Henrik Grenman

Full Professor (Chemical Process Intensification)

Åbo Akademi University

Finland

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Professor Henrik Grenman is a Full Professor of Chemical Process Intensification at Åbo Akademi University in Finland. His research focuses on areas such as sorption-enhanced methanation, reduction kinetics of iron oxides, and the valorization of industrial by-products. Recent publications include studies on hydrogen reduction of iron oxides and sustainable chemistry practices through catalysis. He is actively contributing to advancements in process intensification and sustainable chemical processes.

Henrik Grenman

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Articles (21)

Hydrogen Reduction of Iron Oxide Powder in Thin Layers

Review on the Reduction Kinetics of Iron Oxides with Hydrogen-Rich Gas

Review on sorption-enhanced methanation of renewable hydrogen and carbon dioxide

Reduction kinetics of pure and industrial hematite samples with hydrogen in a small fixed bed system

Influence of Reaction Parameters on Nanogold-Catalyzed Glucose and Xylose Oxidation: A Joint Experimental and DFT Study

Valorization of Iron (II) Oxalate Dihydrate Coming from Pickling Processes through Thermal Conversion

Modelling of iron oxide reduction with hydrogen in a small fixed bed

Upcycling of carrot waste into pectin-arabinogalactan and lignin-cellulose films via hydrothermal treatment, ultrafiltration/diafiltration, and casting

Electrocatalytic hydrogenation and oxidation of glucose and xylose on mesoporous carbon-supported Au nanocatalysts

Techno-economic evaluation of obtaining valuable rare sugars from thermo-mechanical pulping side streams utilizing the latest technology

Reaction enthalpies for the hydrogenation of alkyl levulinates and levulinic acid on Ru/C– influence of experimental conditions and alkyl chain length

Xylose Hydrogenation Promoted by Ru/SiO2 Sol–Gel Catalyst: From Batch to Continuous Operation

Sustainable Chemistry through Catalysis and Process Intensification

Electrocatalytic Hydrogenation of Glucose and Xylose on Electrochemically Roughened Metal Catalysts

Aqueous phase reforming of birch and pine hemicellulose hydrolysates

Intensification of Hydrothermal Biomass Fractionation with the Help of Oxygen: Kinetics and Modeling

Electrocatalytic hydrogenation of glucose and xylose using carbon fiber supported Au nanocatalysts

Hydrolysis of semi‐industrial aqueous extracted xylan from birch (Betula pendula) employing commercial catalysts: kinetics and modelling

A novel approach to inulin depolymerization: A Monte Carlo based model

Catalytic decomposition of formic acid in a fixed bed reactor – an experimental and modelling study

Erratum to: Hydrolysis of semi-industrial aqueous extracted xylan from birch (Betula pendula) employing commercial catalysts: kinetics and modelling (Journal of Chemical Technology &amp; Biotechnology, (2022), 97, 1, (130-139), 10.1002/jctb.6918)

Collaborators (6)

Karoliina Honkala

Vincenzo Russo

Juha Ahola

Benedetta Anna De Liso

Emiliano Salucci

Sebastien Leveneur

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Erratum to: Hydrolysis of semi-industrial aqueous extracted xylan from birch (Betula pendula) employing commercial catalysts: kinetics and modelling (Journal of Chemical Technology & Biotechnology, (2022), 97, 1, (130-139), 10.1002/jctb.6918)