Journal
High calcium fly ash generated at pulverized solid fuel combustion at thermal power plants in combination with sodium carbonate is an effective dry ac...
| Issue №1, 2022 |
| Section: Science and production |
| Keywords: granulated blast-furnace slag, blast-furnace slag activation, high-calcium fly-ash, sodium carbonate |
| Autor: A.S. Brykov, M.E. Voronkov. |
The basic information about the alkali activated binding systems (geopolymers, slag-alkali materials) and the composition, structural characterist...
| Issue №3, 2021 |
| Section: Science and production |
| Keywords: alkali-activated materials, geopolymers, alkali-activated slag, hardening, hydration |
| Autor: A.S. Brykov. |
This article describes the experience of OOO AKKERMANN CEMENT in reduction of CO2
emissions at clinker production by 20% (in comparison with sta...
| Issue №2, 2021 |
| Section: Waste utilization |
| Keywords: clinker production, CO2 emission, slag, raw mix, energy efficiency |
| Autor: A.S. Fedorov. |
Basic information about alkali-activated materials (geopolymers, alkali-activated slag), as well as about the composition, structural features and...
| Issue №2, 2021 |
| Section: Science and production |
| Keywords: alkali-activated materials, geopolymers, alkali-activated slag |
| Autor: A.S. Brykov. |
Consumers prefer other types of cement to slag-Portland cement in the concrete mix. Slag Portland cement slows the setting rate of concrete. This pape...
| Issue №6, 2020 |
| Section: Science and production |
| Keywords: granulated blastfurnace slag, ground granulated blastfurnace slag, GGBS, glassy phase, melilite glass, melilite, akermanite, gehlenite, tobermorite, slag activation, portland blastfurnace slag cement, GGBS concrete |
| Autor: I.M. Ivanov, L.Ya. Kramar, A.A. Myasnikova. |
The effectiveness of using ground granulated blast furnace slag (GGBS) to replace 40 % cement in the composition of pavement concrete is s...
| Issue №2, 2020 |
| Section: Concrete |
| Keywords: ground granulated blast furnace slag (GGBFS), concrete, road surface, strength, resistance to cracking, frost resistance, water resistance, chemical resistance, hardness, abrasion |
| Autor: R.R. Adigamov, E.V. Mityukova, V.Y. Solovieva, S.O. Gunin. |
World-wide granulated blast furnace slag (GBS) is used for cement and concrete production. About 280 Mt are produced yearly. Thus, regarding a...
| Issue №6, 2019 |
| Section: Science and production |
| Keywords: granulated blast furnace slag, secondary cementitious material, cement, glass, fictive temperature, enthalpy, heat of hydration, strength development |
| Autor: A. Ehrenberg, J. Deubener, H. Bornhoeft, N.R. Sarcos, D. Hart. |
Formulations for regular, frost-resistant, high-strength, self-compacting and mass concretes based on cement blends containing siliceous fly ash, grou...
| Issue №5, 2019 |
| Section: Science and production |
| Keywords: High Performance Concrete, Self-Compacting Concrete, freeze-thaw stable concrete, CO2 emission, workability, cement, fly ash, blast furnace slag |
| Autor: M. Talaj, K. Wandoch. |
The energy-efficient and flexible COMFLEX® grinding system developed by KHD Humboldt Wedag consists of a roller press and static and dynamic separator...
| Issue №2, 2019 |
| Section: Equipment and technology |
| Keywords: grinding, roller-press, static separator, dynamic separator, granulated blast furnace slag. |
| Autor: Y.V. Schegolyayev. |
The potential of obtaining and using concrete on the basis of slag Portland cement (SPC) for road and airfield pavements has been evaluated. U...
| Issue №2, 2019 |
| Section: Concrete |
| Keywords: pavement, aerodrome pavement, rigid pavement, pavement concrete, cement concrete, ground granulated blast-furnace slag, Portland blastfurnace slag cement, freeze—thaw resistance of concrete, high performance concrete |
| Autor: I.M. Ivanov, L.Y. Kramar, A.A. Kirsanova. |