REVIEW OF SCIENTIFIC WORKS ON TECHNOLOGIES FOR EXTRACTION OF BIOCOMPONENTS FROM VEGETABLE RAW MATERIALS. SUPERCRITICAL CO2 EXTRACTION IS AN EFFECTIVE NEW METHOD FOR SOLVING THE GLOBAL PROBLEM OF UTILIZATION AND QUALITY OF PLANT AND ORGANIC RAW MATERIALS-Reference-Cited by-同舟云学术

REVIEW OF SCIENTIFIC WORKS ON TECHNOLOGIES FOR EXTRACTION OF BIOCOMPONENTS FROM VEGETABLE RAW MATERIALS. SUPERCRITICAL CO2 EXTRACTION IS AN EFFECTIVE NEW METHOD FOR SOLVING THE GLOBAL PROBLEM OF UTILIZATION AND QUALITY OF PLANT AND ORGANIC RAW MATERIALS

Published:2021-08-19 Issue:3(39) Volume:7 Page:9-24
ISSN:2713-3079
Container-title:Globus: technical sciences
language:ru
Short-container-title:

Author:

Starokadomsky D.¹,Titenko A.²,Kamarali A.³,Kuts V.⁴,Maloshtan S.⁴,Barkholenko V.⁴,Kashuba O.⁴,Reshetnik M.⁵,Starokadomskaya A.⁶,Diamant V.⁷,Shulga S.⁸,Gurin V.⁴

Affiliation:

1. Institute of Geochemistry, Mineralogy and Ore Formation named after M.P. Semenenka, NAS of Ukraine, Institute of Surface Chemistry named after A.A. Chuiko, National Academy of Sciences

2. Institute of Magnetism of the National Academy of Sciences and the Ministry of Education of Ukraine

3. GO Center for Public Pharmacovigilance

4. Institute of Geochemistry, Mineralogy and Ore Formation named after M.P. Semenenka, NAS of Ukraine

5. National Scientific Natural History Museum of the National Academy of Sciences

6. Institute of Fisheries Industry of the Agrarian Academy of Sciences (NAAS) of Ukraine

7. Institute of General and Inorganic Chemistry of the National Academy of Sciences

8. Institute of Surface Chemistry named after A.A. Chuiko, National Academy of Sciences

Abstract

A brief review and assessment of methods for the extraction (extraction) of active biocomponents from plant raw materials is presented. The overview contains a number of tables and diagrams to facilitate the initial perception of this topic. Examples of stationary and mobile installations developed in the world are shown. The prospects of the Supercritical CO2-extraction method, as the most effective for the extraction of valuable biomedical components, have been analyzed. The schemes and samples of the used CO2-extractors are shown. The schemes and external view of the author’s experimental setup for extraction with supercritical CO2 developed by our team are presented.

Publisher

Serenity-group

Reference50 articles.

1. Новый справочник химика и технолога, ч.2. \\ http://chemanalytica.com/book/novyy_spravochnik_khimika_i_tekhnologa/06_syre_i_produkty_promyshlennosti_organ_icheskikh_i_neorganicheskikh_veshchestv_chast_II/5320

2. Книга "Не прикидывайтесь здоровым или развенчание иллюзий".\\facebook.com/KnigaNePrikidyvajtesZdorovymIliRazvencanieIlluzij/posts/1088821981197607/

3. Способ получения масляных экстрактов растительного сырья//patents.google.com/patent/RU2545680C1/ru

4. С.Сошин, С.Мазанов, В.Хыйрутдинов, Р.Амирханов, В.Гумеров. Мобильные сверх-критические флюидные системы для переработки дикорастущего и эфиромасличного сырья. \\ Вестник Технологического Университета (КГТУ). 2015, Т.18, №4, С.168-171.

5. Jose Martinez. Supercritical fluid extraction of nutracetials & bioactive compound. CRC Press, USA. 2008, 82 p.

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