Firman Irmansyah 25209024 Dosen: Wiwik D. Pratiwi, Ir, MES, Pd.D
BACKGROUND
Mt. Kilimanjaro
Mt. Hood, Oregon
1970
2005
2002
1984
Muir and Riggs Glaciers
Katrina (Aug 28 ’05)
Rita (Sep 21 ’05)
Wilma (Oct 19 ’05)
THE ORIGINS OF THE REVOLUTION
“ Each Generation is responsible to making decisions that ensure survival of the seventh generation” i l f th th ti ” 1980s
L t 1980 Late 1980s
Montreal Protocol, limited the use of Chlorinated hl d Flourocarbons‐ For Industry
Group of architect and AIA formed committee of the committee of the environment and began steering profession toward sustainable design
early 1990s l 1990
USGBC USGBC growth th
U.N. conference Environment and Environment and Development (EARTH SUMMIT) ‐ Brazil
late 1990s Kyoto Protocol , on Climate Change that represented the first attempt to regulate greenhouse gas emissions on a global scale. More than 170 countries, which together produce more than 55 h h h d h percent of global greenhouse gas emissions
2000 the USGBC unveiled the Leadership in Energy and Environmental Design (LEED) Green Building ( ) ld Rating System for public use.
GREEN BUILDING & LEED
A green building is a high‐performance property that considers and reduces its impact on the environment and human health. A green building is designed to use less energy and water and to reduce the life‐cycle environmental impacts of the materials used
LEED FOR NEW CONSTRUCTION LEED FOR CORE AND SHELL BUILDING LEED FOR LEED FOR COMMERCIAL INTERIOR LEED FOR EXISTING BUILDING
SAVING ENERGY = SAVING MONEY AFTER LEED SERTIFICATION AFTER LEED SERTIFICATION
BENAFITS FOR PEOPLE AND GOOD FOR BUSSINESS Reduce operating cost Reduce Maintenance Cost Increase Building Value Tax Benefits Health Benefits Environmental Stewardship Environmental Stewardship PR and Marketing Benefits M More competitive product titi d t Recruitment and Retention Benefits
GREEN BUILDING AND COST
Green building Design
C o s t
Traditional Design
GREEN BUILDING NOT ALWAYS COST MORE
THE LARGER PICTURE
Canada China India Australia Spain p Singapore Etc. Etc Indonesia GBCI
ARCHITECTURE, CULTURE AND DEVELOPMENT Re Plant Re cycle Water Re cycle Waste Recycle material Used Natural Used Natural Energy EEnviron i ment
Reduce Reuse Recycle
Green Building & Culture Revolution Jobs Health More Food productivity
Building ( (commercial B, Masterplan, Housing, Mixed Use‐D, Etc) Transportation
Alternative Energy Public Transportation Bike Walk, etc
Business
TTax Benefits B fi Long term business Market Size More people to work, p p , etc
Government
people
Material Orientation Water Efficiency Ai h dli Air handling Innovation, etc
Education
Policy Incentives More saving Efficiency, etc Must Have Must Have A Mandate for Action A Standard and Code,etc
“ l “ culture is a respons i f from the issues” h i ” ‐firman Irmansyah‐