Life-Cycle Evaluation of Ecobalance Performance of Ecomaterial-Type Building Materials by Multiple Eco-Indicator Method

Toshio Fukushima

doi:10.4028/www.scientific.net/MSF.539-543.2339

Paper Titles

Multi-Valent Metal Salt Hydrates as Catalysts for the Esterification of Fatty Acids and Alcohols
p.2317

Beta Zeolites Modified with Lanthanum and Cerium Oxides for the Isomerization of Hexane
p.2323

A New Challenge of Polymer Thermoelectric Materials as Ecomaterials
p.2329

Application of 3-Dimensional Powder Laminating Fabrication to Metallic Components
p.2333

Life-Cycle Evaluation of Ecobalance Performance of Ecomaterial-Type Building Materials by Multiple Eco-Indicator Method
p.2339

Controlling of the Solidification Structure for Recycling by Ultrasonic Vibration
p.2345

3-Dimensional Characterization of Polycrystalline Bulk Materials Using High-Energy Synchrotron Radiation
p.2353

Three-Dimensional Simulation of Coarsening and Grain Growth in Sintering
p.2359

Modelling of Precipitation Hardening in Alloys: Effective Analytical Submodels for Impingement and Coarsening
p.2365

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Life-Cycle Evaluation of Ecobalance Performance of Ecomaterial-Type Building Materials by Multiple Eco-Indicator Method

Abstract:

Ecomaterial-type building materials are classified based upon 6 row×8 column eco-life-cycle matrix table combining 8 life-cycle stages of resources gathering, transportation, production, assembly/construction, in-service/maintenance and modernization, demolition, recycle/reuse/reproduction, and reduce/final waste with six eco-balance evaluation items of long service life, resources circulation, reduction of harmful substances, resources and environmental capacities, materials efficiency ,and health safety. Evaluation indicators other than life cycle inventory (LCI) are shown as methods of ecobalance performance. In each life stage, each ecomaterial is evaluated as radar chart by 5 step indices by six eco-balance evaluation item (multi eco-indicators）.