Jeffery Snyder
Nevada Nano MethaneTrack™ is an Industrial Internet of Things (IIOT) system that enables companies to cost-effectively meet their emission reduction goals by accurately locating and quantifying methane emissions. MethaneTrack™ automates the emissions detection, quantification, and reporting process with high security, cloud-based software while utilizing Close-Proximity Continuous Monitoring™, a breakthrough approach that allows detection and elimination of fugitive and operational emissions,
MethaneTrack™ offers a cost-effective network of robust monitoring points called "endpoints" designed to accurately measure methane, all hydrocarbons & hydrogen emissions. It not only monitors emissions 24/7/365 but also utilizes cloud-based software to swiftly report the location and emission rate of any leaks to operators, enabling a prioritized response to meet emission reduction goals and comply with regulatory requirements.
MethaneTrack™ utilizes battery powered wireless endpoints(sensor modules), and can be mounted on existing infrastructure. The low-power, small form factor eliminates wiring costs and solar panel costs, and expensive installation. Embedded MPS™(Molecular Property Spectrometer) sensors in the endpoints are intrinsically safe, programmable for multiple gases, do not poison, do not drift, do not require field calibration, and have a demonstrated 15-year life
Nevada Nano provides end-end solution for Oil & Gas customer who are focused on achieving OGMP(Oil & Gas Methane Partners) level 4 or 5 and with EPA alternative method 0000b .
MethaneTrack™ offers a cost-effective network of robust monitoring points called "endpoints" designed to accurately measure methane, all hydrocarbons & hydrogen emissions. It not only monitors emissions 24/7/365 but also utilizes cloud-based software to swiftly report the location and emission rate of any leaks to operators, enabling a prioritized response to meet emission reduction goals and comply with regulatory requirements.
MethaneTrack™ utilizes battery powered wireless endpoints(sensor modules), and can be mounted on existing infrastructure. The low-power, small form factor eliminates wiring costs and solar panel costs, and expensive installation. Embedded MPS™(Molecular Property Spectrometer) sensors in the endpoints are intrinsically safe, programmable for multiple gases, do not poison, do not drift, do not require field calibration, and have a demonstrated 15-year life
Nevada Nano provides end-end solution for Oil & Gas customer who are focused on achieving OGMP(Oil & Gas Methane Partners) level 4 or 5 and with EPA alternative method 0000b .
