Recently, the concept of green development is attracted intensively with the continuous improvement of the requirements of ecological civilization construction in the new era. Simultaneously, the discharge and pollution of waste from university laboratories are greatly attracting attention from all sectors of society. Based on the current situation of waste disposal in university laboratories, the evolutionary game model between laboratories and third-party recyclers is constructed and the disposal strategy choices and evolutionary trends of both sides in the case of perfect competition or cooperation are analyzed. Those results indicate that cooperation is the best choice for them to increase profits, albeit laboratories and third parties may change their cooperation and competitive strategies over time. Moreover, the optimal reward and punishment mechanism is conducive to promoting their cooperation trend and boosting their profits.

Chemicals are necessary for scientific research and experimental teaching in colleges and universities. Because of their various types, complex physical and chemical properties, most of them have the characteristics of flammability, corrosiveness and toxicity, and are important hazards in college laboratories, which must be focused on prevention. Based on the practice of chemical safety management in schools, it is proposed to conduct standardized management in various links such as procurement, storage, use and waste recycling with safety education and policy propaganda as the guide, information platform as the support, and regular special inspection as the supervision, so as to achieve the work goal of “less purchase, less storage, rapid circulation and standardization”, in order to provide reference for the effective management of chemicals in colleges and universities.

The instrument sharing platform is a characteristic platform established by universities and research institutes, which integrates large-scale instrument sharing, scientific research tasks, instrument function and method development. The safe operation of the platform is the key to management. This article analyzes the operating status and main safety hazards of the instrument sharing platform from the perspective of safety, and initially explores management from the aspects of platform supervision and control management, instrument sharing management, laboratory safety management, chemical reagent management, safety education management and emergency management. The model aims to establish a perfect safety guarantee system for the instrument sharing management platform, and to provide new ideas for the management of instrument sharing platform.