Discover, Connect & Collaborate at TECHINNOVATION 2021
Gas Leak Imaging with Single Pixel Imaging Technology
The global gas detectors market is valued at US$ 2.6 Billion in 2018 and is projected to reach US$ 3.6 Billion by 2025, at a CAGR of 4.8% during the forecast period, because of increased safety awareness and requirements all over the world.
The technology offers an imaging solution for hazardous gas leak detection with only few detectors in various industries dealing with chemicals and fuels.
The technology consists of 2 types of unprecedented few-pixel IR cameras with both advanced sensing techniques and a proprietary algorithm.
- Passive camera: imaging with external IR light sources (sun, heat sources, lamp or other artificial IR light sources etc.)
- Passive/Active camera: In addition to passive camera, the active mode relies on active IR laser patterns.
Similar to wide-field IR cameras, our solution will monitor the site reliably; having only a few detectors will cut 80% of the cost of conventional cameras. The hybrid serial/parallel detection with proprietary algorithm enhances frame rate to achieve real time industrial standard images.
Technology Features, Specifications and Advantages
The technology provides an imaging solution without an expensive detector array. With a hybrid detection system and proprietary algorithm based on compressed sensing, we could offer gas leak detection in real time.
Our technology could be integrated into handheld devices to find the gas leak positions. They could also be integrated into CCTV system to provide fixed location security and gas leaks surveillance.
With this revolutionary gas detection technology, it could potentially replace existing solutions and introduce a new safety practice for industry.
Improvements this technology offered over the “State of the Art” include:
- Large surveillance coverage
- Few Detectors usage
- Detection independent on wind direction
- Possible to locate source of leak
- High Speed and localization
- High robustness in bad environment condition
- Negligible sensitive optive alignment
- Medium cost
The BAST Determination Process recent studies reviewed and confirmed that the Optical Gas Imaging (OGI) technology is the most effective to detect methane gas leak detection, to enable the operator to see the vapor gas cloud in real time; main disadvantage is high cost, making it un-feasible for full implementation in site operations.
OGCI - Oil and Gas Climate Initiative, a voluntary CEO-led initiative from all the world’s leading Oil and Gas producers, taking practical actions on climate change, has prioritised reducing methane emissions to near zero. State regulators in the USA, such as Wyoming, Ohio, California, Pennsylvania and Colorado4, recommend and make use of OGI devices in Oil & Gas operations.
This technology adequately addressed the above and covers a wide range of hazardous gas leak monitoring applications such as:
- OGI devices in Oil & Gas operations.
- Detect methane gas leak, to enable the operator to actually see the vapor gas cloud in real time
- Applicable Industries includes:
- Upstream oil and gas productions such as drill wells, extraction of chemical supply
- Midstream sector such as pipelines and tank farms
- Downstream sector such as refining of petroleum crude oil, processing and purifying of raw natural gas.
Greener and better performance
- Improved efficiency in detecting actual gas leak
- Catch leaks the moment they occur independent of wind direction
- Make operations safer by providing real-time images of the gas leaks at site with automatic alarm
- Able to detect, identify, locate and quantify fugitive gas leakages.
- First Optical Gas Imaging device with such technology
- Compact and light-weight in design
- Capable for both portable and fixed applications
- At least 6x cheaper than current gas imaging technique (thermal imaging camera)
- Offer cost in the range of line-of-sight detectors.