This contribution reports on the optimization of the multicomponent CEM II/C-M (S-LL) cement, a cement type which is intended to be introduced with a revised version of the EN 197-1. The replacement of Portland cement clinker has been maximized by a combination of granulated blast-furnace slag and limestone while meeting an adequate cement performance and minimizing its environmental impact
Abstract In response to growing pressures to reduce the clinker content in cement, the Canadian Stan...
Cement industry is among the most energy-intensive economic sectors. Moreover, significant amounts o...
Growing requirements for protection of the environment every year gradually increase production of c...
The production of cement is associated with significant CO2 emissions. The effective manner to cope ...
Various strategies are applied in order to reduce the green-house gas-emissions, such as optimizing ...
Cement production leads to an emission of approximately 0.87 ton of CO2 for each ton of cement produ...
The partial replacement of Portland clinker by supplementary cementitious materials (SCM) is one of ...
Over the last decades, the use of various by-products and pozzolanic materials in concrete productio...
Portland cement is the world’s most widely used manufactured material and underpins modern infrastru...
The main conclusions of an analysis of low-CO2, eco-efficient cement-based materials, carried out by...
In the current context of climate change, reducing the greenhouse gas emissions is one of the greate...
Green binders, eco-friendly cementitious materials, low embedded carbon dioxide cements: different n...
Green binders, eco-friendly cementitious materials, low embedded carbon dioxide cements: different n...
ABSTRACT Use of supplementary cementitious materials (SCMs) is becoming increasingly popular to prod...
Portland cement is the most common type of cement and one of the most important ingredients in concr...
Abstract In response to growing pressures to reduce the clinker content in cement, the Canadian Stan...
Cement industry is among the most energy-intensive economic sectors. Moreover, significant amounts o...
Growing requirements for protection of the environment every year gradually increase production of c...
The production of cement is associated with significant CO2 emissions. The effective manner to cope ...
Various strategies are applied in order to reduce the green-house gas-emissions, such as optimizing ...
Cement production leads to an emission of approximately 0.87 ton of CO2 for each ton of cement produ...
The partial replacement of Portland clinker by supplementary cementitious materials (SCM) is one of ...
Over the last decades, the use of various by-products and pozzolanic materials in concrete productio...
Portland cement is the world’s most widely used manufactured material and underpins modern infrastru...
The main conclusions of an analysis of low-CO2, eco-efficient cement-based materials, carried out by...
In the current context of climate change, reducing the greenhouse gas emissions is one of the greate...
Green binders, eco-friendly cementitious materials, low embedded carbon dioxide cements: different n...
Green binders, eco-friendly cementitious materials, low embedded carbon dioxide cements: different n...
ABSTRACT Use of supplementary cementitious materials (SCMs) is becoming increasingly popular to prod...
Portland cement is the most common type of cement and one of the most important ingredients in concr...
Abstract In response to growing pressures to reduce the clinker content in cement, the Canadian Stan...
Cement industry is among the most energy-intensive economic sectors. Moreover, significant amounts o...
Growing requirements for protection of the environment every year gradually increase production of c...