If a model by scientists at the University of Bath turns out to be successful, then straw houses might turn out to be the buildings of the future.
Researchers at the University of Bath will be testing this summer by constructing a "BaleHaus" made of prefabricated straw bale and hemp cladding panels on campus.
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Straw is the ultimate environmentally friendly building material since it is renewable and is a by-product of farming.
The crop used for the straw can be grown locally, and because it absorbs carbon dioxide (CO2) as it grows, buildings made from it can be seen as having zero, or even a negative carbon footprint.
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World Enviornment Day 2008. Let us save our planet by ensuring that our carbon footprints do not get longer.
Also, due to its high insulating properties, houses made of straw bales need almost no conventional heating, keeping running costs low and minimising environmental impact.
The research team will be assessing straw bales and hemp as building materials so that they can be used more widely in the building industry for housing, helping the UK achieve its targets for reducing carbon emissions.
The two storey BaleHaus to be built on campus will be made using 'ModCell' - pre-fabricated panels consisting of a wooden structural frame infilled with straw bales or hemp and rendered with a breathable lime-based system.
According to Professor Pete Walker, Director of the BRE Centre in Innovative Construction Materials at the University of Bath, "Straw bales are an agricultural by-product and the material can be re-grown so is totally sustainable and renewable. The straw can be grown on a farm that is local to the construction site which saves on transport and minimises the carbon footprint of the building."
"Standard bales are 450 mm thick and provide very high levels of insulation so you need very little additional heating," he added.
The BaleHaus at Bath, due to be completed in the late summer, will be monitored for a year for its insulating properties, humidity levels, air tightness and sound insulation qualities.
"We're putting sensors into the walls to monitor temperature and humidity levels, and using technology to simulate the heat and moisture generated by people," said Dr Katharine Beadle, the principle researcher on the project.
"Made from natural materials that are beautiful, affordable and sustainable, BaleHaus is a living, breathing home that is cool in summer and warm in winter, helps families reduce their CO2 footprint without compromising how they choose to live their lives and sets a new and very different benchmark for sustainable homes in the 21st century," said Craig White, Director of White Design and ModCell.
Source: ANI
SRM
World Environment Day
World Enviornment Day 2008. Let us save our planet by ensuring that our carbon footprints do not get longer.
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Also, due to its high insulating properties, houses made of straw bales need almost no conventional heating, keeping running costs low and minimising environmental impact.
The research team will be assessing straw bales and hemp as building materials so that they can be used more widely in the building industry for housing, helping the UK achieve its targets for reducing carbon emissions.
The two storey BaleHaus to be built on campus will be made using 'ModCell' - pre-fabricated panels consisting of a wooden structural frame infilled with straw bales or hemp and rendered with a breathable lime-based system.
According to Professor Pete Walker, Director of the BRE Centre in Innovative Construction Materials at the University of Bath, "Straw bales are an agricultural by-product and the material can be re-grown so is totally sustainable and renewable. The straw can be grown on a farm that is local to the construction site which saves on transport and minimises the carbon footprint of the building."
"Standard bales are 450 mm thick and provide very high levels of insulation so you need very little additional heating," he added.
The BaleHaus at Bath, due to be completed in the late summer, will be monitored for a year for its insulating properties, humidity levels, air tightness and sound insulation qualities.
"We're putting sensors into the walls to monitor temperature and humidity levels, and using technology to simulate the heat and moisture generated by people," said Dr Katharine Beadle, the principle researcher on the project.
"Made from natural materials that are beautiful, affordable and sustainable, BaleHaus is a living, breathing home that is cool in summer and warm in winter, helps families reduce their CO2 footprint without compromising how they choose to live their lives and sets a new and very different benchmark for sustainable homes in the 21st century," said Craig White, Director of White Design and ModCell.
Source: ANI
SRM
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