Although the COVID-19 pandemic is forcing us to bring you Symposia virtually instead of in person, it is our hope that this unprecedented experience of a virtual Conference is welcome and supported by the community.
Our goal is to provide attendees with a valuable virtual conference that
encompasses all aspects of the in-person Conference, including presentations
with Q&A, ways to interact with participants and opportunities of networking
among all of those in attendance.

A LOOK INSIDE
VENUE
CAMURE11 & ISMR10 will be held virtually into the Framework "VIRVIS" (owned by AIDIC) propely created for the Virtual Presentation of Conferences in a proprietary Web Private Server.
FOCUS
The general theme of CAMURE-11 & ISMR-10 will be:
"Role of the interface in chemical and biochemical engineering processes"
The Symposium provides a platform for discussing the latest progress in the field
of multiphase catalytic systems and multifunctional reactors, following both the
scientific and the technological interdisciplinary approach.
The ultimate scope is to pursue more efficient chemical and biochemical reactors,
more efficient catalytic systems, more valuable chemical engineering reactor design
and simulation.
STRUCTURE
The Symposium is structured in invited Plenary Lectures and in selected
Lecture presentations.
The event is held in pure virtual format.
PUBLICATION
The corresponding authors of 30 selected abstracts will be invited to
submit a full paper to be published in a special issue of Ind. Eng.
& Chem. Research devoted to the Symposium.
Plenary Lectures

Volker Hessel - Australia
'Disruptive technology scenarios opened by flow chemistry and process intensification for industry transformation

Jian-Feng Chen - China
Rotating Packed Bed Reactor: From Fundamentals to Commercialization

Andrei Khodakov - France
Catalyst nanoconfinement and promotion for synthesis of platform molecules from renewable feedstocks

Kin Kuok Mimi Hii - UK
Catalysis in Flow

Inmaculada Ortiz - Spain
Membrane reactors: From fundamentals to future perspectives

Vivek V. Ranade - UK
Waste biomass to biogas via cavitation and anaerobic digestion