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21st International Conference on Catalysis, Chemical Engineering & Technology

April 3,4,5 2026 | Auditory Forum CCB, Plaza Leonardo da Vinci - Barcelona, Spain

“Innovating Catalysis for a Sustainable Chemical Future”

Phone: +1 (347) 820 9966

Whatsapp: +44 7861 668671

Email: info@researchersfusion.com

Conference Archive

Past Conference Editions

Documenting our journey of scientific excellence where dental professionals, researchers, and technology developers collaborated to advance evidence-based digital dentistry through rigorous academic discourse and clinical innovation.

2025 Edition

20th International Conference on Catalysis, Chemical Engineering & Technology

The 20th International Conference on Catalysis, Chemical Engineering & Technology will be held from April 3–5, 2025, in Barcelona, Spain, bringing together leading researchers, chemical engineers, catalysis scientists, industry professionals, and technology innovators from around the world. Marking its 20th edition milestone, the conference continues its legacy of fostering scientific excellence, innovation, and global collaboration in chemical sciences. Over three comprehensive days, the congress will feature keynote lectures, plenary talks, technical sessions, and poster presentations addressing cutting-edge topics such as heterogeneous and homogeneous catalysis, green chemistry, sustainable process engineering, nanocatalysts, reaction kinetics, petrochemical advancements, energy storage technologies, and environmental remediation processes. The program emphasizes both fundamental research and industrial-scale applications. The event serves as a strategic platform for academia–industry partnerships, enabling participants to exchange knowledge, explore commercialization opportunities, and discuss future technological trends in chemical engineering. The conference aims to accelerate innovation toward sustainable and energy-efficient chemical processes that meet global environmental and industrial demands.

Scientific Objectives

The primary scientific objective of the 20th International Conference on Catalysis, Chemical Engineering & Technology is to advance knowledge and innovation in catalytic science and sustainable chemical engineering. The conference aims to provide a collaborative platform for researchers and industry professionals to share breakthroughs in catalyst design, reaction mechanisms, and process intensification. A key focus is on developing environmentally sustainable chemical processes that reduce energy consumption, minimize waste generation, and enhance resource efficiency. Discussions will emphasize green chemistry principles, renewable feedstocks, hydrogen technologies, carbon-neutral production systems, and advanced catalytic materials that support global sustainability goals. Furthermore, the conference seeks to strengthen collaboration between academic research institutions and industrial sectors to accelerate commercialization of innovative technologies. By integrating computational modeling, nanotechnology, and process engineering advancements, the event aims to foster scalable, efficient, and eco-friendly solutions for the future of chemical manufacturing and energy systems.

2024 Edition

19th International Conference on Catalysis, Chemical Engineering & Technology

The 19th International Conference on Catalysis, Chemical Engineering & Technology was successfully held from April 3–5, 2024, in Barcelona, Spain. The conference brought together leading scientists, chemical engineers, researchers, industrial professionals, and technology innovators to discuss the latest advancements in catalysis and sustainable chemical processes. Across three intensive days, the congress featured keynote lectures, plenary sessions, oral presentations, poster discussions, and industry forums. Key topics included heterogeneous and homogeneous catalysis, green chemistry, nanomaterials, reaction kinetics, process intensification, renewable energy systems, environmental catalysis, and advanced industrial chemical technologies. The program emphasized both fundamental research breakthroughs and real-world industrial applications. The event provided an ideal platform for interdisciplinary collaboration, strengthening academia–industry partnerships and fostering innovation in eco-friendly chemical manufacturing. Through global participation and high-level scientific exchange, the conference reinforced its reputation as a leading international forum in chemical engineering and catalysis research.

Scientific Objectives

The core scientific objective of the 19th International Conference on Catalysis, Chemical Engineering & Technology was to advance innovation in catalytic science and sustainable chemical engineering. The conference aimed to facilitate knowledge exchange on novel catalyst design, reaction mechanisms, and scalable process technologies that improve industrial efficiency and environmental performance. A significant focus was placed on developing green and energy-efficient chemical processes aligned with global sustainability goals. Presentations highlighted renewable feedstocks, hydrogen technologies, carbon capture strategies, and eco-friendly catalytic systems that reduce emissions and waste generation while enhancing productivity. Furthermore, the conference sought to promote collaboration between academic institutions and industrial sectors to accelerate the commercialization of cutting-edge chemical technologies. By integrating computational chemistry, nanotechnology, and advanced process engineering, the event aimed to drive transformative solutions for next-generation chemical manufacturing and energy systems.

2023 Edition

18th International Conference on Catalysis, Chemical Engineering & Technology

The 18th International Conference on Catalysis, Chemical Engineering & Technology was successfully held from April 3–5, 2023, in Barcelona, Spain. The event brought together distinguished scientists, chemical engineers, researchers, academicians, and industrial leaders to discuss the latest scientific breakthroughs and technological advancements in catalysis and chemical process engineering. Over three dynamic days, the conference featured keynote lectures, plenary talks, oral presentations, poster sessions, and interactive panel discussions. Key areas of focus included heterogeneous and homogeneous catalysis, nanomaterials, green chemistry, reaction kinetics, process intensification, renewable energy systems, environmental engineering, and emerging chemical technologies. The scientific sessions highlighted both theoretical research and industrial applications. The congress provided a vibrant networking platform for collaboration between academia and industry, enabling participants to explore commercialization opportunities, innovative technologies, and future research directions. The event reinforced its position as a leading global forum dedicated to advancing sustainable chemical engineering solutions.

Scientific Objectives

The primary scientific objective of the 18th International Conference on Catalysis, Chemical Engineering & Technology was to promote cutting-edge research and innovation in catalytic science and advanced chemical process engineering. The conference aimed to provide an interdisciplinary platform where researchers and industry professionals could exchange ideas, present findings, and explore future directions in sustainable chemical technologies. A key focus was on developing environmentally responsible catalytic systems and energy-efficient industrial processes. Sessions emphasized green chemistry principles, renewable feedstocks, hydrogen production, carbon reduction technologies, and advanced materials designed to enhance catalytic efficiency while minimizing environmental impact. Additionally, the conference sought to strengthen partnerships between research institutions and industrial sectors to accelerate the translation of laboratory discoveries into scalable industrial applications. By integrating computational tools, nanotechnology advancements, and innovative engineering design, the event aimed to drive progress toward a more sustainable and technologically advanced chemical industry.

2022 Edition

17th International Conference on Catalysis, Chemical Engineering & Technology

The 17th International Conference on Catalysis, Chemical Engineering & Technology was successfully held from April 3–5, 2022, in Barcelona, Spain. The conference gathered prominent researchers, chemical engineers, industry professionals, and academicians to explore the latest developments in catalytic science, process engineering, and advanced chemical technologies. During the three-day event, participants engaged in keynote lectures, plenary talks, oral and poster presentations, and interactive panel discussions. Core topics included heterogeneous and homogeneous catalysis, reaction engineering, green chemistry, nanomaterials, energy-efficient process design, petrochemical technologies, environmental remediation, and renewable energy integration. The program balanced fundamental scientific research with industrial-scale applications. The congress served as a collaborative platform encouraging knowledge exchange between academia and industry. It facilitated global networking, strengthened research partnerships, and promoted innovative solutions aimed at enhancing sustainability, productivity, and environmental responsibility within the chemical engineering sector.

Scientific Objectives

The primary scientific objective of the 17th International Conference on Catalysis, Chemical Engineering & Technology was to advance innovative research in catalytic materials and chemical process engineering. The conference aimed to provide a comprehensive platform for discussing new catalyst designs, reaction mechanisms, and process intensification strategies that enhance industrial efficiency. A major emphasis was placed on sustainable chemical manufacturing practices aligned with global environmental goals. Sessions explored energy-efficient catalytic systems, carbon capture technologies, hydrogen-based processes, renewable feedstocks, and eco-friendly chemical transformations that reduce environmental impact while maintaining productivity. Additionally, the conference sought to promote interdisciplinary collaboration and technology transfer between academic researchers and industrial stakeholders. By integrating advanced computational tools, nanotechnology, and process engineering advancements, the event aimed to accelerate the development of scalable and sustainable chemical technologies for future industrial applications.

2021 Edition

16th International Conference on Catalysis, Chemical Engineering & Technology

The 16th International Conference on Catalysis, Chemical Engineering & Technology was successfully conducted as a fully virtual event from April 3–5, 2021. Bringing together leading researchers, chemical engineers, industry professionals, and academicians from across the globe, the conference provided an interactive online platform to discuss emerging advancements in catalytic science and process engineering. Despite the virtual format, the three-day program delivered a comprehensive scientific agenda including keynote lectures, plenary talks, oral presentations, poster sessions, and panel discussions. Major themes included heterogeneous and homogeneous catalysis, green chemistry innovations, nanocatalyst development, reaction engineering, sustainable process intensification, renewable energy integration, and environmental remediation technologies. The online environment enabled real-time global participation, dynamic Q&A sessions, and cross- border collaboration. The conference strengthened academic–industry engagement while continuing its long-standing mission of promoting sustainable, energy-efficient, and technologically advanced solutions in chemical engineering.

Scientific Objectives

The primary scientific objective of the 16th International Conference on Catalysis, Chemical Engineering & Technology was to facilitate global knowledge exchange in catalytic science and sustainable chemical process development. The conference aimed to present cutting-edge research focused on improving catalyst performance, reaction efficiency, and industrial scalability. A major focus was directed toward environmentally responsible and energy-efficient chemical processes. Presentations explored renewable feedstocks, hydrogen production technologies, carbon capture systems, advanced nanomaterials, and green chemistry principles aimed at reducing environmental impact while maintaining industrial productivity. Additionally, the conference sought to strengthen interdisciplinary collaboration in a rapidly evolving digital era. By leveraging virtual connectivity, computational modeling, and innovative engineering approaches, the event promoted the integration of research advancements into practical industrial solutions that contribute to sustainable global development.

2020 Edition

15th International Conference on Catalysis, Chemical Engineering & Technology

The 15th International Conference on Catalysis, Chemical Engineering & Technology was successfully conducted as a virtual event from April 3–5, 2020. Bringing together renowned researchers, chemical engineers, scientists, and industry professionals from around the world, the conference provided a dynamic online platform to exchange ideas and present innovative research in catalysis and chemical process engineering. Over three comprehensive days, the event featured keynote addresses, plenary sessions, oral and poster presentations, and interactive discussions. Major scientific themes included heterogeneous and homogeneous catalysis, green chemistry approaches, nanomaterials in catalysis, reaction engineering, petrochemical advancements, renewable energy systems, and environmentally sustainable chemical processes. Despite being hosted online, the conference maintained strong global participation and engagement. The virtual format enabled real-time scientific dialogue, international networking, and collaborative exploration of sustainable solutions that address the evolving challenges of the chemical industry and energy sectors.

Scientific Objectives

The primary scientific objective of the 15th International Conference on Catalysis, Chemical Engineering & Technology was to promote global collaboration and innovation in catalytic science and sustainable chemical process development. The conference aimed to provide a platform for sharing cutting-edge research on catalyst design, reaction mechanisms, and industrial process optimization. A significant focus was placed on environmentally sustainable chemical engineering solutions aligned with global climate and energy goals. Presentations highlighted green chemistry methodologies, renewable feedstocks, hydrogen-based technologies, carbon capture systems, and energy-efficient catalytic processes designed to reduce industrial emissions and environmental impact. Additionally, the conference sought to strengthen partnerships between academic institutions and industrial organizations. By fostering interdisciplinary dialogue and encouraging technology transfer, the event aimed to accelerate the translation of laboratory research into scalable industrial applications that drive sustainable growth in the chemical sector.

Conference Series Impact (2022-2025)

Quantitative metrics documenting scholarly contribution and professional development delivery across four conference editions

2,073

Total Participants

Across all editions

166

Countries Represented

Global participation

340

Research Presentations

Peer-reviewed abstracts

72.0

Total CE Hours

Accredited education

Looking Ahead

The 21st International Conference on Catalysis, Chemical Engineering & Technology continues this tradition of scientific rigor and clinical relevance. We invite dental professionals, researchers, and technology developers to join us in advancing evidence-based digital dentistry.

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