Abstract
The theoretical and practical aspects of the development of relevant technological solutions to improve the efficiency of the secondary use of waste from hydrolysis industries in composite building materials are disclosed. Based on the methods of comparative analysis, the results of domestic and foreign experience in the use of hydrolysis lignin in the practice of building materials science are presented, technological features of its application in the technology of concrete and other building composites are revealed, taking into account the influence of the sequence of introduction of raw materials components on the basic properties of the formulations obtained. The scale of production activities of the cement industry is disclosed with a presentation of the dynamics of development and assessment of the contribution of this industry to the emission of carbon dioxide into the atmosphere.
Published Version
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