Author:
Altayeva Zaure,Yestemessova Axaya,Yespayeva Almagul
Abstract
Introduction: The increase in the volume of housing construction per capita per year to the level of the eco-nomically developed countries, the tasks of further progressive economic and social develop-ment of the country can be achieved with a corresponding increase in the production of con-struction materials. Materials and Methods: The solution of this task is largely connected with the development of resource- and energy-saving technologies for the production of efficient light construction materials based on wastes from various industries, in particular on wastes of plant origin, which contributes to the expansion of the production range of light, smooth granulated aggregates and light insulating concrete based on them with modifying additives that increase and improve the physical and technical characteristics of these materials. Results and Discussion: There are known technologies for producing light aggregates, mainly by firing. As energy re-sources became more expensive, there was an urgent need to develop easy-to-fill technology in a cost-effective manner. Conclusions: This paper considers a method for producing a light aggregate based on wood processing waste by granulation in a dish granule torus, which is a plate with an inclination angle of 45 0 and the number of mob companies 17-19 rev/min.
Publisher
Universidad de Santander - UDES
Subject
General Earth and Planetary Sciences,General Environmental Science
Reference26 articles.
1. Issabayev G, Slyambayeva A, Kelemeshev A, Amandykova D. Development of the project of modular prefabricated buildings. EUREKA, Phys & Engin. 2022. 4: 36–45. https://doi.org/10.21303/2461-4262.2022.002499
2. Yestemesova AS, Altaeva ZN, Aimenov ZhT. Shungite waste – an effective mineral additive for concrete modification. Innov & Tech in Constr Select Pap of Build. 2020. 2020: 39-43. https://doi.org/10.1007/978-3-030-54652-6_8
3. Yestemessova АS, Altayeva ZN, Sarsenbayev BK, Budikova AM, Karshygayev RO. Modifying additive for concrete based on shungite processing waste. IOP Conf S: Mat Sci & Eng. 2020: 71-83. https://doi.org/10.1088/1757-899X/945/1/012042
4. Shevchuk MO, Bezborodov VS, Shishakov EP, Zilbergleit MA, Yakubovsky SF. Problems and achievements of vegetable raw materials processing. Bull of the Pol S U. S B. Ind. Appl Sci. Chem Techn. Occupat Saf & Health. 2017. 11: 95–102.
5. Grinshpan D. Good real world example of wood-based sustainable chemistry. Sustain Chem & Pharm. 2017. 5: 1–13. https://doi.org/10.1016/j.scp.2016.11.001