Advanced Gas Mapping and Quantification Technology

Advanced Gas Mapping and Quantification Technology

OBJECTIVE/SCOPE

The paper presents a reliable and cutting-edge Gas Detection technology, designed to provide numerous benefits to the gas detection system by offering a robust and digital solution that enhances operational safety and environmental compliance, with comprehensive Greenhouse Gas monitoring to track carbon footprint and emission. The technology utilizes a revolutionary approach to gas emission detection and quantification, enabling real-time remote detection of CH₄, and SO₂ gases through a highly sensitive mounted sensor, enabling the identification of gas emission sources and remedial actions to eliminate or reduce emissions to acceptable limits.

METHODS, PROCEDURES, PROCESS

Despite the so many available gas detection technologies, this solution demonstrated a wide surveying capability for detecting the gas emissions not only for localized locations but it also to remotely detect even the very minor gas emissions. The solution consists of three primary components: the device, a cloud-based platform, and a web-based dashboard. The device houses advanced sensors that measure gas concentration and environmental parameters, while the cloud-based platform utilizes machine learning and artificial intelligence techniques to convert collected data into actionable insights.

RESULTS, OBSERVATIONS, CONCLUSIONS

The solution offers several benefits, including enhanced visibility, integrated environmental data, and broader coverage compared to traditional stationary gas detection systems. The solution also provides an additional layer for gas detection, supporting the reduction of associated risks with Oil and Gas operations. The solution simultaneously detects gas emissions, thereby facilitating proactive measures to mitigate potential hazards. The state-of-the-art detection capabilities enables early detection of gas emissions through advanced Artificial Intelligence (AI) algorithms, thereby substantially optimizing the OPEX and minimizing environmental impact. Based on the comprehensive field test outcomes, it is strongly recommended that the solution to expand the solution deployment for additional gas emission monitoring capabilities in oil and gas facilities to ensure optimal safety and environmental stewardship.

NOVEL INFORMATION

The gas detection solution in the paper demonstrates the tremendous benefits of leveraging cutting-edge innovations in the oil and gas sector, as evidenced by the successful deployment of the technology. This state-of-the-art visualized Gas Mapping and Quantification Solution introduces a novel approach to gas detection, facilitating real-time detection and quantification of gases emissions. By leveraging advanced visualized gas emission and mapping capabilities, comprehensive surveys will be an autonomous operation, ultimately mitigating emissions and maximize operational efficacy.