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28-30 June

University of Crete – Voutes Campus, Greece

5th International Congress on

CATALYSIS SCIENCE EUROPE

"CATALYZE. CONNECT. CREATE THE FUTURE."

Best Poster Award by

poster-awards

Poster competition is open to all students (Graduates, Post Graduates and Research Scholars) who are first author as well as the presenting author of an abstract submitted for poster presentation at Catscience 2024. The prizes will be awarded to the posters judged the best based on the content of the poster, the quality of the visual display of information on the poster, and the ability of the presenter to successfully and succinctly present the subject matter in it.

All the winners will be announced at the closing ceremony of the conference. The decision of the winner will be withdrawn if the winner/winners is/are not present at the time of announcement.

Conference Chair

Kyriakides Georgios

Kyriakides Georgios

Professor Emeritus / Former Professor, Department of Physics
University of Crete
Greece

| | |

Conference Co-Chairs

Rodrigo Martins

Rodrigo Martins

Distinguished Professor
New University of Lisbon
Portugal
| |
Spiros Anastasiadis

Spiros Anastasiadis

Professor
Univ. of Crete
Greece
|
Dimitrios Kotzias

Dimitrios Kotzias

Head of Unit (retired)
European Commission,Joint Research Centre
Italy
| |
Lionel Vayssieres

Lionel Vayssieres

Distinguished Professor
Xi'an Jiaotong University
China
| |

Welcome to CatScience 2027 in Heraklion, Crete, Greece

The 5th International Conference on Catalysis Science and Chemical Engineering

June 28 – 30, 2027 | University of Crete – Voutes Campus, Greece

A very warm welcome to the 5th International Congress on Cat Science Europe 2027. After several wonderful and productive editions across Europe, we could not be more excited to bring our community together this year in the coastal city of Heraklion, Crete.

Our theme this year is simple and focused: “CATALYZE. CONNECT. CREATE THE FUTURE.” Over the years, this conference has grown from a specialized gathering into a true meeting point for people across the field—bringing seasoned researchers, industry engineers, and promising students into the same room to talk openly about what works, what doesn't, and where the science is heading next.

On behalf of the organizing committee and our chairs, thank you for being a part of this. Conferences are only as good as the conversations that happen in the hallways, around the posters, and during the Q&As, and your presence and work are what make this meeting worthwhile.

Heraklion is a fantastic place to host our discussions. Between sessions on new catalytic pathways, reaction engineering, and sustainable scale-up, we hope you take time to step outside, take in the Aegean breeze, wander through the old Venetian harbor, and enjoy authentic Cretan food and hospitality.

We look forward to three days of great science, honest discussion, and catching up with colleagues old and new. See you in Heraklion!

Program Themes covered in CatScience 2027 in Greece

Explore the key scientific themes and emerging research areas covered at the conference.

01

Heterogeneous Catalysis & Surface Science

Focuses on the bedrock of traditional catalysis, enhanced by modern characterization techniques.

  • Advanced Operando Characterization: Real-time spectroscopy and microscopy tracking of catalysts in motion.
  • Single-Atom and Nanostructured Catalysts: Synthetic breakthroughs, metal-support interactions, and localized active sites.
  • Porous Materials: Innovation in zeolites, MOFs, and COFs for shape-selective transformations.
  • Environmental Catalysis: Automotive emission control, industrial waste gas abatement, and air purification.
  • Asymmetric and Coordination Catalysis: Chiral ligand design, transition metal complexes, and pharmaceutical synthesis.
  • C-H Functionalization & Cross-Coupling: Novel mechanisms for forming C-C and C-Heteroatom bonds.
  • Enzyme Engineering & Biocatalysis: Directed evolution, cascade biocatalysis, and biocatalytic flow chemistry.
  • Organocatalysis & Metal-Free Systems: Small-molecule activation, green catalysts, and sustainable synthetic routes.
  • Green Hydrogen & Water Splitting: Advanced catalysts for the hydrogen (HER) and oxygen (OER) evolution reactions.
  • Carbon and Nitrogen Circularity: Electrocatalytic CO utilization, artificial photosynthesis, and green ammonia synthesis.
  • Fuel Cells and Batteries: Oxygen reduction (ORR) breakthroughs and interface electrochemistry.
  • Biomass and Plastics Upscaling: Catalytic cracking, chemical recycling of polymers, and refining of bio-based feedstocks.
  • AI-Driven Catalyst Discovery: Machine learning models for predicting catalyst activity, selectivity, stability, and material properties.
  • DFT & Computational Modelling: Combining density functional theory (DFT), molecular simulations, and high-throughput screening for catalyst design.
  • Data-Driven Reaction Optimization: AI-assisted prediction of reaction pathways, mechanisms, operating conditions, and catalytic performance.
  • Digital & Autonomous Catalysis: Catalyst databases, automated experimentation, and self-driving laboratories for faster catalyst development.
  • Catalyst Deactivation & Coking: Understanding sintering, carbon deposition, active-site loss, and other mechanisms responsible for catalyst deactivation.
  • Catalyst Poisoning: Effects of sulfur, nitrogen, metals, and other contaminants on catalyst activity and strategies for developing poison-resistant catalysts.
  • Regeneration & Catalyst Recovery: Advanced thermal, oxidative, and chemical regeneration approaches to restore catalyst activity and extend catalyst lifetime.
  • Long-Term & Industrial Stability: Designing robust catalysts for continuous operation, harsh reaction environments, repeated regeneration, and large-scale industrial applications.

Advancing Catalysis Science and Chemical Engineering

In the rapidly evolving fields of chemical engineering and materials science, many of today’s technological challenges are closely linked to the performance, design, and optimization of catalytic systems. From energy conversion and chemical synthesis to environmental protection and industrial processing, catalysis continues to serve as a cornerstone of modern science and engineering.

CatScience Europe 2027 is structured to address these challenges by providing a focused academic platform where theoretical insights, experimental research, and industrial perspectives converge. The conference emphasizes the role of catalysis in enabling sustainable processes, improving technological efficiency, and supporting innovation across chemical and process technologies.


Scope and Objectives of CatScience Europe 2027

The primary objective of CatScience Europe 2027 is to promote interdisciplinary collaboration among researchers working in chemistry, chemical engineering, materials science, and related scientific disciplines. By facilitating dialogue between fundamental researchers, applied scientists, and industry experts, the conference aims to accelerate progress in catalytic materials, reaction mechanisms, reactor design, and process engineering.


CatScience Europe 2027 seeks to:
  • Encourage the exchange of original research findings and advanced methodologies
  • Highlight emerging scientific and technological trends in catalysis and chemical engineering
  • Support collaborative initiatives between academia and industry
  • Strengthen international research networks with a strong focus on European scientific cooperation and innovation

Advancing Catalysis Science and Chemical Engineering

In the rapidly evolving fields of chemical engineering and materials science, many of today’s technological challenges are closely linked to the performance, design, and optimization of catalytic systems. From energy conversion and chemical synthesis to environmental protection and industrial processing, catalysis continues to serve as a cornerstone of modern science and engineering.

CatScience Europe 2027 is structured to address these challenges by providing a focused academic platform where theoretical insights, experimental research, and industrial perspectives converge. The conference emphasizes the role of catalysis in enabling sustainable processes, improving technological efficiency, and supporting innovation across chemical and process technologies.

Scope and Objectives of CatScience Europe 2027

The primary objective of CatScience Europe 2027 is to promote interdisciplinary collaboration among researchers working in chemistry, chemical engineering, materials science, and related scientific disciplines. By facilitating dialogue between fundamental researchers, applied scientists, and industry experts, the conference aims to accelerate progress in catalytic materials, reaction mechanisms, reactor design, and process engineering.

CatScience Europe 2027 seeks to:

  • Encourage the exchange of original research findings and advanced methodologies
  • Highlight emerging scientific and technological trends in catalysis and chemical engineering
  • Support collaborative initiatives between academia and industry
  • Strengthen international research networks with a strong focus on European scientific cooperation and innovation
CATSCIENCE-EUROPE 2027

Conference Schedule

June 28 to June 30, 2027 University of Crete – Voutes Campus Greece
DAY 1 June 28, 2027
Plenary Lectures & Invited Talks
8:30–9:00
Registrations
9:00–9:15
Welcoming Speech from the Conference Chairs
9:15–10:25
Plenary Talks
10:25–10:55
Coffee Break
10:55–12:40
Plenary Talks
12:55–14:00
Lunch Break
14:00–15:50
Session: Heterogeneous Catalysis & Surface Science
15:50–16:10
Coffee Break
16:20–17:20
Session: Heterogeneous Catalysis & Surface Science
19:00
onwards
Networking Cocktails
DAY 2 June 29, 2027
Scientific Sessions – Oral Presentations
08:30–09:00
Registrations
09:00–10:45
Session: Homogeneous, Bio and Organocatalysis
10:45–11:05
Coffee Break
11:05–12:20
Session: Homogeneous, Bio and Organocatalysis (continued)
12:20–13:25
Lunch Break
13:25–15:25
Session: Homogeneous, Bio and Organocatalysis
15:25–15:45
Coffee Break
15:45–16:55
Session: Homogeneous, Bio and Organocatalysis (continued)
17:00–17:45
Poster Presentations
DAY 3 June 30, 2027
Scientific Sessions & City Tour
09:00–10:45
Session: Renewable Energy, Electrocatalysis & Photocatalysis
10:45–11:05
Coffee Break
11:05–12:20
Session: Renewable Energy, Electrocatalysis & Photocatalysis (continued)
12:20–13:25
Lunch Break
13:25–15:25
Session: Renewable Energy, Electrocatalysis & Photocatalysis
15:25–15:45
Coffee Break
15:45–16:55
Session: Renewable Energy, Electrocatalysis & Photocatalysis (continued)
17:00–17:45
Closing Ceremony

Target Audience

  • Catalysis & Chemical Engineers
  • Catalysis Associations
  • Chemical Engineering Associations and Societies
  • Business Entrepreneurs
  • Training Institutes
  • Chemical Societies
  • Students and Delegates
  • Researchers
  • Governmental & Non-governmental organizations

Catalysis Conference Agenda

  • Development & demonstration of new catalysis and reactor engineering concepts
  • Promote fundamental universal values
  • Question the current economic and consumption models
  • Critically examine the cultural practices
  • Embed sustainable development considerations in research and in the curriculum
  • Adopt considerations of sustainability in leadership practices
  • Underline social responsibility locally and globally
  • Emphasis on process intensification and feedstock efficiency
  • Computational, experimental and modelling approaches
  • To extend gained knowledge and assess new opportunities for improving existing plants

Why Attend CatScience Europe 2027

  • Stay informed on recent research developments and emerging trends in catalysis science and chemical engineering
  • Gain insights into heterogeneous and homogeneous catalysis, reaction engineering, and process optimization
  • Learn from experienced researchers, invited speakers, and industry specialists
  • Engage in focused technical discussions bridging fundamental research and applied technologies
  • Strengthen academic and professional networks within the global catalysis community
  • Access peer-reviewed research, technical case studies, and scholarly contributions
  • Explore interdisciplinary approaches shaping future directions in catalysis and chemical engineering

Who Will Attend CatScience Europe 2027

  • Academic faculty members and researchers in catalysis and chemical engineering
  • Scientists from research institutes and national laboratories
  • Industry professionals involved in catalyst development and chemical processes
  • R&D engineers from chemical, energy, and materials-related sectors
  • Postdoctoral researchers, doctoral candidates, and early-career scientists
  • Technology developers and solution providers supporting catalysis research
  • Representatives from scientific organizations and innovation centers

Why Attend CatScience Europe 2027

  • Stay informed on recent research developments and emerging trends in catalysis science and chemical engineering
  • Gain insights into heterogeneous and homogeneous catalysis, reaction engineering, and process optimization
  • Learn from experienced researchers, invited speakers, and industry specialists
  • Engage in focused technical discussions bridging fundamental research and applied technologies
  • Strengthen academic and professional networks within the global catalysis community
  • Access peer-reviewed research, technical case studies, and scholarly contributions
  • Explore interdisciplinary approaches shaping future directions in catalysis and chemical engineering

Who Will Attend CatScience Europe 2027

  • Academic faculty members and researchers in catalysis and chemical engineering
  • Scientists from research institutes and national laboratories
  • Industry professionals involved in catalyst development and chemical processes
  • R&D engineers from chemical, energy, and materials-related sectors
  • Postdoctoral researchers, doctoral candidates, and early-career scientists
  • Technology developers and solution providers supporting catalysis research
  • Representatives from scientific organizations and innovation centers

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Frequently Asked Question’s

Everything you need to know about the CatScience Europe 2027

CatScience Europe 2027 stands out as the premier Catalysis conference of 2027 due to its comprehensive program covering key topics such as photocatalysis, electrocatalysis, environmental catalysis, and sustainable chemical engineering practices. Hosted at the esteemed Mediterranea University of Reggio Calabria, this conference offers unparalleled opportunities for networking and knowledge exchange among global experts.
As a top international chemical engineering congress, CatScience Europe 2027 brings together leading scientists, researchers, and industry professionals to discuss the latest innovations and challenges in catalysis and chemical engineering. The conference features plenary talks, keynote lectures, and interactive sessions that foster collaboration and inspire new research directions.
CatScience Europe 2027 will be held at the Università Mediterranea di Heraklion, Crete, Greece.
The Università Mediterranea di Reggio Calabria, located in the heart of southern Greece, is a dynamic institution known for its commitment to scientific excellence and innovation. Established in 1968, it has grown into a vibrant center for advanced research and interdisciplinary collaboration, particularly in engineering, materials science, and environmental technologies. Its scenic coastal setting and strong academic culture make it an inspiring venue for international scientific exchange.
CatScience Europe 2027 is proud to host its next edition at this distinguished university, continuing its tradition of fostering cutting-edge catalysis research in a setting that blends intellectual rigor with Mediterranean warmth.

Event Information

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