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Design of an Integrated Waste Wood to Heat and Hydrogen Conversion System: A Parametric Study

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Résumé

Waste wood valorisation may be done in many ways leading to chemical components production such as H2 or methane but also into heat and/or electricity. In an eco-industrial park, heat recovery from the conversion process (wood to Hydrogen) may lead to better economical results. In this paper, we introduce a methodology leading to the design of an energy integrated waste wood to hydrogen conversion process in order to improve its economical performance when integrated in an eco-industrial park valorising its excess heat. The methodology is based on process modelling followed by its energy integration leading to a heat exchanger network synthesis. The process investment cost is calculated as a function of its operating conditions while the process revenue is evaluated using hydrogen and excess heat sales income. The parametric study is done using a Modelica based model while the heat exchangers network synthesis is done using a MILP algorithm implemented in the CERES platform.
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Dates et versions

hal-01464275 , version 1 (10-02-2017)

Identifiants

  • HAL Id : hal-01464275 , version 1

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Gisèle Abi Chahla, Assaad Zoughaib, Cong-Toan Tran, Romain Farel. Design of an Integrated Waste Wood to Heat and Hydrogen Conversion System: A Parametric Study . The 29th International Conference on Efficiency, Cost, Optimization, Simulation and Environmental Impact of Energy Systems (ECOS 2016), Jun 2016, Portoroz, Slovenia. ⟨hal-01464275⟩
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