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Fundamental Research
News 08 March 2023

A meet-up with Hélène Olivier-Bourbigou, or the passion for doing things together

Portrait of Hélène Olivier-Bourbigou, the current head of program and overall coordinator of basic research at IFPEN. Recognized for her work in the field of catalysis, and particularly the development of more environmentally friendly processes, she is also known for her passion for building a community around the discipline.

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Ana Teresa FIALHO BATISTA

Research Engineer in heterogeneous catalysis | PhD in Chemistry
After a Master’s Degree in Chemical Engineering (Instituto Superior Técnico, Lisbon) I pursued a PhD in heterogenous catalysis developing a multi-technique approach to the characterization and
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Minh Tuan NGUYEN

PhD. Research engineer
Minh Tuan Nguyen completed an Engineer degree from Da-Nang University of Technology (Vietnam) in 2012, and a Master of Science degree from Ecole Nationale Supérieure de Chimie de Lille (ENSCL) and IFP
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Etienne GIRARD

Research scientist in Catalysis / R&I Project manager
Following an engineering degree obtained from Chimie ParisTech (2008), I completed my research career with an academic thesis at the University of Toulouse (obtained in 2012), on the design and
Issue 51 of Science@ifpen
News in brief

SC2 - Quantum calculation reveals key mechanisms for bio-based chemistry

The dehydration of bio-based alcohols to form alkenes is a key reaction to obtain major chemical intermediates from biomass. It is efficiently catalyzed by zeolites presenting Brønsted acid sites and a crucial challenge is the control of its selectivity...
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Malika BOUALLEG

Project manager, Research Engineer in Heterogeneous Catalysis
Malika Boualleg joined IFP New Energy after a thesis in synthesis of materials and heterogeneous catalysis (CP2M, ex-LCOMS 2006-2009), during which she developed new syntheses of mesostructured
Issue 50 of Science@ifpen
News in brief

The quest to find a new reaction path for the oligomerization of ethylene using nickel

The olefin oligomerization reaction provides access to a broad range of key compounds in the fuel, petrochemical and fine chemistry sectors...
Identification of reforming active phase catalytic descriptors
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Identification of reforming active phase catalytic descriptors

​​​​​​​The vast majority of oil refineries are equipped with a catalytic reforming unit that fulfils three main functions: production of high-octane oil cuts for gasoline production (known as reformates), production of aromatic-rich cuts containing fewer than 10 carbon atoms, used in the chemicals industry, and generation of dihydrogen, primarily used in hydrotreatment and hydrocracking units...
Experimentation and modelling combined to study the catalytic conversion of biomass-derived sugars
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Experimentation and modelling combined to study the catalytic conversion of biomass-derived sugars

Driven by the global challenge of switching to a more sustainable economic and energy model, IFPEN has been studying for a number of years biosourced products with high added value and working to develop processes for biomass recovery, as an alternative to conventional petrochemistry.
Photocatalysis, a lighted pathway for CO2 conversion
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Photocatalysis, a lighted pathway for CO2 conversion

Although the climate crisis makes the reduction of CO2 emissions a matter of urgency, some industries will have difficulty in avoiding them, such as cement plants (where the core process is currently based on the calcination of CaCO3) or refineries, which are currently highly energy-intensive. Hence the huge potential interest in procedures that could capture the CO2 released directly from the plant (...) then recover it at a fraction of the energy cost...
Loss of selectivity in Fischer-Tropsch synthesis: a high-throughput study
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Loss of selectivity in Fischer-Tropsch synthesis: a high-throughput study

Faced with the current climate challenges, alternative fuels are attracting a growing interest for the mobility of the future. Of the various possible alternatives, hydrocarbons could be synthesised via a well-known process: the Fischer-Tropsch (FT) process, based on Syngas (CO and H2) produced, in particular, by biomass gasification. (...) However, the deactivation of FT catalysts is a major issue that directly impacts the costs of the process. (...) To identify these mechanisms, a multiple-stage methodology was implemented as part of a doctoral thesis...