Search Results - "Garmroodi Asil, A."

Coproduction of Olefin and Aniline via a Novel Multifunctional Reactor by Bayat, M, Garmroodi Asil, A

“…For synchronic production of highly valuable olefin and aniline in a multifunctional system, an innovative thermal coupling reactor concept equipped with a…”
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Intrinsic Hydrodynamic Investigation of Three-Phase Bubble Column: Comparative Experimental Study on Gas Holdup by A. Garmroodi Asil, Pour, A. Nakhaei, Mirzaei, Sh

“…A comprehensive experimental study of the hydrodynamic behaviors for the specific system of air/paraffin oil/silica particles in a slurry bubble column of 0.15…”
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Reliable prediction of heat transfer coefficient in three-phase bubble column reactor via adaptive neuro-fuzzy inference system and regularization network by Garmroodi Asil, A., Nakhaei Pour, A., Mirzaei, Sh

“…In the present article, generalization performances of regularization network (RN) and optimize adaptive neuro-fuzzy inference system (ANFIS) are compared with…”
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Robust multi-objective optimization of methanol steam reforming for boosting hydrogen production by Bayat, M., Garmroodi Asil, A.

“…Methanol steam reforming (MSR) has been considered as a promising method for producing pure hydrogen in recent decades. A comprehensive two-dimensional…”
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A multi-criteria optimization and decision-making framework of green DME reactor configurations with a focus on high productivity and low CO2 emission rate by Bayat, M., Garmroodi Asil, A.

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Reliable estimation of optimal sulfinol concentration in gas treatment unit via novel stabilized MLP and regularization network by Garmroodi Asil, A., Shahsavand, A.

“…Proper technology or configuration for sulfur recovery units (SRUs) strongly depends on H2S concentration of inlet acid gas stream. Various acid gas enrichment…”
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Efficient in-situ water adsorption for direct DME synthesis: Robust computational modeling and multi-objective optimization by Bayat, M., Asil, A. Garmroodi

“…The concept of in-situ water elimination in the novel integrated multifunctional reactor (MR) with the aim of increasing Dimethyl Ether (DME) production via…”
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