About ISGC 2017

1. Some numbers
2. Plenary lectures
3. Topics
4. Full scientific program
5. Partners & supporters
6. Awards
7. Attendees

Some numbers

48

   Countries
 
+800

   Participants
 
40%

   Industrials
 
317

   Communications
 
362

   Posters

Plenary lectures

Speakers 2017

Prof Roger Sheldon

Delft University, Netherlands
Engineering a Sustainable Future with Green Chemistry and Catalysis
Research group website

Prof John Hartwig

Berkeley University, USA
Selective Functionalizations with Small and Large Catalysts

Prof Thibault Cantat

CEA – Saclay, France
Reductive Transformations of CO2 and Lignin Using Molecular Catalysts

Prof Chris Hardacre

Queen's University, Belfast - Ireland
CO2 capture and utilisation using ionic liquids
Research group website

Prof Oliver Kappe

University of Graz, Austria
Organic Synthesis goes Flow
Research group website

Prof Richard Alan Gross

Rensselaer Polytechnic Institute, USA
Biocatalysis Enables New Options in Polymer Science

Dr François Monnet

Solvay Exec VP, R&I Renewable Chemistry Platform Director, Belgium
What green is the colour of ? An industrial look about some achievements and challenges of green chemistry.
Research group website

Dr Philippe Dupau

Firmenich, Switzeland
Selective Hydrogenation towards Flavor and Fragrance Industrial Applications

Dr Boris Estrine

ARD, France
Surfactants and emulsifiers from renewable raw materials:

Dr Edith Norrant

UCB Pharma, England
From laboratory to manufacturing plant: Innovative industrial cases using physical activation …

Prof Karen Wilson

Aston University, England
Designing heterogeneous catalysts for biorefining
Research group website

Prof Michael Meier

Karlsruhe Institute of Technology, Germany
Sustainable approaches to monomers and polymers from renewable resources
Research group website

Prof Rafael Luque

University of Cordoba, Spain
Research group website
Benign-by-design methodologies for a more sustainable future: from nanomaterials to heterogeneous (photo)catalysis and biomass/waste valorisation

Dr Serge Rebouillat

DUPONT, Switzerland
INNOVATION & “ECOTROPISM©” Biotech and Advanced Technologies

Prof Tom Welton

Imperial College, England
Ionic Liquids for Sustainable Chemistry
Research group website

Dr Virginie Belliere-Baca

ADISSEO, France
The challenges of corporate citizenship: From Good Intentions to Concrete Deployment Focus on odor management and reduction

Prof Dirk De Vos

K.U.Leuven, Belgium
Catalytic transformations of amino acids to amines, nitriles or dicarboxylates, and of diols to dienes

Dr Thomas Schaub

BASF, Germany
Palladium- and Nickel Catalyzed synthesis of Sodium Acrylate from CO2 and Ethylene
Research group website

Tony Phan

Mane, France
a solution to design greener chemicals. Applications to Flavour and Fragrance industry
Research group website

Amandine Cabiac

IFPEN, France
From biomass to bio-based polymers: general routes and catalytic design
Research group website

Jerome Guibot

SEPPIC, France
Bio-sourced innovation, a challenge but an opportunity !
Research group website

Prof. Shu Kobayashi

The University of Tokyo
Flow Fine Synthesis for Green Sustainable
Research Website Group

Dr. Julien Hitce

L'Oréal
Innovation From Renewable Resources at L'Oréal: Expanding the Chemist's Toolbox

Dr. Norbert Patouillard

MINASOLVE
From Biomass to COSMETIC Sustainable multifunctional Ingredients and Solutions.

Topics

Renewable carbon / Biomasse conversion / valorization of waste

This topic is related to the conversion of biomass, waste and CO2. It includes lignocellulosic biomass, polysaccharides, proteins, carbohydrates and derived molecules, fatty derivatives, extractible, glycerol, organic/mineral/liquid/gaseous waste, CO2, bio-base chemicals, etc.

SMART USE OF FOSSIL

This topic is related to novel technologies/processes to convert fossil carbon in a more efficient and rational way not only for the production of fuels/energy but also for the production commodities and fine chemicals.

POLYMERS

This topic is related to clean polymerization methods, biosourced polymers, eco-design of polymers, recycled polymers, etc.

Environmental impact and Life Cycle Assessment

This topic is related to the impact of chemical products and processes on the environment and health, throughout their entire life cycle, from raw material extraction through transport, manufacturing, use and end of life.

Mechanism

This topic is related to all characterization and predictive methods to optimize, to adapt or to design clean reactions/processes. It includes real time in situ characterizations, model reactions, kinetics, theoretical calculation, predictive methods, etc.