation of Standard Operating Procedures (SOP) for start-ups, shut-downs, critical installation operations seldom conducted and work permits such as hot work, confined space, work at heights and high elevations.

Training on virtual/augmented reality

Virtual training sessions can boost user experience and lower cost in the oil & gas industry. Providing training on-demand, focused on virtual reality that leverages in-person walking, computing and other innovations will boost retention of information and reduce conventional training costs. The highly practical training in oil and gas VR for hazardous conditions will assess protection and enforcement procedures in the event of an emergency security incident and enhance procedural efficiency.

Bottom Line
In order to open many more use cases for field operations, oil and gas companies are actively engaged in wearable technology research. Wearable technologies allow the development of various types of petroleum and gas data collection and exchange equipment. Wearables will lead to a paradigm shift in worker safety and productivity in field operations by leveraging sensors, wireless communication and artificial intelligence and increasing reality.

At Aximind, we have prepared solutions to fit the specific areas and challenges within the Oil & Gas sector. For example, for onshore drill rigs and production plants which is an asset-heavy division, we have solutions to monitor these assets in real-time.

Our ML algorithms are developed by breaking the data silos and building solutions to optimize the performance of the equipment, processes, and predict asset failures. We also have a solution for offshore, using IoT and Augmented Reality to monitor, inspect, and repair any asset remotely. The solution enables us to assist any Site Technician remotely from anywhere with relevant information and real-time instruction sharing. Our deep-dive data management and advanced analytics also support end-to-end operations to the Oil & Gas personnel to know the business insights at a given point of time.

Our solutions are specially designed and developed to support Oil & Gas enterprises with their digital presence through connected systems, be data-oriented, and get real-time insights. These solutions have improved productivity, enabled safety, and sustainability with reduced cost for the enterprises where it has been used.

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