Abstract
We have proposed a new scheme of reaction element for the realization of the process of natural gas reforming. We have developed a mathematical model of its dynamics, where the dense bed of catalyst granules with the reacting gas mixture in its cavities is considered as a quasihomogeneous substance with certain effective physical characteristics. An iteration algorithm for the solution of equations of our model and two programs for its realization have been developed. We also present an example of calculating the change in the flow rates of components of the reacting gas mixture and calorific value of the reformed fuel along the apparatus length.
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