A Systematic Review on the Performance Characteristics of Sustainable, Unfired Admixed Soil Blocks for Agricultural and Industrial Waste Management

Table 4

Binders and fibers used for making unfired admixed soil blocks in published papers (n = 36).

Ref.	Binders used in the study	Fibers used in the study
[8]	Cement	Coconut fiber
[9]	Cement, sugarcane bagasse ash
[12]	Cement	Kraftterra
[13]	Cement, sugarcane bagasse ash, hydrated lime
[14]	Cement
[17]	Cement, limestone waste, granite waste
[18]	Cement, grit
[19]	Cement, kaolin
[6]	Cement	Fibers of waste mineral water bottles and waste carry bags
[25]	Cement, bacillus pasteurii KCTC 3558, effective microorganisms (EM)
[33]	Cement
[37]	Cement, rice husk ash
[15]	Cement
[30]	Cement, construction debris
[32]	Cement, sugarcane bagasse ash
[23]	Cement	Mineral wool waste, sisal fiber
[34]	Cement, bitumen emulsion, calcium silicate, slaked lime
[35]	Cement, produced water from oil fields
[36]	Cement
[38]	Cement, rice husk ash, lime
[7]	Cement
[40]	Cement, limestone residues
[16]	Cement, green mussel shell powder	Pig hair fibers
[20]	Sugarcane bagasse ash
[10]	Rice husk ash, lime
[5]	Demolition residue, lime
[26]		Bagasse fiber, coconut fiber, oil palm fiber
[27]		Sugarcane bagasse, coconut husk, oil palm fruit
[28]		Sugarcane bagasse, coconut husk, oil palm fruit
[39]		Alkali- resistant glass, polypropylene, banana, and jute
[29]	Cement	Macro synthetic polypropylene fibers, master fiber MAC matrix
[21]	Fly ash, rice husk ash
[22]	Cement, kaolin
[24]	Cement, rice husk ash
[31]	Fly ash, lime