Autoclaved aerated concrete (AAC) is a lightweight cellular concrete. Recycling AAC in concrete or unbound applications may cause problems because of high amounts of leachable sulfate. This study evaluates the recycling of AAC demolition waste as a replacement of sand in floor screed. The cement binder reacted with sulfate released from the AAC waste to form ettringite. Sulfate release was in line with ettringite solubility control and below leaching limits defined by Dutch environmental legislation. High pH conditions are necessary to avoid excessive sulfate leaching. Pollution of AAC waste with gypsum impurities was found to be detrimental to sulfate immobilisation
The re-use of construction and demolition, ceramic and similar waste in the construction industry ha...
In the Middle East region, interior walls of buildings are mostly plastered with gypsum. Thus, the d...
In this study, the effects of recycled sand (RS) carrying sulfate corrosion media on mortar drying a...
Autoclaved aerated concrete (AAC) is a lightweight cellular concrete that has been used for more tha...
Aerated concrete is one of the few constituent parts of demolition rubble for which no valid recycli...
Globally, half of all generated waste is produced by the building sector. The finer fraction of this...
Sulfate attack is a deteriorating process for concrete, where the formation of expansive minerals su...
Waste of the aerated concrete is generated directly from the production of aerated concrete or from ...
Autoclaved aerated concrete waste (AACW) is an inorganic porous construction and demolition waste, w...
Completely Recyclable Concrete (CRC) is intended to be recycled as raw material within the cement pr...
Autoclaved aerated concrete waste (AACW) is a common low-strength cement-based construction and demo...
Over the past few years increased quantities of construction waste from high-rise buildings have bee...
The performance of recycled aggregate concrete (RAC) under external sulfate attack (ESA) has not bee...
A study examining damaging alkali-aggregate reaction (AAR) in concretes containing recycled aggregat...
This research is intended to investigate the effect of recycled aggregate concrete and various type...
The re-use of construction and demolition, ceramic and similar waste in the construction industry ha...
In the Middle East region, interior walls of buildings are mostly plastered with gypsum. Thus, the d...
In this study, the effects of recycled sand (RS) carrying sulfate corrosion media on mortar drying a...
Autoclaved aerated concrete (AAC) is a lightweight cellular concrete that has been used for more tha...
Aerated concrete is one of the few constituent parts of demolition rubble for which no valid recycli...
Globally, half of all generated waste is produced by the building sector. The finer fraction of this...
Sulfate attack is a deteriorating process for concrete, where the formation of expansive minerals su...
Waste of the aerated concrete is generated directly from the production of aerated concrete or from ...
Autoclaved aerated concrete waste (AACW) is an inorganic porous construction and demolition waste, w...
Completely Recyclable Concrete (CRC) is intended to be recycled as raw material within the cement pr...
Autoclaved aerated concrete waste (AACW) is a common low-strength cement-based construction and demo...
Over the past few years increased quantities of construction waste from high-rise buildings have bee...
The performance of recycled aggregate concrete (RAC) under external sulfate attack (ESA) has not bee...
A study examining damaging alkali-aggregate reaction (AAR) in concretes containing recycled aggregat...
This research is intended to investigate the effect of recycled aggregate concrete and various type...
The re-use of construction and demolition, ceramic and similar waste in the construction industry ha...
In the Middle East region, interior walls of buildings are mostly plastered with gypsum. Thus, the d...
In this study, the effects of recycled sand (RS) carrying sulfate corrosion media on mortar drying a...