May 29, 2023: Essar Oil and Gas Exploration and Production Ltd (EOGEPL), India’s pioneering unconventional hydrocarbon (Coal Bed Methane) player, today announced its collaboration with M/s Sensia, a leading provider of digitalization solutions, to enhance operations through the deployment of Sensia's Avalon digital platform interface. This strategic partnership aims to unify measurement systems, optimize decision-making, and enable remote control of critical parameters across EOGEPL's wells, facilities, and customer interface.
Sensia's Avalon platform offers a comprehensive interface that simplifies the capture, analysis, and digitization of well-related activities, facility-related activities, and customer end operations. The platform enables real-time data acquisition of essential parameters, such as mechanical, electrical, gas and water flow, pressure, and power backup device data, among others. With remote access and control capabilities, EOGEPL gains the ability to monitor and adjust critical well and facility parameters, facilitating efficient operations and proactive decision-making.
Commenting on the development Mr. Pankaj Kalra, CEO of EOGEPL said "We are delighted with our collaboration with Sensia and the deployment of their Avalon digital platform interface. This partnership represents a significant milestone in our digitalization journey, as it enables us to unify our measurement systems, optimize decision-making, and remotely control critical parameters across our operations. By leveraging advanced technologies, we are confident that we will achieve increased production, reduced operating costs, and enhanced efficiency, reaffirming our commitment to sustainable and efficient energy production."
EOGEPL has already invested ₹5,000 Crores in exploration in the Raniganj block in drilling 350 wells. The company is further looking at investing another ₹2,000 crore for drilling 200 more wells in the next 18 to 24 months. The company is employing the latest technology in the existing wells to ramp up production from 0.9 mmscd to 1.3 mmscd.
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