Research Explorer

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Researcher

Stavros-Alexandros Theofanidis

28 Results

2022

Looking inside a Ni-Fe/MgAl2O4 catalyst for methane dry reforming via Mössbauer spectroscopy and in situ QXAS

Valentijn De CosterNadadur Veeraraghavan SrinathStavros-Alexandros TheofanidisLaura PirroHilde PoelmanMaarten SabbeGuy MarinVladimir Galvita

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

Trimetallic catalyst configuration for syngas production

Alessandro LongoStavros-Alexandros TheofanidisHilde PoelmanGuy MarinVladimir Galvita

A1 Journal Article in CHEMCATCHEM

2021

An assessment of electrified methanol production from an environmental perspective

Evangelos DelikonstantisStavros-Alexandros TheofanidisGuy MarinKevin Van Geem

A1 Journal Article in GREEN CHEMISTRY

The advantages and limitations of LCF and MCR-ALS applied to QXAS data of Ni-Fe catalysts

Valentijn De CosterNadadur Veeraraghavan SrinathStavros-Alexandros TheofanidisLaura PirroHilde PoelmanMaarten SabbeGuy MarinVladimir Galvita

2020

Effect of Rh in Ni-based catalysts on sulfur impurities during methane reforming

Stavros-Alexandros TheofanidisHilde PoelmanAlessandro LongoMaarten SabbeChristophe DetavernierGuy MarinVladimir Galvita

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

What makes Fe-modified MgAl2O4 an active catalyst support? : Insight from X-ray Raman scattering

Alessandro LongoStavros-Alexandros TheofanidisNadadur Veeraraghavan SrinathJiawei HuHilde PoelmanMaarten SabbeGuy MarinVladimir Galvita

A1 Journal Article in ACS CATALYSIS

2019

How does the surface structure of Ni-Fe nano-alloys control carbon formation during methane steam/dry reforming?

Stavros-Alexandros TheofanidisHilde PoelmanGuy MarinVladimir Galvita

Bookchapter in Advanced nanomaterials for catalysis and energy : synthesis, characterization and applications

2018

Effect of Rh-Ni based catalysts during reforming of biomass gasification gas

Nadadur Veeraraghavan SrinathStavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanChristophe DetavernierGuy Marin

Fe-Containing magnesium aluminate support for stability and carbon control during methane reforming

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanNaga Venkata Ranga Aditya DharanipragadaChristophe DetavernierGuy Marin

A1 Journal Article in ACS CATALYSIS

Fe-based nano-materials in catalysis

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

A1 Journal Article in MATERIALS

Mechanism of carbon deposits removal from supported Ni catalysts

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanRakesh BatchuLukas BuelensChristophe DetavernierGuy Marin

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

Ni nanoparticles and the Kirkendall effect in dry reforming of methane

Stavros-Alexandros TheofanidisVladimir GalvitaGuy Marin

A1 Journal Article in APPLIED SURFACE SCIENCE

Time resolved insight in an iron containing catalyst support

Stavros-Alexandros TheofanidisNaga Venkata Ranga Aditya DharanipragadaLukas BuelensHilde PoelmanVladimir GalvitaGuy Marin

2017

Controlling the stability of a Fe-Ni reforming catalyst : structural organization of the active components

Stavros-Alexandros TheofanidisVladimir GalvitaMaarten SabbeHilde PoelmanChristophe DetavernierGuy Marin

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

HC reforming : WP1-WP5

Stavros-Alexandros TheofanidisVladimir GalvitaJoris Thybaut

Ni supported on MgFeAlOx as carbon resistant catalyst for methane reforming : structural and mechanistic study

Stavros-Alexandros TheofanidisNaga Venkata Ranga Aditya DharanipragadaVladimir GalvitaHilde PoelmanGuy Marin

Reforming processes for sustainable syngas production : the role of Fe

Stavros-Alexandros TheofanidisVladimir GalvitaGuy Marin

Steam reforming of the producer gas obtained from the gasification of beech wood : scale up from laboratory benches to full-size demonstrator

Stavros-Alexandros TheofanidisVladimir GalvitaKenneth TochJoris Thybaut

2016

CO2 conversion to CO by auto-thermal catalyst-assisted chemical looping

Jiawei HuLukas BuelensStavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

A1 Journal Article in JOURNAL OF CO2 UTILIZATION

Carbon gasification from Fe-Ni catalysts for methane dry reforming

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

A1 Journal Article in APPLIED CATALYSIS B-ENVIRONMENTAL

Enhanced catalytic performance of Ni-Fe alloy in methane dry reforming: role of Fe

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

Novel Fe-promoted MgAl2O4 support material for control of carbon deposition during reforming reactions

Stavros-Alexandros TheofanidisNaga Venkata Ranga Aditya DharanipragadaVladimir GalvitaHilde PoelmanGuy Marin

The mechanism of carbon gasification over a Fe-Ni catalyst after methane dry reforming

Stavros-Alexandros TheofanidisRakesh BatchuVladimir GalvitaHilde PoelmanGuy Marin

2015

Carbon gasification from Fe-Ni catalysts for methane dry reforming

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

Enhanced carbon-resistant dry reforming Fe-Ni catalyst: role of Fe

Stavros-Alexandros TheofanidisVladimir GalvitaHilde PoelmanGuy Marin

A1 Journal Article in ACS CATALYSIS

Methane reforming over Ni-Fe/MgAl2O4 catalysts

Stavros-Alexandros TheofanidisVladimir GalvitaGuy Marin

Steam reforming and carbon formation over Ni-Fe-(Pd)/MgAl2O4 catalysts

Stavros-Alexandros TheofanidisVladimir GalvitaGuy Marin

2014

Methane dry reforming of Ni-Fe catalysts: effect of Fe content

Stavros-Alexandros TheofanidisVladimir GalvitaGuy Marin