Dear Contributors,

Welcome to the 22nd Edition of Global Conference on Catalysis & Reaction Engineering (CAT 2026) !

Without a doubt, recent advances in catalyst, chemistry, and chemical engineering have revolutionized numerous fields. But, how did this occur ? Was your research part of these advancements ? Have we innovated and commercialized such research enough ?  Are companies paying attention to this wonderful research ? Are Universities helping you ? What about your federal funding agencies ? And, most importantly, are you in the right environment to innovate and commercialize your research ? In my own experience, above all else, it takes a supportive environment. Find the right community. Find this conference.

I left the very negative, ultra-competitive, stifling Northeastern University in Boston over 5 years ago. I have never seen such negative, cut-throat, and miserable people in my 30 year career ! Only after I moved did I find a truly supportive environment that allowed me to form over a dozen companies and yes, I found truly supportive people who value me and my contributions. Because I left Northeastern University, I have since commercialized my chemical engineering research into medical devices now in over 45,000 patients with no failures, only success !

So, I encourage everyone to find that right environment. Make that move. And attend the right conferences: CAT 2026 is such a conference where you will meet the right people ! And be inspired, not discouraged like I was at Northeastern University for far too long ! I, and the patients I have helped, wish we could get those years back !

It will change your life once you make the commitment to surround yourself with positive people.  I know, because I lived it.

I look forward to seeing everyone to further share my story and give you that “positive” boost !

Dear congress visitors,

It is my honor and great pleasure to write a few welcome notes to you. Through centuries people were fascinated with the possibilities of synthesis of new materials with extraordinary properties. New materials are practically needed in all domains of life. Design and synthesis of new materials is one of the most important and interesting part of material sciences. Particularly a synthesis of new active and selective catalysts is a very important challenge. Our main aim concentrates on the new methods of the synthesis of single-site hierarchical porous zeolite catalysts with acid-base and redox properties. Such zeolite catalysts with active sites formed by incorporation of heteroelements in their framework are perspective as catalysts of protection of environment and biofeedstock conversion into valuable chemicals.

Dear 2026 Participants

It is a great pleasure to welcome you to the 22nd Edition of Global Conference on Catalysis & Reaction Engineering. I have been attending this event for many years and have always found it to be an exceptionally fertile environment for discussion, the exchange of ideas, and the development of new scientific perspectives. At a time marked by significant geopolitical tensions and increasingly urgent climate challenges, innovation in catalytic processes plays a crucial role, not only as a driver of technological and industrial advancement, but also as a concrete response to global energy needs and sustainability goals. I encourage all of you to share your experiences generously, to build strong networks, and to approach with curiosity research areas that may lie beyond your immediate field. It is often within these interdisciplinary spaces that the most promising insights emerge.

Wishing you an inspiring and productive conference!

Dear 2026 conference attendees,

The CAT 2026 is one of the specialized and reputed institutes nationwide. It is giving the task of improving the scientific achievements in catalysis and engineering, and working hardly on several areas related to science and engineering. CAT 2026 is to improve networking and presenting a platform for scientific discussions. It is organized to donate the scientists, engineers, academicians, researchers, students and companies an opportunity for presenting their latest research finding, discoveries, ideas and products to focus on its wide applications. With renowned speakers, qualified participants and industrial experts, CAT 2026 offers a valuable chance to all delegates to share, learn and exchange views, opinions and thoughts for the future of their respective research areas. It may generate to create links and network amongst established scientist and students from all over the world for the betterment of science and engineering to solve common problems and improve the future.

Dear 2026 Attendees,

It is a great honor and privilege to welcome you all to the  22nd Edition of Global Conference on Catalysis & Reaction Engineering (CAT 2026). Under the theme “Advancing Catalysis & Chemical Engineering: From Principles to Practice,” our goal is to bridge fundamental research with industrial application. The field is advancing at an unprecedented pace, and now is the perfect moment to foster collaboration across disciplines. We trust that our rich program of keynote presentations, oral sessions, and interactive workshops will offer you valuable opportunities to share insights and build lasting networks. I extend my deepest gratitude to the Organizing Committee, sponsors, speakers, and each of you for making this gathering possible. I look forward to the inspiring discussions ahead as we work together to shape the future of catalysis and sustainable chemical technologies.

Dear Colleagues,

It is a great pleasure and honor to welcome you to this scientific forum devoted to catalysis and reaction engineering.

Catalysis plays a central role in addressing global challenges related to energy transition, CO2 conversion and sustainable chemical processes. In this context, two issues are especially important: the development of nanocatalysts that are highly active, selective, and durable, and the ability to integrate them into forms compatible with modern reactor designs, including heterogeneous structured reactors. Our research has shown that cold plasma deposition offers a promising route to address both of these needs. It makes it possible to create nanocomposite coatings directly on 3D packings, transforming them into functional catalytic systems. At the same time, this method allows precise control over the molecular and nanostructure of the films, which is crucial for catalytic performance.

I hope that the ideas presented here will stimulate fruitful discussions and inspire new collaborations. Wishing you a successful and inspiring conference.

Dear Scientists, Bioengineers and Friends,

On behalf of the Organizing Committee, it is my pleasure to invite YOU from all over the world to Welcome to the 22nd Edition of Global Conference on Catalysis & Reaction Engineering (CAT 2026), set to unfold in the historic city of Tokyo, Japan, on October 5-7, 2026.

This Event is contributing to the further improvement of global biocatalysis and chemical engineering in its very broad scope of fields, trends and applications, including medicinal chemistry, biochemistry and associated drug discovery, polymer biochemistry, surface and interface chemistry and even quantum chemistry. This highlights the multi- and inter-disciplinary nature and very broad scope of biocatalysis and chemical engineering to provide all participants a catalytic opportunity to exchange ideas, learn from each other and initiate collaborations.

Keynote speeches will be given by distinguished scholars and experts from academic institutions and industry, and oral presentation by delegates and poster presentations by young junior participants.

This conference will provide excellent opportunity to establish highly productive relations and collaborations for future research and projects. Your participation and contributions are fundamental to the success of this Conference. Together, we aspire not only to deepen our collective understanding but also to propel innovation within catalysis and design-driven chemical engineering.

We hope to see you all in Grand Tokyo, to enjoy the event along with the exceptional beauty of the ancient and unique historical City. We extend a heartfelt welcome on this occasion and will have an appealing, exciting and unforgettable experience and thank you!

Dear CAT 2026 Visitors

We are delighted to invite you to the upcoming the 22nd Edition of Global Conference on Catalysis & Reaction Engineering (CAT 2026) to be held in Tokyo, Japan during October 5-7, 2026.
The goal of CAT 2026 is to explore transformative developments in catalysis and chemical engineering through fundamental and applied aspects of this field. This goal is linked to strive to create inclusive and intellectually stimulating environments where professionals from diverse sectors can connect, share insights, and inspire progress. 
The research on the theme of CAT 2026 goes beyond the simple technical realm of catalysis and chemical engineering and provides a foundation for restructuring the socioeconomic system through its contribution to the industrial sector. In this sense, it is no doubt that CAT 2026 is a vibrant platform to refresh your knowledge, spark new collaborations, and offer valuable networking opportunities with some of the most of influential minds in the field.
With best regards,
We are actively looking forward to welcoming you to the CAT 2026 and collectively exploring the frontiers for expediting the future endeavors in catalysis and chemical engineering.

Dear researchers,

Catalyst is the Effective Device for Chemicals` Production

It is the great affection for me being key note speaker of the 22^nd Edition of Global Conference on Catalysis & Reaction Engineering on October 5–7, 2026 in Tokyo, Japan, and on behalf of the organizers, I am pleased and feel honored to invite you globally to welcome and participate in this conference. Catalysis is effectively playing the central role in a wide range of chemicals manufacturing processes, both in the area of fine and bulk chemicals needed globally and with lion share of ~ 96 percent chemicals are produced by practicing catalysis. Rest 4 percent chemicals production by noncatalytic/stoichiometric route also, appreciably deserves for its transformation to catalytic route and research and developmental effort for this concern is highly appreciative. The search for new/newer catalysts, which was a laborious trial-and-error process, and more of an art than a science, is giving way to conceptual design through improved understanding for reactors and ever- growing sophistication of analytical tools, computation and even artificial intelligence. The key drivers behind the stream of welfares in catalysis are the ever- increasing need for high selectivity, enhanced efficiency, safety, environment, energy efficiency, and cost effectivity. Magnus Group is delightfully becoming one of the great contributors for the advancing the pertinent and pressingly needed aspects of the catalyst and catalysis by very promptly and regularly organizing such global conferences and it is my pleasure to greet them for such a great deed. Researches are diverted and performed to overcome the drawbacks of existing commercial catalytic process, and in this line my keynote speech will address for the production of 2-ethyl hexanol from propene, currently commercially being practiced in industries in multi pots. For this challenging concern, a Rhodium hydrotalcite based multifunctional heterogeneous catalyst developed by us, had shown promising potential of producing 2-ethyl hexanol from propene by carrying out hydroformylation, aldol condensation and hydrogenations in single pot and selected here to discourse in this renowned CAT 2026. Wishing the great success of CAT 2026 at Tokyo, Japan.