Ge Vernova Operations LLC

Ge Vernova Proposes a 36-MONTH Project to Implement a Ge Vernova-developed High-fidelity Multi-gas Sensing Approach for Localization and Quantification of H2 Leak Sources Using Physics-enhanced Analytics and Fence-line H2 Monitoring of Industrial Sites. the H2 Sensing Approach Is Based on Ge Vernova’s Developed Dielectric Excitation Sensing Technology. the Project Objective Is to Demonstrate a System Solution for Three-dimensional (3D) Localization and Quantification of a Single or Multiple H2 Gas Leaks on Sites of ~ 100 M X 100 M. the Quantification Technology Will Quantify 1 - 20 Kg/hour Emissions Rates Within < 24 Hours With Accuracy Error of < 20%, Probability of Detection of at Least 90%, and False Positive Rate of <1%. the Localization Technology Will Provide Differentiation and Emission-ranking of Multiple Leaks With Spatial Resolution Within < 10 M of Their Actual Locations. Such High-fidelity Capabilities Coupled With the Cost-effective H2 Monitoring Hardware and Deployment Simplicity Will Be Attractive Not Only for Safety, Environmental, and Economic Reasons of the H2 Loss as a Product, But Also for Prognostics of H2 Sites Over Diverse Geographical Locations and Climate Conditions That Will Experience Different Environmental Stress.