Hazardous chemical safety management is changing. In the past, it mainly relied on people to keep an eye on the situation, which may not be able to see the complex situation, and paper records are also prone to errors when things are moved around.So now, we began to use digital technology to engage in a set of protective nets.This set of network from the RFID start, and then add AI warning, and finally want to do the whole process of intelligent management.The key is to use technology to fill in the place where people may make mistakes.

Part1 RFID as a provider of basic information

Radio Frequency Identification (RFID) technology is beginning to address management blind spots.To each reagent bottles, storage tanks are labeled with electronic tags, rather than give them an electronic ID card.In the warehouse, with a read-write sweep, a few seconds in the past to spend hours counting the work done; in front of the smart cabinet, brush face or press fingerprints in order to open, no permission to enter; reagents in and out of the warehouse, scrapping, the system itself will be noted down, expired chemicals will also be blocked not to be used.These technical gadgets, the previous method of relying on people to keep a close eye on the situation, has become a data management thing.

Part 2AI vision looks at risk

After the basic tracking is done, it’s then time to deal with the more hidden, need-to-look-very-carefully hazards in the lab.The AI algorithm analyzes the surveillance footage all the time.Not only does it spot the obvious risks of flames, smoke, and people not wearing protective gear, but it can also look at complex lab operations and the surrounding environment.It can proactively spot behaviors and hazards that may be in violation of the rules,

such as reagents placed too close together, safety equipment not turned on as required, equipment operated incorrectly or left unattended.These small and easily missed hazards are immediately recognized and alerted by the AI.This system does more than record accidents.It’s most useful for spotting risks in advance and dealing with them right then and there.Especially when it comes to piping reagents, the AI algorithm keeps looking at the list of chemicals in the smart cabinet and then immediately compares it to the built-in chemical safety database.As soon as it realizes that chemicals that can’t be put together are too close or in danger of mixing up, the system immediately sends out a high-level alert.If necessary, it can also control the access control system to keep people from operating it.

Because the key AI algorithms are housed and run on equipment local to the lab, it is extremely responsive.This way, it can immediately issue a stop command or get other devices to help when dangerous behavior is in progress, holding down the danger when it first rears its ugly head.This revolutionizes the previous reactive approach of having to rely on checking records after the fact.

Part 3 Intelligent Collaboration Across the Chain

However, just rely on a technology can not, have to be the data are connected to count.When the production data, where the car ran, how the warehouse environment, and finally how to deal with this information are connected to a piece of information, the platform can be based on this real-time information to draw the enterprise where the risk is high, and automatically give some advice; those who need special approval of the operation, but also do not have to run the paper, the line to deal with who is responsible for it is very clear; in the event of a real leakage, the system can be ordered to turn on the wind at the same time, turn off the power, call people to withdraw, but also to give a specificHow to get the program.In this way, the management of hazardous chemicals even if it enters the “own discovery, their own judgment, their own hands” stage of intelligence.

Technology will eventually become invisible, but security will be everywhere.When the accurate tracking of RFID becomes the basic ability, when the risk prediction of AI becomes the regular means, when the platform synergistic operation becomes smooth, the management of hazardous chemicals has completed the fundamental transformation from “passive response” to “active protection”.There is no end to this road: every technological update builds a stronger digital line of defense for the protection of life and property.