Features of the Reconstruction of the Communal Infrastructure Complex of the Ensemble of the Novodevichy Convent

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Yulia Maximova
Darya Molina
Victoria Shevchenko
Irina Arzumanova
Irina Zhiltsova
Vladimir Kalinkin
Elena Gogina
Mariya Smirnova
Igor Gulshin
Elena Zaitseva

Abstract

A lot of objects of cultural architectural heritage are currently preserved on the territory of the Russian Federation. Most of the facilities do not contain engineering infrastructure or engineering systems are in poor condition and require reconstruction and modernization. To address the issues of creating comfortable modern conditions for the functioning of specially protected cultural heritage sites with full preservation of the external appearance and internal cultural and historical content of buildings, structures and territories, unique modern energyefficient technologies have been developed for laying engineering systems for water supply, sanitation, heat and power supply, communications, storm sewerage based on theoretical and largescale experimental studies that have no analogues in the Russian Federation and abroad. Scientific research has been carried out, scientific and technical developments have been carried out to ensure the preservation of cultural heritage sites, taking into account and preventing possible risks of a negative impact on a cultural heritage site from ongoing work.


Effective technical solutions have been proposed that allow the use of high-tech materials and equipment for laying engineering systems while maintaining the required humidity and temperature conditions of the object, as well as technologies that ensure the safety of the object and the cultural layer during the work and subsequent operation.

Article Details

How to Cite
Maximova, Y., Molina, D., Shevchenko, V., Arzumanova, I., Zhiltsova, I., Kalinkin, V., … Zaitseva, E. (2022). Features of the Reconstruction of the Communal Infrastructure Complex of the Ensemble of the Novodevichy Convent. SCIENTIFIC JOURNAL “ACADEMIA. ARCHITECTURE AND CONSTRUCTION, (4), 144–151. https://doi.org/10.22337/2077-9038-2022-4-144-151
Section
Construction Sciences

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