Article ID Journal Published Year Pages File Type
6689671 Applied Energy 2014 13 Pages PDF
Abstract
In the present contribution, a comprehensive simulation study with respect to stationary operating conditions and disturbances is presented. It reveals two qualitative different limitations, namely a biological limit (appr. at 4mH23/mCO23 corresponds to 4.2mH2,STP3/mliq3/d) as well as a transfer limit. A parameter region for a safe operation was defined. The temporary operation with stationary unfeasible conditions was analysed and thereby three qualitatively different disturbances can be distinguished. In one of these the operation for several days is possible. On the basis of these results, a controller was proposed and tested that meets the demands on the conversion of hydrogen and also prevents the washout of the microbial community due to hydrogen overload.
Related Topics
Physical Sciences and Engineering Energy Energy Engineering and Power Technology
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