1. Essential safety research.

Intrinsically safe theory was first put forward in the 1990 s by professor Trevor Kletz, it is seen as the most inner layer and protective layer of source, a good intrinsically safe design, can effectively reduce the requirement for additional protective device and human intervention in improving the security situation at the same time, often can have the effect of cost reduction.

Its main strategies are: strengthening, replacing, weakening, limiting impact and simplification.

2. Reaction chemistry.

Chemical reaction process of thermal safety research, involving thermal risk assessment theory, method and experimental technology, involves the target response in different operating modes and different reactor heat release process, and the amplifier controlled under the industrial scale technology, involves the target response is out of control causes the secondary decomposition material system and its control technology.

3. Risk basis

Through the study of thermal chemical reaction dynamics behavior, on the basis of heat balance, proposed under the condition of normal operation and deviate from the state safety evaluation criterion, different behavior used to predict the chemical reaction (including not ignite, QFS, etc.), thermal runaway.

Not only that, but also systematic identification of hazardous sources of chemical processes, analysis of the severity and possibility of risk, and systematic risk rating.

4. Study design of emergency release system.

Through the study of thermal chemical reaction dynamics behavior, on the basis of heat balance, proposed under the condition of normal operation and deviate from the state safety evaluation criterion, different behavior used to predict the chemical reaction (including not ignite, QFS, etc.), thermal runaway.

Not only that, but also systematic identification of hazardous sources of chemical processes, analysis of the severity and possibility of risk, and systematic risk rating.

Through the study of thermal chemical reaction dynamics behavior, on the basis of heat balance, proposed under the condition of normal operation and deviate from the state safety evaluation criterion, different behavior used to predict the chemical reaction (including not ignite, QFS, etc.), thermal runaway.

Not only that, but also systematic identification of hazardous sources of chemical processes, analysis of the severity and possibility of risk, and systematic risk rating.