is.energy provides optical imaging technology for real-time, non-intrusive measurement of multi-phase flow in oil and gas, enhancing production visibility while eliminating emissions. Their solutions automate data collection and reporting, reducing the need for personnel and downtime during measurement processes.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods of measuring multi-phase flow in the oil and gas industry, such as test separators, are often intrusive, require significant personnel involvement, and can result in emissions. Existing soil carbon measurement techniques are costly, logistically complex, and lack the scalability needed for effective monitoring of carbon sequestration projects. Detecting and quantifying fugitive emissions typically requires deploying personnel to pilot drones or collect and analyze air samples, making it difficult to achieve continuous, real-time monitoring.
Solution
is.energy provides optical sensing technologies for real-time, non-intrusive measurement of multi-phase flow in oil and gas, as well as remote sensing tools for detecting and quantifying fugitive emissions, and on-site monitoring of soil carbon sequestration. Their at-well multi-phase flow meter increases production visibility while eliminating emissions by using patent-pending optical imaging technology adapted from instruments used by NASA. The AIRYS system employs a combination of imaging and laser-based spectroscopy for continuous and real-time remote measurements of methane and other GHG emissions. The BADGER system offers on-site monitoring, accounting, and verification of soil carbon service, replacing costly and logistically problematic soil coring and off-site analysis with an on-site robotic service.
Target Audience
The primary customers are oil and gas companies seeking to enhance production visibility, reduce emissions, and automate data collection, as well as organizations involved in soil carbon sequestration projects requiring scalable and cost-effective monitoring solutions.
Features
- At-well multi-phase flow meter for direct real-time measurement of watercut and molecular composition of oil and gas phases.
- Non-intrusive measurement independent of flow regime, working across the entire fraction range of oil, water, and gas without calibration.
- AIRYS airborne remote-sensing tools for autonomous detection and quantification of methane and other GHG emissions fluxes.
- Continuous and real-time remote measurements from unmanned aerostats and stratospheric unmanned aerial systems (UAS).
- BADGER on-site robotic service for monitoring, accounting, and verification of soil carbon sequestration projects.
- High frequency and spatially dense soil carbon measurements for reliable verification.