The infrared thermal imaging intelligent individual picture transmission intercom terminal BM500, equipped with the self-developed smarteye platform system solution, has fully met the application needs of oil well site monitoring, oil and gas transportation inspections, refining and processing temperature measurement, gas leakage detection and other scenarios. The industry It is widely used internally and quickly contributes to the construction and technological development of the domestic petrochemical industry.
AIoT is connected to all things, and smart helmets , smart helmets , helmet recorders , law enforcement recorders , vehicle-mounted DVR /NVR, ball control , smart glasses , smart flashlights , drone 4G supplementary transmission systems, etc. are unified and connected to large-scale integrated communication visual command Scheduling platform VMS/ smarteye .
Explosion-proof law enforcement recorder
Scenario 1: Oil well site monitoring and early warning
Customer needs:
1. Requirements for perimeter prevention of oil well sites: Oil production stations, transmission pipelines, oil depots, etc. are scattered and scattered, making it difficult for staff to inspect and manage 24 hours a day;
2. Demand for monitoring the operation of production lines: the production and operation of key wells and long-distance pipelines in the oil production area are not grasped in a timely manner, and there is no detection method for the normal standard processes of operating wells;
3. Fire protection requirements for drilling platform equipment and fracturing vehicles: There are many fire sources in oil well areas, and means are needed to detect ignition and fire in a timely manner to avoid losses.
Monitoring location: oil drilling and production well sites
Installation location: Wellsite perimeter, key equipment
1. Adopt a distributed networking architecture and aggregate data back to the local monitoring room through cluster services;
2. The entire series of products supports the H.265 protocol, deploys an industrial temperature measurement monitoring system, and configures cameras through the system, including receiving personnel intrusion alarms, equipment high temperature warnings, fire point detection alarms, etc.
Scenario 2: Oil and gas transportation safety monitoring
Application requirements:
The maintenance tasks of oil transportation line pipeline networks are heavy, with many inspection points, and traditional manual inspections are not comprehensive; pipeline leaks are highly concealed, and traditional oil and natural gas leakage detection relies on artificial smell, ground instruments, surface vegetation observation and analysis, etc., which has limitations and Danger.
Infrared thermal imaging application points:
1. Liquid storage tank: Detect the liquid level line height of the oil storage tank, the degree of scale accumulation in the tank, and the degree of damage inside the tank to help equipment maintenance personnel find faults in time and guide production;
2. Pipelines: Detect pipes that are clogged by carbon deposits, thinned by wear or corrosion on the inner wall, peeled off from insulation, cracked and leaked due to material thermal fatigue;
3. Valves and flanges: detect valve failures and flange corrosion and aging;
4. Electrical equipment: Detect compressors, pumps, transformer cabinets and other oil and gas station electrical equipment.
In such scenarios, handheld temperature measurement products can be used
1. Safety: Non-contact temperature measurement does not require the installation of equipment at the location to be measured, and problems can be found from a long distance.
2. Efficient: Leak points and fault points can be visually displayed through infrared thermal imaging to improve inspection efficiency;
3. Flexible: Supports accurate temperature measurement from 1 to 20 meters, supports manual focus, and is flexible in operation; Scenario 3: Temperature measurement in refining and chemical processing
Requirements:
Monitor the coking, fouling, corrosion and other conditions of refining and chemical equipment, and how to improve efficiency Reducing costs has become an important and urgent task for each refinery.
Infrared thermal imaging application points:
1. Coke accumulation in the cracking and fractionation tower: Using an infrared thermal imager to measure the coke accumulation at the bottom of the tower, the thermal image characteristics of the outer wall can determine the degree of coke accumulation everywhere in the tower, and guide process operations and determine the best operation plan based on the results;
2. Local "hot spots" on the furnace tubes of the cracking furnace: Use an infrared thermal imaging camera to test the furnace tubes in the furnace through the peephole, and the thermal image characteristics of the hot spots can be obtained, which provides a basis for the implementation plan of repairing the furnace tubes;
3. Lining status of the catalytic cracking unit: The infrared thermal imaging camera conducts regular wall temperature detection on the catalytic cracking unit (catalytic regenerator and settler), analyzes the lining status and possible fault locations, extent, and development trends, and reports the results Provide it to the factory in a timely manner to provide a basis for the factory to implement maintenance;
4. Equipment corrosion: During the oil refining process, high-temperature sulfur corrosion often occurs in equipment, which may be accompanied by hydrogen bubbling, hydrogen embrittlement, stress corrosion cracking, etc., which can cause equipment scrapping at least, or serious safety accidents at worst. Detection through infrared thermal imaging cameras can detect risks in advance.
solution:
1. Use online infrared thermal imaging cameras to monitor temperature changes of refining equipment around the clock, provide tracking and automatic alarms for abnormal temperature points, and guide operation and maintenance personnel to discover fault points in a timely manner to avoid property losses and improve personnel safety;
2. Places without installation conditions can be equipped with handheld infrared thermal imaging cameras, and operation and maintenance personnel can regularly check the status of equipment and instruments.
Solution advantages:
1. Convenient deployment: achieve 100% full coverage of the monitoring area without complex buried wiring;
2. Safety: non-contact thermal imaging temperature measurement, staff can monitor the status of the equipment in real time from a safe distance or in the monitoring room;
3. Efficient: Temperature information and on-site video are transmitted back to the local or remote monitoring room in real time to improve event processing efficiency;
4. All-weather: 7×24 hours online real-time temperature measurement;
5. Intuitive: Through the infrared heat map, the temperature distribution is clear at a glance. Scenario 4: Air Leak Detection
Requirements:
Currently commonly used gas detectors can only detect the presence of gas leaks, but the specific leak point is difficult to determine. It needs to be checked one by one based on changes in gas concentration, which is inefficient.
The application of visual remote monitoring of production safety in large factories and mines (power plants, steel plants, petroleum and petrochemical refining, chemical parks and other industrial and mining enterprises with hazardous work positions), various types of explosion-proof safety helmets, work recorders, etc., image transmission and counting It transmits, collects dangerous gases, collects physical information such as workers’ heart rate, combines it with information such as work orders, and gathers it in a unified backend .
https://www.besovideo.com/detail?t=1&i=29
solution:
Thermal imaging equipment can detect nitrous oxide, sulfur dioxide, methane, phenol, isooctyl acrylate and other gases, helping to quickly find gas leaks.