Микрокапсулирование: обзор концепций, методов и перспектива использования в процессах нефтегазовой и химической отрасли

Microencapsulation: an overview of concepts, methods and prospects for use in the processes of the oil and gas and chemical industries

A.L. MAKSIMOV1, S.V. ANTONOV1, L.A. ALIYEVA2, A.V. ZAMRIY2, E.D. KOTIKOVA2,
I.S. KOSTRUBOVA2, N.P. BEZRUKOV1, A.R. KHAMATOV2
1Institute of Petrochemical Synthesis, Russian Academy of Sciences,
Moscow, 119991, Russian Federation
2Intersectoral Expert and Analytical Center of the Union of Oil and Gas Producers of Russia
Moscow, 125009, Russian Federation

Микрокапсулирование – это защитная технология инкапсулирования твердых, жидких или газовых материалов в микрочастицы диаметром 1–1000 мкм, которая широко используется в областях медицины, косметики, пищевых продуктов, текстиля и современных материалов [1], [2]. Уникальное преимущество микрокапсулирования состоит в том, что материал ядра капсулы полностью покрыт и изолирован оболочкой от внешней среды. Данная статья посвящена обзору технологий микрокапсулирования жидких веществ и рассмотрению перспективных направлений их интегрирования в промышленные процессы, например, для решения проблем адресной доставки в труднодоступные зоны.

Microencapsulation is a protective technology for encapsulating solid, liquid or gaseous materials into microparticles with a diameter of 1–1000 µm, which is widely used in the fields of medicine, cosmetics, food products, textiles and modern materials [1], [2]. The unique advantage of microencapsulation is that the material of the capsule core is completely covered and isolated from the external environment by the shell. This article is devoted to an overview of technologies for microencapsulation of liquid substances and consideration of promising areas for their integration into industrial processes, for example, to solve the problems of targeted delivery to hard-to-reach areas.

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