Dear congressional guests,

It is an honor and a pleasure to write some welcome notes. Extractive Metallurgy today is making unprecedented progress, after several years of new "Chemical Engineering" methods for faster and more precise metal finishing.This opens up new opportunities to adapt modern processes to changing chemical reagents, to achieve higher productivity,and to introduce intelligent, differentiated methods of working against process pests. It is no coincidence that most of the mass process cultures in modern industry are derived from ancestral processes for outdoor heating.The inogarnic industry, seemingly incompatible with those trends, opens up alternative systems of finalization in relation to more exothermic processes and chemical reactions. Metal transfer and finalization and process advanced are based on similar processes, it is clear that the two industrial strategies can essentially go together. Inorganic Industry- Chemical Engineering, based on Precision Chemical Processes will be the future basis for success.

Dear visitors of CCT 2021

It is my pleasure to extend a welcome message for the participants of the 7th Edition of International Conference on Catalysis, Chemical Engineering and Technology (CCT2021) to be held in the beautiful city of Tokyo. The conference will provide a wealth of scientific information and updates in several fields (32 scientific sessions) related to catalysis and green chemistry.
The conference will be an excellent forum for researcher and distinguished scientists to exchange information and initiate collaboration in the field of catalysis on the international level.
I welcome you to CCT2021 and see you in Tokyo-Japan. HAVE A GREAT TIME. 
 

Ladies and Gentlemen,

It is my very special privilege to welcome you to the ‘7th Edition of International Conference on Catalysis, Chemical Engineering and Technology (CCT 2021)’. 
Being active in the field of (homogeneous) catalysis let me express my sincere admiration regarding the marvellous results achieved during the past decades. After an unbelievable expansion in the last half of a century, catalysis reached the stage of general application even in synthetic organic chemistry. The recognition of the bonding properties in the catalytically active species, the mechanistic understanding of the basic catalytic reactions, as well as the definition of the scope and limitations have rendered many of the catalytic reactions the most efficient solution to practical problems. Among others, neither the synthesis of pharmaceuticals nor the application of environmentally benign methodologies can be realised without the recent achievements in catalysis.
I am convinced that CCT2021 will provide exciting opportunities to meet different competences and establish new scientific contacts. Welcome and enjoy the meeting! 
 

Dear scholars

It is my great honor and pleasure to welcome you to the CAT-2019 conference that promises to provide innumerable opportunities to network, share ideas and collaborate. Many important chemical reactions require inputs of energy to proceed. Catalysts, however, can promote these transformation by lowering the energy required to complete the reaction. It is hard to imagine the world today without the impact of catalysis on the fundamental aspects required for life, namely energy, food and water. To make a catalyst more efficient, a molecular level understanding of the catalyst material, the reaction kinetics, intermediates, active centers and pathways are important.  Modern diagnosis tools, in particular operando spectroscopies and imaging techniques that are capable of capturing reaction processes at critical length and time scales, have been or are being successfully developed to advance the field of catalysis science that we will be able to learn from this conference.    

Dear visitors of CAT 2019

It is a pleasure for me to write some welcome notes . Especially I want to draw your attention to the increasing innovation potential of combining chemical  science with process technology and engineering .

Some people  regard both  (organic and catalytic)  chemistry as well as process technology /chemical engineering as almost mature sciences. I find it interesting that at the interface of these sciences , innovation takes place at a high speed.

As a case in point : The capability to  3-D print reactors in various metals using  technologies at competitive costs , is now  established.  This  enables to unlock  the full potential of e.g. highly exothermic and/or very high (or low)  temperature and/or hazardous chemistries.  This has especially impact on pharmaceutical and other fine- and specialty chemicals fields. We come in an era where ‘the reactor design will follow the chemistry’ instead of the other way around ( ‘ batch reactor’).

Dear colleagues!

I am honored to greet you on the opening of the Catalysis 2019 conference. Catalysis currently occupies a leading place in various fields of chemical technology and environmental protection. The possibilities of catalysis are constantly expanding and they are aimed at obtaining energy carries, fuels and valuable monomers, playing an important role in sustainable development of society. In recent years, much attention is paid to the development of new approaches to obtaining highly active and selective catalytic systems, as well as to using of new raw materials for important products producing. Globally, chemical nanotechnologies are fully related to the development of efficient new generation catalysts what is linked to understanding of mechanisms of active centers evolution, which ensure high activity of important catalytic reactions. I express the hope that the conference will allow us to hold a fruitful discussion and exchange our views on important aspects of catalysis.

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.