A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Development of better insulation bricks by adding mushroom compost wastes
Highlights Samples were formed in laboratory by following the manufacturer's specifications. Drying and firing process took place on the factory facilities. A 17% of spent mushroom compost added reduces bricks thermal conductivity up to 26%. Water absorption and compressive breaking stress values are in accordance to ASTM. A new way of recycling spent mushroom compost, due brick industry, is showed.
Abstract This paper studies the application of spent mushrooms compost (SMC), as a new additive to produce bricks with better insulation and in a more sustainable way. The aim is to determine how SMC adding varies properties of fired clay bricks (FCBs), specially the thermal behavior, and whether it is a viable solution for recycling SMC. Clay was mixed with different percentages of SMC (0–17wt.%) and formed by pressing. Samples were fired at the facilities of the partner's factory up to 950°C. The influence of SMC on FCBs was related to its thermal conductivity (TC), compressive strength (CS), water absorption (WA), bulk density (BD), linear shrinkage (LS), apparent porosity (AP) and weight losses during firing (WL). As a result, a blend of clay with up to 17% SMC, limited by minimal CS and WA, may be used for masonry works with an enhancement on thermal behavior. Addition of 17% of SMC leads to a 26.17% decreasing in TC compare to those without SMC, achieving a minimum TC of 0.55W/mK. This implies a reduction of 10% on the equivalent thermal transmittance, that means a better insulation of the buildings and thus this is an important energy saving.
Development of better insulation bricks by adding mushroom compost wastes
Highlights Samples were formed in laboratory by following the manufacturer's specifications. Drying and firing process took place on the factory facilities. A 17% of spent mushroom compost added reduces bricks thermal conductivity up to 26%. Water absorption and compressive breaking stress values are in accordance to ASTM. A new way of recycling spent mushroom compost, due brick industry, is showed.
Abstract This paper studies the application of spent mushrooms compost (SMC), as a new additive to produce bricks with better insulation and in a more sustainable way. The aim is to determine how SMC adding varies properties of fired clay bricks (FCBs), specially the thermal behavior, and whether it is a viable solution for recycling SMC. Clay was mixed with different percentages of SMC (0–17wt.%) and formed by pressing. Samples were fired at the facilities of the partner's factory up to 950°C. The influence of SMC on FCBs was related to its thermal conductivity (TC), compressive strength (CS), water absorption (WA), bulk density (BD), linear shrinkage (LS), apparent porosity (AP) and weight losses during firing (WL). As a result, a blend of clay with up to 17% SMC, limited by minimal CS and WA, may be used for masonry works with an enhancement on thermal behavior. Addition of 17% of SMC leads to a 26.17% decreasing in TC compare to those without SMC, achieving a minimum TC of 0.55W/mK. This implies a reduction of 10% on the equivalent thermal transmittance, that means a better insulation of the buildings and thus this is an important energy saving.
Development of better insulation bricks by adding mushroom compost wastes
Velasco, Pedro Muñoz (author) / Ortiz, Ma Pilar Morales (author) / Giro, Manuel Antonio Mendívil (author) / Castelló, Manuel Celso Juárez (author) / Velasco, Luis Muñoz (author)
Energy and Buildings ; 80 ; 17-22
2014-05-06
6 pages
Article (Journal)
Electronic Resource
English
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