Registration Number
0226U001411,
(0124U000401)
, R & D reports
Title
Development of hardware and technological solutions for the production of multi-purpose multi-component organic semi-finished products and food products in the conditions of military operations and post-war reconstruction of the country
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Розробка інноваційного ресурсоефективного тепломасообміного обладнання та способів виробництва багатоцільових полікомпонентних органічних напівфабрикатів та продуктів харчування на їх основі та апробаційні заходи
Head
Zahorulko Andrii M., Кандидат технічних наук
Registration Date
26-01-2026
Organization
State Biotechnology University
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Development of innovative equipment solutions for the creation of fundamentally new and improvement of traditional equipment for the formation of its resource efficiency technological solutions aimed at waste-free processing of own raw material base of organic plant raw materials for the production of multi-purpose multicomponent organic semi-finished products with a high degree of readiness with further use in the recipes of various food products, ensuring an increase in nutritional value , rational nutritional composition and original organoleptic properties, forming the immune component of the consumers' body in the conditions of military operations and post-war recovery of the country.
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The work is devoted to the development of resource-efficient hardware-and-technological solutions for the zero-waste processing of organic plant raw materials in Ukraine, aimed at obtaining multicomponent semi-finished products with a high degree of readiness (dried, concentrated, powdered) and products based on them for nutrition under conditions of military operations and post-war recovery.
The object of the scientific and technical development is resource-efficient hardware solutions using film-type radiant electric heaters and Peltier elements for the thermal processing of organic plant raw materials. The subject is the improvement and creation of equipment for blanching, concentration, and drying.
Experimental results show a reduction in the time to reach the 50 °C operating mode by 31.4%, a decrease in pre-drying time to 40 min compared to 60 min, a reduction in specific metal consumption by 1.8 times and heat losses by 1.24 times, and an increase in the effective heating surface by 1.3 times. The integration of Peltier elements provides recovery of secondary heat (≈ 4.0 W at 50 °C).
Combined processing regimes were substantiated (size reduction 5–10 mm, steam treatment 1–12 min, evaporation at 55 °C to 25% total solids, drying at 50 °C to 3–6% moisture), and the efficiency of mobile drying systems was confirmed, with drying time reduced by 30–35% and preservation of bioactive substances increased by 15–20%.
The obtained results are confirmed by publications in Category “A” and “B” journals, Ukrainian patents, certificates of authorship, the Award of the Verkhovna Rada of Ukraine for Young Scientists, scholarships of the Cabinet of Ministers of Ukraine, and the completion of master’s and postgraduate qualification works.
Product Description
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Hanna L. Chmil
Tetiana S. Zhelieva
Valeria Popova
Iryna I. Bozhydai
Babaiev Serhii O.
Poharskyi Oleksii S.
Ibaiev Eldar B.
Andrii Zahorulko
Tytarenko Nataliia V.
Minenko Sofiia I.
Prykhodko Maksym K.
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2026-01-26
