The process of deconstruction and the procedures of building material waste management have a strong impact on the environment and the architect is very much involved. The aim of this paper is to point out innovative ways to plan procedures with demolition process included in order to offer an answer to quality requirements and environmental issues. The research aims at providing designers with a guide-tool, to be applied during deconstruction planning, that will help to single out the best choices in how to turn the disposal of building materials waste to better account, when their life cycle is at an end. Amongst primary waste materials, that is the most important ones from a quantity, environmental and handling points of view, are those used for buildings construction and deconstruction: such as construction, extensions, general repairs, redevelopment, maintenance and demolition waste materials. The technical and economical qualities of the demolition process are going to be due to a correct procedures management, and to a correct staging and scheduling. By identifying a correct deconstruction plan and by carrying out a correct assessment of the disassembly, the salvage of the building materials waste can be optimized. Planning a selective demolition means identifying any possibility to salvage materials and component used for constructing buildings with. Dismantling, while salvaging waste materials, contributes to offer an answer to the dictates of a sustainable development, which demands, first of all, that we proceed in a logical manner, because it is only by having a global and systematic overview of the materials life-cycle, and of the products and techniques used, that one can evaluate the degree of reversibility of building elements and a minimal impact on the available resources. The paper main objective is to identify the component factors of a system in support of a demolition project; a model that is going to lead our choices for selective demolition, resulting in building materials waste being reused to advantage, so that it can be proved that a correct scheduling of each phase and procedure of the deconstruction contributes to increase productivity and to control the selective demolition costs, while optimizing its timing. What is going to be proposed is a comparatively standardized and general selective demolition operational method, supported by a correct procedure and operational techniques scheduling . In synthesis, this dissertation is going to range from a definition of the selective demolition actual status and the reuse of building construction and demolition waste materials (C&D).
A. Boeri, D. Longo (2008). Guide-lines for Selective Deconstruction Planning. VALENCIA : IATED - International Association of Technology.
Guide-lines for Selective Deconstruction Planning
BOERI, ANDREA;LONGO, DANILA
2008
Abstract
The process of deconstruction and the procedures of building material waste management have a strong impact on the environment and the architect is very much involved. The aim of this paper is to point out innovative ways to plan procedures with demolition process included in order to offer an answer to quality requirements and environmental issues. The research aims at providing designers with a guide-tool, to be applied during deconstruction planning, that will help to single out the best choices in how to turn the disposal of building materials waste to better account, when their life cycle is at an end. Amongst primary waste materials, that is the most important ones from a quantity, environmental and handling points of view, are those used for buildings construction and deconstruction: such as construction, extensions, general repairs, redevelopment, maintenance and demolition waste materials. The technical and economical qualities of the demolition process are going to be due to a correct procedures management, and to a correct staging and scheduling. By identifying a correct deconstruction plan and by carrying out a correct assessment of the disassembly, the salvage of the building materials waste can be optimized. Planning a selective demolition means identifying any possibility to salvage materials and component used for constructing buildings with. Dismantling, while salvaging waste materials, contributes to offer an answer to the dictates of a sustainable development, which demands, first of all, that we proceed in a logical manner, because it is only by having a global and systematic overview of the materials life-cycle, and of the products and techniques used, that one can evaluate the degree of reversibility of building elements and a minimal impact on the available resources. The paper main objective is to identify the component factors of a system in support of a demolition project; a model that is going to lead our choices for selective demolition, resulting in building materials waste being reused to advantage, so that it can be proved that a correct scheduling of each phase and procedure of the deconstruction contributes to increase productivity and to control the selective demolition costs, while optimizing its timing. What is going to be proposed is a comparatively standardized and general selective demolition operational method, supported by a correct procedure and operational techniques scheduling . In synthesis, this dissertation is going to range from a definition of the selective demolition actual status and the reuse of building construction and demolition waste materials (C&D).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.