Features of the arrangement of lagoons for agricultural purposes

Main Article Content

Oleg Malyshev
Andrii Rashchenko
Tetiana Dyptan
Yaroslav Senchyshyn

Abstract

At present, in large cities, cities - millionaires, there is a tendency to build a large volume of residential multi-storey buildings entertainment complexes on undeveloped, free from construction areas of urban territory To meet the food needs of the population, it becomes necessary to create large livestock complexes. Ukraine, having a significant natural resource, has created conditions for the arrival of large international investors. That’s why in recent years, there is a renewal of material and technical agricultural base, which contributes to the revival of almost abandoned in the 90s, one of the main activities and specialization of our country - agriculture, which allows to assure the needs of the population and industry of our and neighboring countries with quality organic products and materials. In such conditions, modernization, renewal, re-equipment of not only outdated, inefficient equipment, but also production processes, and as a consequence of buildings, structures, complexes. This leads to the emergence of new engineering objects, classification, features of construction, design and operation of which need to be studied, covered in the literature, taken into account at different stages of their operation.


"Lagoons" is one of such objects. This publication presents the main definition of a special agricultural building - lagoon, presents their classification by various parameters: location, depth, shape and size in plan, in terms of interaction with the environment, by material. The main technological processes influencing the design, construction and operation of lagoons are given. The basic requirements to materials (geotextiles, geomembrane), and also the basic requirements to their storage, use and the device at creation of waterproof screens at construction of lagoons are reflected.


 

Article Details

How to Cite
Malyshev, O. ., Rashchenko, A. ., Dyptan, T. ., & Senchyshyn, Y. . (2020). Features of the arrangement of lagoons for agricultural purposes. Bases and Foundations, (40), 58–64. https://doi.org/10.32347/0475-1132.40.2020.58-64
Section
Статті
Author Biographies

Oleg Malyshev, Kyiv National University of Construction and Architecture, Povitroflotskyi ave., 31, Kyiv, 03037

Associate Professor of Geotechnics, Ph.D., Associate Professor

Andrii Rashchenko, Kyiv National University of Construction and Architecture, Povitroflotskyi ave., 31, Kyiv, 03037

Senior Lecturer of the Department of Geotechnics

Tetiana Dyptan, Kyiv National University of Construction and Architecture, Povitroflotskyi ave., 31, Kyiv, 03037

Senior Lecturer of the Department of Geotechnics

Yaroslav Senchyshyn, Kyiv National University of Construction and Architecture, Povitroflotskyi ave., 31, Kyiv, 03037

Master of the Department of Geotechnics

References

Donald L., Charles D. (2000) Anaerobic Lagoons for Storage. Treatment of Livestock Manure.

Design of earthfill embankment dams. Available at: https://design-of-small-dams.appspot.com/structures.

Jones D. (2008) Manure Storage Systems. USA: Purdue University.

Navozokhranilishche i laguny dlya navoza i khraneniya prochikh tekhnicheskikh zhidkostey i vody. Available at: https://pvh-membrannaya-krovlya.ru/laguny-i-navozohranilishha (in Russian).

Navozokhranylyshche. Available at: https://www.agro-ferma.ru/dayatelnost/svinarnik/svinarnik-stati/navozokhranilishche (in Russian).

Metodicheskiye rekomendatsii po proyektiro-vaniyu sistem udaleniya i pererabotki navo-znykh stokov na svinokompleksakh promyshlennogo tipa / [uklad. : Vinogradov V.N., Sorokín N.T., Il'í̈n Í.V. ta ín.]. – Mos-kva, Ministerstvo sel'-skogo khozyaystva Rossiyskoy Federatsii, 2009 – 84с (in Russian).

Navozokhranylyshcha y rezervuary. Available at: https://agrotex.com.ua/ru/product-category/ navozoxranilishha-i-rezervuary (in Russian).

Systemy vydalennya, obrobky, pidhotovky ta vykorystannya hnoyu. VNTP-APK-09.06. – K.: Minahropolity-ky Ukrayiny, 2006 (in Ukrainian).

Lahuna Dlia Navoza. Available at: https://hydrozahist.com.ua/obyekt/laguna-dlya-navoza (in Russian).

Tekhnolohyia ukladky heotekstylia TyparSF V drenazhnykh konstruktsyiakh. Available at: https://geosvit.com.ua/am63-tehnologiya-ukladki-geotekstilya-typar-sf-v-landshaftnom-stroitelstve (in Russian).

Gidroizolyatsiya iskusstvennykh vodoyemov, ozer, poligony TBO. Available at: https://bk-giskon.com.ua/gidroizolyacziya-iskusstvennyh-vodoemov (in Russian).

Geomembrana: vse, chto nuzhno znat' o materi-ale dlya gidroizolyatsii. Available at: https://www.kp.ru/guide/geomembrana.html (in Russian).

Tekhnologiya svarki geomembrany, sposoby proverki soyedineniya. Available at: https://svarkoy.ru/teoriya/svarka-geomembrany.html (in Russian).

Instruktsiya po proyektirovaniyu i stroite-l'stvu protivofil'tratsionnykh ustroystv iz polietilenovoy plenki dlya iskustven-nykh vodoyemov. SN 551-82. – M.: Stroyizdat, 1983 (in Russian).