Filter
ID :  till 
Mnemonic code:
Code in external DB source:
Name:
Tags:
Sorting:  till 
Preview text:
Detailed description:
Activity Start Date: Select date in calendarSelect date in calendar
Activity End Date: Select date in calendarSelect date in calendar
Number of shows:  till 
Information Block type:
Information Block ID:
Information Block mnemonic code:
Information Block name:
Information Block code in external DB source:
Create date: Select date in calendarSelect date in calendar
Описание:
Теги:
Автор:
Рубрика:
  

Journal

Blended Portland-PFA cement made of basic coal fly ash from TPPs of Kansk-Achinsk basin has been examined. The main parameters of the composition and ...
Issue №4, 2022
Section: Waste utilization
Keywords: ash Portland cement, basic (high-calcium) fly ash, parameters of technology
Autor: G.I. Ovcharenko, E.Yu. Khizhinkova.
It is proposed to intensify clinker formation in the pro-duction of Portland cement to use the slurry from neutralization stations at chemical plants ...
Issue №3, 2022
Section: Waste utilization
Keywords: salt sludge, clinker, cement, roasting
Autor: I.V. Voytov,, M.K. Ankuda, M.I. Kuzmenkov.
The article is focused on the current problem of recycling phosphogypsum, one of the many types of industrial wastes generated in large amounts at OAO...
Issue №3, 2022
Section: Waste utilization
Keywords: artificial gypsum stone based on phosphopolugidrate and calcium sulfate dihydrate, physico-mechanical properties of cement, hydration of clinker minerals
Autor: V.I. Lobachevsky, A.G. Gubskaya, P.I. Pismensky.
It has been established that granulated blast-furnace slag improves the structure of the problem cohesive soils increasing their density and strength....
Issue №2, 2022
Section: Waste utilization
Keywords: soil, reinforcement, filtration coefficient, maximum density, strength, frost resistance, granulated blast furnace slag, finely ground blast furnace slag, Рortland cement, chemical additive
Autor: R.R. Adigamov, E.V. Mitukova, V.Y. Solovieva, S.O. Gunin.
In order to reduce the carbon factor a lot of mineral additives are used in cements, which often leads to a sharp fall in its strength. Active (gr...
Issue №2, 2022
Section: Waste utilization
Keywords: crystallized steel slag, mineral additives, carbon factor, strength of cements
Autor: S.P. Sivkov, E.V. Turusheva, S.V. Moshkovskaya, A.P. Krylov.
The article considers the possibility of using flotation tailings of the lead-zinc enrichment factory (LZEF) at the Almalyk mining-and-metallu...
Issue №2, 2022
Section: Waste utilization
Keywords: сement, natural burnt clay, flotation tailings, cement clinker, limestone, mineral formation, mineralizers
Autor: H.L. Usmanov,, Z.R. Kadyrova, Sh.M. Niyazova.
Increasing demand in go goods, combined with resource scarcity, pressure to reduce greenhouse gas emissions, increasing consumption and subsequent was...
Issue №3, 2021
Section: Waste utilization
Keywords: co-processing, cement kiln, waste, CO2 emissions
Autor: F. De Raedt, J.­P. Degre, K.H. Karstensen.
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.
Plastic waste is a major cause of concern worldwide. The rampant littering of this material causes severe damage to the environment. It causes polluti...
Issue №6, 2020
Section: Waste utilization
Keywords: plastic waste, co-processing, cement kiln
Autor: U. Parlikar.
Cement sector in Turkey as in all over the world replaces the primary fuels and raw materials with the wastes conforming to acceptance criteria. Waste...
Issue №5, 2020
Section: Waste utilization
Keywords: waste, utilization, alternative fuels, municipal solid waste, cement kiln
Autor: C.D. Gencel.

1, 2, 3, 4, 5, ... 12
The use of materials published on the site is allowed only with reference to the source (the journal «Cement and its application») and a hyperlink to the quoted material.
© 2007-2024 PetroCem Ltd
Privacy policy