State monitoring system for geologically storing CO2 by using waste salt cavern and mine pit

Abstract

The invention discloses a state monitoring system utilizing geological storage COs of waste salt caverns and mine pits, the system comprises a robot body, a control system, an image acquisition module, a wireless remote sensing module and a ground analysis system, and the control system, the image acquisition module, a GPS positioning module and the wireless remote sensing module are arranged on the robot body. The ground contrastive analysis device interacts with the control system through the wireless remote sensing module, and the control system is connected with the image acquisition module, the GPS positioning module and the wireless remote sensing module. According to the invention, high-altitude image shooting and image analysis are carried out through a robot infrared remote sensing technology, the state of abandoned salt cavern and mine pit geological storage COs is monitored online in real time, state monitoring is realized through an intelligent analysis and calculation method, the monitoring capability is improved, the safety performance is high, and the monitoring effect is good.

Description

technical field [0001] The invention relates to the technical field of monitoring, and more specifically to a method for geological storage of CO using abandoned salt caverns and mines 2 condition monitoring system. Background technique [0002] With the development and progress of economic strength, science and technology, etc., the scale of highway construction has also increased. In the context of global climate change, CO 2 Emission reduction is an action goal that society has reached a consensus and has been striving for. With the advancement of modernization, with the rapid economic growth, CO 2 Emissions are bound to continue to increase. Facing huge CO 2 To reduce the pressure of emission reduction, developing CCS-related technology research and development is an inevitable choice to deal with climate change. [0003] CO 2 Storage technologies can be divided into 3 categories: geological storage (sequestered in geological formations such as abandoned oil and g...

AI Technical Summary

Problems solved by technology

Current geological storage, such as using abandoned salt caverns and mine pits to store CO2 geologically 2 It is the direction that people are considering, but using abandoned salt caverns and mine pits to store CO 2 When the status monitoring becomes the most important link, the CO 2 The concentration not only affects the local ecological environment, but also poses a great challenge to the survival ability of animals. Therefore, how to monitor CO 2 Storage state matters

[0004] Detection of CO by sensor technology in conventional technology 2 , but this technology requires on-site installation of electronic technology and manual installation of electronic equipment to the site. This method is likely to cause electronic equipment to fail when used in barren mountains and wild mountains, and it is impossible to install on-site sensing equipment in places where humans cannot set foot.

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