Nonlinear Control of an H2O2 Steam Reactor

摘要

The dynamic and control aspects of the process of fast steam generation from the combustion of H2 and O2 are investigated. A nonlinear dynamic model is presented. The reduction of the order of the system for synthesis of a controller is achieved by structural assignment and determination of the model parameters. A nonlinear decoupling method is presented and the design of a controller allowing for measured disturbances run through. The aims of the method are verified by numerical simulation. Realization problems are considered. Compliance with the specifications governing the control system and its design method is verified by experimental results from the test rig.