The deployment of Optima, which connects multiple wells with controllers and analogue and digital sensors to Envision, will enable downstream oil and gas enterprises to optimise and predict events. This is expected to reduce the amount of time spent on maintenance processes and result in an increased output of up to 30%.
Indian IT services firm Kellton Tech has implemented its Cloud-based artificial intelligence (AI)-enabled Internet of Things (IoT) and real-time analytics platform for an undisclosed customer in the oil and gas industry.
The company implemented the customisable Optima IoT platform using its proprietary IoT Edge device Envision, a remote communication modular gateway.
The deployment of Optima, which connects multiple wells with controllers and analogue and digital sensors to Envision, will enable downstream oil and gas enterprises to optimise and predict events. This is expected to reduce the amount of time spent on maintenance processes and result in an increased output of up to 30%.
Kellton Tech co-founder and chairman Niranjan Chintam said: “Kellton Tech has been working on the cutting-edge of IoT innovation for the last few years. We have gained huge traction in the last six months.
“IoT has gone from a once hyped-up novelty to a transformational force in the world of business. It is not just a new product feature; it is a whole new way of doing business. Businesses can now see when a device needs servicing, with problems being anticipated and addressed before they even occur, allowing customers to get higher availability levels.”
Optima offers improved visibility of well operations. It also enhances operational efficiency, maximises oil production and reduces the cost and risk of operating wells.
According to Kellton, the platform will allow clients to collaborate between different departments and various levels of management.
Optima enables the integration of people, data, information, processes, and technology to ensure data can be accessed round the clock.
Companies using Envision will have secure access to real-time data acquisition, transmission, processing, computation, and control from remote oilfield well sites and gathering stations both onshore and offshore.
The device will support remote monitoring, equipment protection, and onsite automation.
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