Wall Panel Of Waste Paper Tapioca 'Perva' Answering The Ecologic Building Material Challenge

2nd International Conference on Sustainability in Architectural Design and Urbanism

地球科学;土木建筑工程;经济学

Suskiyatno, F.X. Bambang^1 ; Krisprantono, K.^1 ; Sofyan, Afriyanto^1

Faculty of Architecture and Design Soegijapranata Catholic, University Semarang, Indonesia^1

关键词: Construction of buildings;    Ecological building materials;    Experimental laboratory;    Feasibility aspects;    panel;    tapioca;    wall;    Wall building materials;   

Others  :  https://iopscience.iop.org/article/10.1088/1755-1315/213/1/012040/pdf
DOI  :  10.1088/1755-1315/213/1/012040

学科分类：土木及结构工程学

来源: IOP

【 摘 要 】

Building material in a building occupies more than 90% physically. In accordance with the provisions and regulations in many countries construction of buildings requires certification as 'green' as green building regulations. One of the ways to obey the rule is through the use of ecological building materials. Waste paper wall panels-tapioca "Perva" can be one of the viable alternative. Waste paper when strived as raw material exists in the realm of 'recycle' ecological. Paper and tapioca are organic materials containing organic elemental cellulose 'non toxic' building material. Procurement of paper waste raw materials can be done by collecting used paper. The formation of 2 (two) basic materials into new materials can be produced by simple technology easily done by people or 'self-help' technology. The weakness due to the use of materials with high levels of vulnerability requires the collaboration of additional raw materials to complement each other and form a favorable positive force. Composity with other ingredients can be done by excluding the ecological value if it is not found, natural ingredients with the desired criteria provided minimal and with a low non-ecological percentage value. Research of wall building materials Paper Waste-Tapioca has been done since the embodiment determines the aggregate composition, forms the demensi of certain materials, and makes the walls in a conventional way. Testing was conducted on several aspects related to the feasibility of building wall materials. Research continued on increasing the value of the shape as a composite panel. Experimental laboratory tested in architectural aspect, material feasibility aspect, its application in building and also feasibility aspects of wall construction. The research performed aggregate percentage test, the way of printing, the feasibility of wall construction to the adhesive aspect of coating material or surface protector and adhesive media. Arrangement as a wall with a certain extent used the system of persuasion at a certain dimension. The lateral load testing of wall construction resulted in effectiveness of the area of paper wall-tapioca.