• Сергей Г. Злотин
  • Ксения С. Егорова
  • В. П. Анаников
  • Константин П. Брыляков
  • А. Д. Аверин
  • И. П. Белецкая
  • Егор Л. Доленговский
  • Ю. Г. Будникова
  • О. Г. Синяшин
  • Зуфар Н. Гафуров
  • Артем О. Кантюков
  • Д. Г. Яхваров
  • А. В. Аксенов
  • Михаил Н. Элинсон
  • Валентина Г. Ненайденко
  • Андрей М. Чибиряев
  • Николай С. Нестеров
  • Екатерина Александровна Козлова
  • Олег Н. Мартьянов
  • Ирина А. Балова
  • Виктор Н. Сорокоумов
  • Дмитрий А. Гук
  • Е. К. Белоглазкина
  • Д. А. Леменовский
  • И. А. Чукичева
  • Л. Л. Фролова
  • Евгений С. Изместьев
  • И. А. Дворникова
  • Алексей Владимирович Попов
  • А. В. Кучин
  • Д. М. Борисова
  • Александра А. Калинина
  • Азиз Мансурович Музафаров
  • И. В. Кучуров
  • Антон Львович Максимов
  • Анна В. Золотухина
After the appearance of the green chemistry concept, which was introduced in the chemistry vocabulary in the early 1990s, its main statements have been continuously developed and modified. Currently, there are 10-12 cornerstones that should form the basis for an ideal chemical process. This review analyzes the accumulated experience and achievements towards the design of chemical products and processes that reduce or eliminate the use of generation of hazardous substances. The review presents the views of leading Russian professionals specializing in various fields of this subject, including homogeneous and heterogeneous catalysis, fine and basic organic synthesis, electrochemistry, polymer chemistry, chemistry based on bio-renewable feedstocks and chemistry of energetic compounds and materials. A new approach to the quantitative evaluation of the environmental friendliness of processes developed by Russian authors is described. The bibliography includes 1761.
Translated title of the contributionThe green chemistry paradigm in modern organic synthesis
Original languageRussian
Article numberRCR5104
Number of pages187
JournalУспехи химии
Volume92
Issue number12
DOIs
Publication statusPublished - 2023

    Level of Research Output

  • VAK List
  • Russian Science Citation Index

ID: 52360448