Journal
From the point of view of practice the issue of eliminating the disadvantages of non-autoclaved aerated concrete (NAAC) in comparison with the autocla...
| Issue №6 |
| Section: Waste utilization |
| Keywords: non-autoclaved aerated concrete, high-calcium ash from thermal power plants, phase composition of hydrates, differential thermal analysis |
| Autor: G.I. Ovcharenko, Y.V. Gilmiyarova. |
Agricultural wastes are a promising source of raw materials for building materials of various kinds, primarily concrete, where such wastes can be ...
| Issue №5, 2023 |
| Section: Waste utilization |
| Keywords: agricultural waste, rice husks, banana fibers, coconut fibers, biochar, concrete |
| Autor: S.A. Stelmakh, E.M. Shcherban, A.B. Paskachev, T.G. Rzhevskaya, L.D. Mailyan, I.F. Razveeva, A.A. Pogrebnyak. |
The existing methods of production of building materials, products and structures using aquaculture wastes as components of concrete, allowing to save...
| Issue №4, 2023 |
| Section: Waste utilization |
| Keywords: aquaculture waste, recycling, concrete, binders, mortars, building materials |
| Autor: I.F. Razveeva, A.D. Tyutina, D.Y. Ryzhenkova, A.A. Tolstokorova, A.A. Babakehian, D.G. Averin. |
The stability of cementless mortars containing ground granulated blast furnace slag as a binder activated by high-calcium fly ash in combination with ...
| Issue №3, 2023 |
| Section: Waste utilization |
| Keywords: granulated blast-furnace slag, blast-furnace slag activation, high-calcium fly-ash, sodium carbonate, durability, alkali-silica reaction, sulphate resistance, efflorescence |
| Autor: A.S. Brykov,, M.Ye. Voronkov. |
A variety of wastes get generated in large quantities during the societal, industrial and agricultural activities undertaken by mankind. These wastes ...
| Issue №2, 2023 |
| Section: Waste utilization |
| Keywords: alternative fuels and raw materials, cement kiln, co-processing, waste utilization, thermal substitution rate |
| Autor: U. Parlikar. |
Ground granulated blast-furnace slag (GGBS) is used as a component of cement, active mineral additive or filler in the production of concrete,...
| Issue №2, 2023 |
| Section: Waste utilization |
| Keywords: ground granulated blast furnace slag (GGBS), cement, activity, heat of hydration, sulphate resistance, concrete, efficiency, durability |
| Autor: I.M. Ivanov, L.Ya. Kramar, M.V. Mordovtseva. |
Light, strong and heat-resistant structures obtained by the interaction of low-calcium fly ash with phosphoric acid may be of interest for the technol...
| Issue №2, 2023 |
| Section: Waste utilization |
| Keywords: low-calcium fly-ash, phosphoric acid, phosphate binder |
| Autor: A.S. Brykov, M.Ye. Voronkov. |
The article contains the results of laboratory studies performed to evaluate the effectiveness of introducing a complex additive based on synthetic fl...
| Issue №2, 2023 |
| Section: Waste utilization |
| Keywords: fluorocarboncontaining mineralizer, combustible additive, sodium fluoroaluminates, lime milk, caustification, thermogravimetry, limestone decarbonizing, clinker chemical species synthesis |
| Autor: B.P. Kulikov, N.V. Vasyunina, I.V. Dubova, A.S. Samoilo, R.O. Balanev, I.K. Ivanova, Ya.S. Sysoeva. |
The article is devoted to the actual problem of reprocessing the man-made wastes formed at the factories of the Republic of Belarus. The results of th...
| Issue №5, 2022 |
| Section: Waste utilization |
| Keywords: silica-containing waste, silica gel, silicate binder, welding-free method of binder production, fillers for coloring coating, physical and technical properties of colored silicate materials |
| Autor: V.I. Lobachevsky, A.G. Gubskaya, T.V. Volovik, P.I. Pismensky. |
According to the results of many studies and the provisions of standards, it is recommended to make frost-resistant concrete only on the basis of Port...
| Issue №4, 2022 |
| Section: Waste utilization |
| Keywords: freeze-thaw resistance, frost fracture mechanisms, ground granulated blastfurnace slag, Portland blastfurnace slag cement, water-cement ratio, cement matrix, structure, calcium hydrosilicates, durability |
| Autor: I.M. Ivanov, L.Ya. Kramar, K.V. Shuldyakov. |