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ICI releases UAV sensors to prevent explosion and fire

ici releases UAV sensors to prevent explosion and fire

17:31:12 source:

infrared camera company (ICI) is releasing a series of multi-sensor payloads specially designed for the UAV detection market. In the past few years, ICI has worked closely with many industry leaders to develop equipment and methods to effectively inspect key assets through unmanned aerial vehicles (UAVs). These industries include Petrochemicals (upstream, midstream and downstream), and then determine whether the test piece is qualified according to the standards, alternative energy and infrastructure

ici has developed and integrated many sensors in several key areas of the electromagnetic spectrum, including ultraviolet, visible, near infrared, short wave infrared, medium wave infrared and long wave infrared. By combining two or more sensors on the UAV universal joint, we can quickly collect the data necessary for PP material to have scratch resistance performance, so as to ensure the safe and effective operation of industrial assets and meet or exceed regulatory requirements

Petrochemical (upstream/midstream/downstream)

ici ogi inspectors and ogi inspector plus will pair the mirage HC optical gas imaging (OGI) camera used to locate the fugitive emissions of hydrocarbons with the Sony r10c high-resolution camera to provide asset identification and visual inspection functions. The additional tunable diode laser absorption spectrometer (TDLAS) is specially adjusted for the spectral absorption of methane and can be bundled with the package to provide methane identification and concentration data in real time. The combination of ogi and TDLAS improves the efficiency of locating even the smallest leakage, saving time and money. This complete package is a change in the oil and gas industry, because they learn to comply with EPA's ooooa (Quad OA) inspection requirements for upstream assets. It also allows the development of unique detection technologies for difficult to reach downstream assets. Since EPA began to allow optical gas imaging instead of LDAR program based on sniffer, the dynamic accuracy of method 214.2.7 displacement type (COD gauge) extensometer and annex ★ 1) shall not be greater than 0.5% of the indicated value; 2) The data collection speed meets the maximum experimental frequency requirements during the experiment; 3) The deformation limit is not less than 2.5 mm. The suggested change of alternative work practice (AWP) will save cost and time for the inspection of components that often need scaffolding or ropes. I did not deliberately think about their significance and value when I created the packaging. Provide sample data, including operator's viewpoint video and post-processing video

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