1Module Development and Delivery for Civil Engineering Degree Program at Universitas Negeri Semarang, Indonesia
2Lecture Sharing at Teknik Industri, Institut Teknologi Sepuluh Nopember Surabaya, Indonesia
Presented By:Boon Cheong Chew ; Yu Xin Ou Yang
23rd1 & 25th2 March 2017
Green Building Index
Negative Impact of Built Environment• Construction industry is a major consumer of non-renewable resources and a
massive producer of waste, and the operation of buildings is responsible for around half of the total CO2 emissions.
• 30-40% of natural resources were exploited by the building industry.• 50% of energy used for heating and cooling in buildings.• 40% of world consumption of materials converts to building environment.• 40% of waste sent to landfill.• 12% of water consumption in building industry.
Source: Green Building Index (2013) and Sustainable Construction and Green Building: the Case of Malaysia (2011)
Social Benefits• Enhance occupant comfort and
health• Heighten aesthetic qualities• Minimize strain on local
infrastructure• Improve overall quality of life
Economic Benefits• Reduce operating
costs• Create, expand and
shape markets for green product and services
• Improve occupant productivity
• Optimize life-cycle economic performance
Environmental Benefits• Enhance and protect
biodiversity and ecosystems
• Improve air and water quality
• Reduce waste streams
• Conserve and restore natural resources
General Benefits of Green Buildings
Source: Green Building US (2016)
Upfront investment in green building makes properties more valuable, with an average expected increase in value of 4%.
In January 2017, LEED reported that LEED-certified buildings have • 34% lower CO2 emissions• consume 25% less
energy• 11% less water • diverted more than 80
million tons of waste from landfills.Green buildings reduce day-to-day costs
year-over-year. LEED buildings report almost 20% lower maintenance costs than typical commercial buildings and green building retrofit projects typically decrease operation costs by 10% in just 1 year.
Between 2015 and 2018, LEED certified buildings are estimated to save• $1.2 billion in energy
savings• $149.5 million in water
savings• $715.2 million in
maintenance savings• $54.2 million in waste
savings
Source: US Green Building Council (2016)
Green Building Index (GBI)
Green Buildings
Risk management on the building/residents/occupants in
the building
Safeguard or enhance the property value
Practices which are environmental and socially
friendly
Established added infrastructure to the exiting
green buildings
Comply to the requirements
What is Green Building Index (GBI)?Green Building Index (GBI) which is Malaysia’s first Comprehensive green rating tool was launched on May 21 2009 at Kuala Lumpur Convention Centre.
GBI is an environmental rating system for buildings developed by PAM (Pertubuhan Arkitek Malaysia / Malaysian Institute of Architects) and ACEM (the Association of Consulting Engineers Malaysia).
It is fundamentally derived from certain existing green rating tools, including:• Green Mark (Singapore)• Green Star System (Australia)
However, it had been extensively modified to cope with Malaysian tropical weather, environmental context, cultural and social needs.
Why Green
Buildings?
Green Buildings are designed to save energy and
resources, recycle materials and minimize the emission of toxic substances throughout
its life cycle.
Green buildings harmonize with the
local climate, traditions, culture and
the surrounding environment.
Green buildings are able to sustain and improve the
quality of human life whilst maintaining the capacity of the ecosystem at local and
global levels.
Green buildings make different use of resources, have significant operational savings and increases
workplace productivity.
Building green send the right message about a company or organization-that it is well run, responsible, and committed
to the future.
Tiers of GBI AccreditationGBI ACCREDITATION PANEL
(GBIAP)REGULATORY BODY
GBI CERTIFIERSASSESSMENT & ACCREDIATION
GBI FACILITATORS GBI PROJECT
DEVELOPMENT
GBI Rating System
Energy Efficiency
Indoor Environment
Quality
Improve energy consumption by:I. Optimizing building orientation.II. Minimizing solar heat gain through building envelope.III. Harvesting natural lighting.IV. Adopting the best practices in building services
unclosing use of renewable energy, ensuring proper testing, commissioning and regular maintenance.
Good indoor air quality, acoustics, visual and thermal comfort can be achieved by:I. using low volatile organic compound materials.II. application of quality air filtration.III. proper control of air temperature , movement and
humidity.
Sustainable Site Planning
& Management
Material & Resources
Selected sites must with planned access to:I. Public transportationII. Community servicesIII. Open space and landscapingEnvironmentally sensitive areas are avoided and conserved through redevelopment of existing sites and brown fields.Proper construction management and storm water management is practiced. The strain on existing infrastructure capacity is reduced.
The use of environment-friendly materials sourced from sustainable sources and recycling is encouraged.Proper construction waste management with storage, collection and re-use of recyclables and construction formwork and waste is implemented.
Water Efficiency
Innovation Innovative design and initiatives that meet the objectives of the GBI.
Implementation of certain water efficiency methods:I. Rainwater harvestingII. Water recyclingIII. Water-saving fittings
What GBI is Created to
??
Promote integrated, whole building design.
Transform the built environment to
reduce the environmental
impact of development
Ensure new buildings remain relevant in the
future and existing buildings are refurbished and thereafter sustained
properly to remain relevant.
Define green building by establishing a
common language and standard of measurement.
Recognize and reward environmental
leadership.
Who Can Use The Green Building Index (GBI)?I. All member of Project Teams, Building Owners, Developers and other
interested parties such as Contractors, Government and Design and Build Contractors are encouraged to use GBI.
II. GBI is used to validate environmental initiatives of the design phase of new construction.
III. Encouraged the usage of GBI on such projects to assess and improve their environmental attributes.
IV. The usage of GBI (non residential) tool without formal certification by an independent accredited GBI certifier does not entitle the user to achieve Green Building Index rating.
V. Moreover, no fee is payable to Greenbuildingindex Sdn Bhd (GSB) under such use.
VI. However, a formal certification of the Green Building Index rating requires fee and formal process offered by (GSB).
Green Building Index Classification
Points GBI Rating
86 to 100 Points Platinum
76 to 85 Points Gold
66 to 75 Points Silver
50 to 65 Points Certified
GBI Registration FeesSize of Project
Total Gross Floor Area (M2)
Registration Fees (RM) 1 Renewal Fees (RM) 1
New Construction 2
Existing Building 3
Single Residence
Below 1,000 5,000.00 4 N/A 500.00
1,001-2,000 5,000.00 4 N/A 1,000.00Small Up to 4,000 8,000.00 6,000.00 2,000.00Intermediate 4,001 to
10,00010,000.00 9,000.00 2,500.00
Medium 10,001 to 30,000
20,000.00 12,000.00 5,000.00
Large 30,001 to 50,000
32,000.00 14,000.00 8,000.00
Extra Large 50,001 to 100,000
45,000.00 19,000.00 11,000.00
Mega Project Above 100,000
Assessment fee will be determined on a project-by-project basis
15,000.00 (Flat Rate)
NOTES1Rates shown are as of the date of the application and registration and may be reviewed from time to time as appropriate. Rates shown are excluding Goods and Services Tax (GST)2Includes Non-Residential New Construction (NRNC), Residential New Construction (RNC), Industrial New Construction (INC) 3Includes Non-Residential Existing Buildings (NREB), Industrial Existing Building (IEB)4Applicable only to RNC
GBI Assessment ProcessSTAGE 1: Application & Registration
Complete and submit the Application & Registration Form to GSB with supporting documents
GSB to request for more information from Applicant
GSB processes application and notifies Applicant of the Registration Fee
Applicant to make necessary Registration Fee payment to GSB and submit any other additional required information
GSB registers the application and gives a GBI Registration Number to the Applicant GBI Agreement to be signed between
GSB and Applicant
GBIAP assigns GBI certifier at appropriate time
Is the application complete?
INCOMPLETE
COMPLETE
STAGE 2: Design Assessment (DA)Applicant to appoint their Project Coordinator/GBI Facilitator and
submit for Design Assessment (DA) to GSB
Appeal
To submit Appeal Form & Fees
GSB records & publishes in GBI Register GBIAP issues Provisional GBI Certificate to Applicant
GBI Certifier undertakes the DA
GSB notifies Applicant of DA result
GSB to return and request for completed DA
submissionIs the DA
Submission complete?
Appeal by Applicant
?
• Fail• Request Review for a
higher rating
INCOMPLETE
COMPLETE
APPEAL
NO APPEAL
STAGE 3: Completion & Verification Assessment (CVA)
Applicant to submit for Completion & Verification Assessment (CVA) upon completion of project
GSB records & publishes in GBI Register GBIAP and LAM issue GBI Certificate to Applicant
GSB notifies Applicant of CVA result
GBI certifier undertakes CVA
Appeal by
Applicant?
Appeal
To submit Appeal Form & Fees
• Fail• Request Review for a
higher ratingAPPEAL
NO APPEAL
Maximum Allocated Points for Non-Residential New Construction (NRNC)
Part Item Maximum Points1 Energy Efficiency 352 Indoor Environmental Quality 213 Sustainable Site Planning &
Management16
4 Material & Resources 115 Water Efficiency 106 Innovation 7
Total Score 100
* Non-Residential includes, office, retail, hospital, hotel, data centre, resort
Maximum Allocated Points for NRNC: Resort
Part Item Maximum Points1 Energy Efficiency 352 Indoor Environmental Quality 163 Sustainable Site Planning &
Management15
4 Material & Resources 135 Water Efficiency 126 Innovation 9
Total Score 100
Maximum Allocated Points for Non-Residential Existing Building (NREB)
Part Item Maximum Points1 Energy Efficiency 382 Indoor Environmental Quality 213 Sustainable Site Planning &
Management10
4 Material & Resources 95 Water Efficiency 126 Innovation 10
Total Score 100
Part Item Maximum Points1 Energy Efficiency 382 Indoor Environmental Quality 163 Sustainable Site Planning &
Management10
4 Material & Resources 95 Water Efficiency 146 Innovation 13
Total Score 100
Maximum Allocated Points for NREB: Resort
Maximum Allocated Points For Residential New Construction (RNC)
Part Item Maximum Points1 Energy Efficiency 232 Indoor Environmental Quality 123 Sustainable Site Planning &
Management33
4 Material & Resources 125 Water Efficiency 126 Innovation 8
Total Score 100
*Landed: Single owner (townhouse is included in this category)*Low-rise: Strata Building in which the topmost floor is ≤18.3m above ground level*High-rise: Strata building in which the topmost floor is >18.3m above ground level
Maximum Allocated Points for Industrial New Construction (INC)
Part Item Maximum Points1 Energy Efficiency 332 Indoor Environmental Quality 223 Sustainable Site Planning &
Management18
4 Material & Resources 105 Water Efficiency 106 Innovation 7
Total Score 100
Maximum Allocated Points for Industrial Existing Building (IEB)
Part Item Maximum Points1 Energy Efficiency 382 Indoor Environmental Quality 223 Sustainable Site Planning &
Management10
4 Material & Resources 85 Water Efficiency 126 Innovation 10
Total Score 100
Maximum Allocated Points For Township (T)
Part Item Maximum Points1 CEW Climate, Energy & Water 202 EEC Environmental & Ecology 153 CPD Community Planning & Design 264 TRC Transportation & Connectivity 145 BDR Building & Resources 156 BSI Business & Innovation 10
Total Score 100
Significant Criteria of Each Type of BuildingsType of Buildings Significant Criteria ScoreNon-Residential New Construction (NRNC) Energy Efficiency 35
Indoor Environmental Quality 21
Non-Residential New Construction (NRNC): Resort
Energy Efficiency 35
Indoor Environmental Quality 16
Non-Residential Existing Buildings (NREB) Energy Efficiency 38
Indoor Environmental Quality 21
Non-Residential Existing Buildings (NREB): Resort
Energy Efficiency 38
Indoor Environmental Quality 16
Residential New Construction (RNC) Sustainable Site Planning & Management 33
Energy Efficiency 23
Industrial New Construction (INC) Energy Efficiency 33
Indoor Environmental Quality 22
Industrial Existing Buildings (IEB) Energy Efficiency 38
Indoor Environmental Quality 22
Township Community Planning & Design 26
Climate, Energy & Water 20
Summarized of Green Rating Tools
Criteria Total Score Rating AwardEnergy Efficiency 86 and above GBI PlatinumIndoor Environmental Quality
76 to 85 Gold
Sustainable Site Planning & Management
66 to 75 Silver
Material and Resources 50 to 65 CertifiedWater EfficiencyInnovation
Green Building Index (GBI), Malaysia
Criteria Total Score Rating AwardEnergy Efficiency 90 and above Green Mark
PlatinumWater Efficiency 85 to 90 Goldplus
Environmental Protection
75 to 85 Gold
Indoor Environmental Quality
50 to 75 Certified
Green Features and Innovation
Green Mark, Singapore
Green Ship, Indonesia
Criteria Total Score Rating AwardEnergy Efficiency and Conservation
80 and above Greenship Platinum
Water Conservation 60 to 79 GoldAppropriate Site Development 50 to 59 SilverMaterial Resource and Cycle 40 to 49 CertifiedIndoor Health and ComfortBuilding Environmental Management
Korea Green Building Certification Criteria (KGBCC), Korea
Criteria Total Score Rating Award
Land Use and Commuter Transportation
Land Use 85 and above KGBCC Best
Transportation 65 to 84 ExcellentEnergy Resources Consumption and Environmental Loads
EnergyMaterial ResourcesWater ResourcesEnvironmental Pollution Loads
ManagementEcological Environment Ecological EnvironmentIndoor Environmental Quality Indoor Environmental
Quality
Criteria Total Score Rating AwardSustainable Sites 80 and above PlatinumWater Efficiency 69 to 79 GoldEnergy & Atmosphere 50 to 59 SilverMaterial & Resources 40 to 49 CertifiedIndoor Environmental Quality CreditsInnovation in DesignRegional Priority
Leadership in Energy and Environmental Design (LEED), USA
Comprehensive Assessment System for Built Environment Efficiency (CASBEE), Japan
Q Built Environment Quality WeightingNon Factory Factory
Q1 Indoor Environment 0.4 0.3Q2 Quality of Service 0.3 0.3Q3 Outdoor Environment on Site 0.3 0.4
LR Built Environment Load WeightingLR1 Energy 0.4LR2 Resources and Material 0.3LR3 Off-Site Environment 0.3
Ranks Assessment BEE Value ExpressionS Excellent BEE=3.0 or more
and Q=50 or more
*****
A Very Good BEE=1.5-3.0BEE=3.0 or more and Q is less than 50
****
B+ Good BEE=1.0-1.5 ***B Fairly Poor BEE=0.5-1.0 **C Poor BEE=Less than
0.5*
Environmental Section
% Score Rating
Management ≥85 OutstandingHealth & Wellbeing ≥70 ExcellentEnergy ≥55 Very GoodTransport ≥45 GoodWater ≥30 PassMaterials >30 UnclassifiedWasteLand Use & Ecology
Building Research Establishment Environmental Assessment Method (BREEAM), UK
Green Star (Australia)Environmental Section
Score Rating Category
Management 75+ Six Star World LeadershipIndoor Environment Quality
60 to 74 Five Star Australian Excellence
Energy 45 to 59 Four Star Best PracticeTransport 30 to 44 Three Star Good PracticeWater 20 to 29 Two Star Average PracticeMaterials 10 to 19 One Star Minimum PracticeLand Use & EcologyEmissions and Innovation
WHY GREEN BUILDING INDEX IS RELATED TO YOU???
WHICH YOU PERFER??A or B??
A B
Imagine if……..
ContactBoon Cheong ChewEmail: [email protected]: https://my.linkedin.com/in/bcchew My Primary Research Interests:(a) Renewable Energy Development &
Deployment(b) Clean Technologies Innovation &
Implementation(c) Green & Sustainability Practices(d) Human Technology Innovation &
Introduction*Please google BCChew to follow my work
Yu Xin Ou YangEmail: [email protected] Primary Research Interests:(a) Green & Sustainability
Practices(b) Robotics & Automation
Engineering
* Please google Ou Yang Yu Xin Academia to follow my work
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