In order to solve the problems such as hydraulic misadjustment, frequent occurrence of failure, high consumption of energy and high risk of accidents, in heat-supplying process, a integrated ...monitoring and management system characterized by energy saving and safety is explored, which integrates multiple functions such as intelligent control, pre-warning and warning, comprehensive analysis, etc. Structure, operating principles of the designed system and energy conservation approaches are proposed. Design of system functions like process analysis, modelling and control strategies, parameter intelligent, safety pre-warning and warning, multi-media monitoring, is expounded. Application of the system shows good effectiveness in energy conservation, safe, stable and economical operation.
Procedures of Hazard identification, risk evaluation and information collection of the FCC process are presented for the design and development of a safety monitoring and management system. A novel ...structure of the safety monitoring system is proposed. Design and realization of comprehensive functions that the safety system should perform, which cover real-time parameters monitoring, safety analysis, safety information fusion, video monitoring, early-warning, dynamic safety management, etc, is explored in detail. Application of the proposed system shows that the system provides a systematic, comprehensive real-time analysis, monitoring, early-warning and management of overall process safety and steady operation.
