A review on modern heat-insulating materials for improving the energy efficiency of buildings and life-support utilities

Denis Karpov,Olga Dyudina,Mikhail Pavlov,V.A Golenishchev-Kutuzov

doi:10.1051/e3sconf/202128801099

Denis Karpov, Olga Dyudina + Show 2 more

Open Access

https://doi.org/10.1051/e3sconf/202128801099

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Abstract

The main heat engineering characteristics of modern traditional and innovative heat-insulating materials, their advantages, and application fields are considered. Particular attention is paid to liquidceramic heat-insulating materials - thermal paints, which are now actively used for thermal insulation of facades of capital and completed construction projects, engineering and technical life support systems, installations, and separate elements. Interest in the study of this group of building materials is explained by the widespread use of heaters to improve the energy efficiency of civil and industrial buildings, as well as engineering life support systems for various purposes.

Highlights

Modern heat-insulating materials are widely used in construction [1,2,3,4,5,6]
They make it possible to increase the degree of work industrialization, reduce fuel consumption for heat-ing objects of completed construction, reduce heat losses in engineering networks and in-dustrial units, and provide an appropriate temperature and humidity regime in residential premises of civil buildings
Thermal insulator made of URSA fiberglass can be used in plaster-type external insula-tion systems; as a heat-insulating layer in hinged ventilated facades; as thermal insulation of industrial equipment, reservoirs and pipelines of heating networks, oil and gas main pipe-lines, technological pipelines of power plants, metallurgical, petrochemical, industrial en-terprises

Summary

Introduction

Modern heat-insulating materials are widely used in construction [1,2,3,4,5,6]. They make it possible to increase the degree of work industrialization, reduce fuel consumption for heat-ing objects of completed construction, reduce heat losses in engineering networks and in-dustrial units, and provide an appropriate temperature and humidity regime in residential premises of civil buildings.Nowadays, there exist a fairly large number of both traditional and innovative heat-insulating materials [7,8,9]. They should have high heat-insulating properties, long service life, ease of installation, corrosion protection, wide temperature range of application, etc.

Results

Conclusion