Displaying items by tag: Biomaterialhttp://data-science-engineering.comWed, 26 Apr 2017 21:28:15 +0200Joomla! - Open Source Content Managementde-deNew biomaterials for buildingshttp://data-science-engineering.com/index.php/get-in-contact/item/1493-new-biomaterials-for-buildingshttp://data-science-engineering.com/index.php/get-in-contact/item/1493-new-biomaterials-for-buildingsNew biomaterials for buildings

New biomaterials for buildings

ID: F1508-09

Extracting, processing and manufacturing conventional building materials eat a significant quantity of energy. Novel biocomposites are reducing that embodied power and delivering high-performance, eco-friendly materials at no added cost. Outside building facades, internal partitions and suspended ceilings which form an integral part of building structures are characterised by high energy that is embodied. Biocomposites overcome the power downsides of current materials such as steel, brick, concrete and plastic that is even fibre-reinforced. Nevertheless, susceptibility to dampness and biodegradation decreases service life, particularly for outdoor applications. A new project has been launched to address these challenges. The objective that is main to reduce embodied power by at the least 50 per cent over current materials with no escalation in price. Consortium users have chosen four case studies to create demonstrators. The BIOBUILD newsletter has publicised the option of parts, needed performance, while the designs and manufacturing processes – all supported by life-cycle assessments to lessen the embodied energy regarding the parts. Researchers used two various resins: an unsaturated polyester whose monomers are partially produced from agricultural feedstocks, and a furan-based resin based on agricultural waste full of hemicellulose. The reinforcements are strong cellulosic fibres through the stems of flax and jute flowers. The focus that is main date is the furan-based polyfurfuryl liquor (PFA) resin. Scientists have actually explored parameters pertaining to its synthesis, curing and natural fibre impregnation. They determined that PFA resin is most effective to formation of prepregs, materials pre-impregnated with a resin system that currently includes the necessary curing agent. Researchers formed an Industrial Interest Group. The articles of these meetings can be found in the project site. The project has additionally been commonly publicised through postcards, leaflets, educational documents and posters besides the project's publication.  The task additionally exhibited at EcoBuild in London to produce the new items to a wider audience.  This is the trade that is leading for sustainable construction materials.



  • Polymer
  • Biomaterial
  • Building
  • Energy
    grond@numberland.de (Administrator)Get in ContactFri, 28 Aug 2015 08:50:18 +0200