H

HC Krijnsen

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15 records found

Inferential NOx emission determination in feedforward reductant control.

Deactivation of zeolite catalysts used for NOx removal.

Inferential NOx emission prediction in feedforward reductant control for SCR.

Optimum NOx abatement in diesel exhaust using inferential feedforward reductant control.

Advanced control of NOx diesel emissions.
Doctoral thesis - HC Krijnsen

Bench-scale demonstration of an integrated de-soot-deNox system.

Evaluation of an artificial neural network for NOx emission prediction from a transient diesel engine as a base for NOx control.

Bench-scale demonstration of an integrated deSoot-deNOx system

Evaluation of fit algorithms for NOx emission rediction for efficient deNOx control of transient diesel engine exhaust gas.

Optimum deNOx performance using inferential feedforward reductant flow control.

Reductant flow control for NOx removal from lean exhaust gases.

Prediction of NOx emissions from a transiently operating diesel engine using an artificial neural network

Ce-ZSM-5 catalysts for the Selective Catalytic Reduction of Nox in stationary diesel exhaust gas

Optimal batch distillation control based on specific measures.
Journal article - BHL Betlem, HC Krijnsen, H Huijnen

Evaluation of the performance of the Frauenthal V2O5 catalyst in stationary diesel exhaust.