COMPOSITE BINDERS BASED ON DONBASS INDUSTRIAL WASTE

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Published: May 14, 2026
UDK: 691.542
Keywords:
композиционные вяжущие, пыль цементных печей, золошлаковые отходы ТЭС, оптимизация

cement kiln dust, blended binders, thermal power plant ash and slag waste, optimization

Main Article Content

S. V. Lakhtarina
Donbass National Academy of Civil Engineering and Architecture
N. M. Zaichenko
Donbass National Academy of Civil Engineering and Architecture
N. N. Lakhtarina
Donbass National Academy of Civil Engineering and Architecture

Abstract

The article discusses the current trends in the rational use of resources in the development of composite binders with mineral additives of technogenic origin in order to reduce energy consumption and ensure the environmental safety of Portland cement production. The possibility of replacing up to 70% of Portland cement with a complex of mineral additives based on the dump ash and slag waste from thermal power plants, as well as the dust from cement kilns, has been studied. The granulometric composition of the dust from cement kilns and the ash and slag waste from thermal power plants has been investigated. The compositions of blended binders were optimized based on the criteria of compressive strength at an early age (2 days) and at a mature age during hardening under normal conditions. A X-ray phase analysis was performed on samples of the binder stone at an age of 28 days of hardening under normal conditions. The obtained results may be of interest for the practical implementation of the task of reducing carbon dioxide emissions, resource and energy conservation, when using a composite binder with additives based on cement kiln dust and TPP ash and slag mixtures.

Article Details

How to Cite
[1]
Lakhtarina S.V. COMPOSITE BINDERS BASED ON DONBASS INDUSTRIAL WASTE [Electronic resource]/ S.V. Lakhtarina, N.M. Zaichenko, N.N. Lakhtarina // Construction and industrial safety. — 2026. — № 40(92). — p.15-24. — Access mode:https://www.stroyjurnal-asa.ru/index.php/asa/article/view/331 (6 jul. 2026)
Issue
No. 40(92) (2026)
Section
Construction

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