2017 г.: Разработка нового подхода

2017 г.: Разработка нового подхода к конверсии углеводной биомассы и реализации углерод-нейтрального цикла. В этих целях будет проведена селективная модификация доступных углеводов (преимущественно глюкозы, галактозы и маннозы), осуществлена их последующая конверсия в низкомолекулярные продукты (фурансодержащие или алифатические).
2018 г.: Впервые планируется провести высокоселективный синтез ряда наиболее важных продуктов органической химии из возобновляемого углеводного сырья. Будет проведена оптимизация известных и создание новых методологических подходов.
Планируется создание эффективных каталитических систем нового поколения. Будет проведен синтез ряда подложек для наночастиц ряда переходных металлов (Ni, Co, Pd, Pt, Rh и другие) путем селективной модификации полисахаридных субстратов (преимущественно целлюлозы и крахмала).
2019 г.: Ожидается создание действующей модели на основе нового подхода к углерод-нейтральному циклу на примере получения из углеводной биомассы конечных химических продуктов (лекарственных препаратов, катализаторов, материалов и т.д.).
Результаты, полученные в ходе работы над проектом, будут направлены для опубликования в ведущие российские и международные рецензируемые издания.

Результаты (английский) 1:

2017: the development of a new approach to the conversion of carbohydrate biomass and carbon-neutral implementation cycle. For this purpose will be carried out selective modification of available carbohydrates (mainly glucose, galactose and Mannose), their subsequent conversion into low molecular weight products (furansoderzhashhie or aliphatic).2018: First planned vysokoselektivnyj synthesis of a number of the most important organic chemical products from renewable raw materials, carbohydrate. The optimization will be known and the establishment of new methodological approaches. It is planned to create effective catalytic systems of new generation. Be held several substrates for a number of nanoparticles of transition metals (Ni, Co, Pd, Pt, Rh and others) by selective modification of polisaharidnyh substrates (mainly cellulose and starch).2019: Expected establishment of a functioning model based on a new approach to carbon-neutral cycle for example obtaining from carbohydrate biomass end chemical products (drugs, catalysts, materials, etc.).The results obtained in the course of the project, will be sent for publication in the leading Russian and international peer-reviewed publications.

Результаты (английский) 2:

2017 .: The development of a new approach to the conversion of biomass carbohydrate and implementing carbon-neutral cycle. For this purpose, the selective modification of available carbohydrates (mainly glucose, galactose and mannose), performed their subsequent conversion into low molecular weight products (furansoderzhaschie or aliphatic) will be held.
2018 .: For the first time it is planned to hold highly selective synthesis of some of the most important organic chemical products from renewable carbohydrate raw materials. Known optimization and development of new methodological approaches will be carried out.
We plan to create a new generation of efficient catalyst systems. Synthesis of a number of substrates for a number of nanoparticles of transition metals (Ni, Co, Pd, Pt , Rh , etc.) by selectively modifying the polysaccharide substrates (mainly cellulose and starch) will be held.
.: 2019 establishment expected working model based on a new approach to carbon-neutral cycle to the preparation of carbohydrate biomass final chemical products (medicines, catalysts, materials, etc.).
The results obtained in the course of the project, will be sent for publication in the leading national and international peer-reviewed publications.

Результаты (английский) 3:

2017 g.: development of a new approach to the conversion of carbohydrates in the form of biomass and carbon neutral cycle. in order to be held, selective modification of carbohydrates (mainly glucose, галактозы and маннозы) conducted their subsequent conversion into low molecular weight products (фурансодержащие or aliphatic).mr.: for the first time, scheduled for 2018. высокоселективный synthesis of the most important products of organic chemistry углеводного from renewable raw materials. will be carried out optimization of known and new methodological approaches.it is planned to establish effective catalytic systems of new generation. will be a synthesis of a number of substrates for the sold number of transition metals (ni, co, pd, pt, rh, and others) by selective modification of полисахаридных substrates (mainly cellulose and starch).2019 g.: the establishment of the current model on the basis of a new approach to carbon neutral cycle from the receiving end of carbohydrates in the form of biomass chemical products (pharmaceuticals, catalysts, materials, etc.).the results of the work on the draft would be sent for publication in leading russian and international рецензируемые publications.