Gas and Oil Spill Video Surveillance Detection Solution

As usual, with the establishment and development of smart oilfields, technical defense has gradually entered a ra of "clairvoyance" and "sunwind ears". "Early gas leak detection methods used "sniffer" technology and probes, which required close contact or close contact with the object to be inspected. The inspector may be exposed to potentially harmful chemicals that are invisible to the naked eye. With the development of science and technology With the continuous improvement, the intelligent video monitoring and analysis system for gas detection has been adopted, and the method of monitoring gas leakage has also been gradually improved. Because it allows you to see the leaking gas and quickly locate the leakage point. Traditional oil fields, power plants, and petrochemical plants use manual inspections to collect consumption data or prevent the intrusion of illegal personnel. The cycle is long, and the delay in collecting on-site information is relatively large; no alarm or the alarm is not timely: when some risk accidents occur, such as oil and gas Leakage and extinguishing, the lack of gas detection equipment on site, and the untimely alarm will easily lead to accident expansion and casualties; In view of the above, we propose the following oil and natural gas leakage detection, demand analysis 1. The climate environment is relatively harsh, and natural phenomena such as snow, fog, and sandstorm are more common, and the temperature fluctuates greatly.  2. Petrochemical enterprises are generally located in remote, open space, and cover a wide range, and the distribution of each oil production point in the oil field oil production area is relatively scattered.  3. Request real-time monitoring of all oil well video images 24 hours a day. Oil well leaks crude oil alert. 4. Anti-theft and robbing of crude oil, complete remote alarm when the incident occurs Oil and Gas Leak Detection Thermal Camera with CIF Sensor Separated from Video Surveillance Software Product Overview: Intelligent video analysis software products: liquid leakage, gas leakage (any temperature, any conditions), analysis of oil and gas leakage, video intelligent analysis software for gas leakage detection can detect gas leakage based on the physical properties of volatile gas leakage. The video intelligent analysis software takes a panoramic image of the scanned area. On the viewfinder or LCD screen, the gas leakage area will appear as a plume of smoke to help users see the leakage of volatile gases. There is a built-in analysis algorithm called advanced image processing. This enables the detection sensor to detect even the smallest thermal differences. The following images can rigorously demonstrate the effectiveness of its function. The oil leak detection principle is based on the difference between oil and water temperature, heat reflection and heat emissivity. Because of differences in thermal conductivity, oil typically absorbs heat quickly during the day, so it is warmer than the surrounding ocean water and appears as a hot spot on thermal images. At night, the opposite is true: The oil body releases heat faster than the surrounding seawater, so the oil appears as a region of low temperature on thermal images. During the day, reflected oil also appears in thermal images because the oil reflects thermal radiation from sunlight differently. The difference in emissivity is another factor in which oil leak detection can effectively stop. Although the emissivity of different varieties of oil is not the same, but generally lower than the emissivity of water. This allows thermal imaging cameras to "see" oil spills in complete darkness, meaning oil recovery can continue to stop at night. This is critical as there is very limited time for oil spills to be collected before the oil sinks, dissolves or evaporates. In daylight, thermal imaging systems also outperform visible light imaging systems. Thermal imaging cameras are not only able to detect oil spills in complete darkness, they are also able to penetrate smoke, dust and mist. Because visible light imagers are more dependent on visible light, they are also more sensitive to changes in solar reflection and viewing angle, elements that have little effect on thermal imagers. Digital Detail Enhancement Technology: Distinguish subtle thermal differences But not all thermal imaging cameras are capable of detecting oil spills. Request thermal imaging cameras are very sensitive to small temperature differences