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How Green

Building Affects The Environment

Mata Kuliah : Teknik Lingkungan Semester : III

Pertemuan Ke : 3

Dosen Pengampu : Jeddah Yanti, S.Si., M.Sc.

E-mail : [email protected]

(2)

GREEN BUILDING

For a better future

(3)

Outline

Components of Sustainable

Design and Construction

01 Green

Building Council Indonesia

02

Tahap

penilaian

GREENSHIP

03 GREEN

CAMPUS

04

(4)

Components of Sustainable Design and Construction

1 2 3 4 5

Methods are sought that reduce the environmental impact

of construction on the project site and that identify impacts on the surrounding

environment.

Site/environment

Approaches to reduce and eliminate waste on

construction projects are identified.

Waste prevention

Specific procurement strategies are identified and put in place

to ensure that sustainable construction requirements are addressed.

Procurement (Pengadaan)

Select environmentally friendly building materials and products that are nontoxic (and preferably recyclable and renewable) and locally produced, reducing CO2

emissions and promoting local economies.

Material Selection

Materials to be

recycled and methods to support onsite recycling at each phase of construction.

Recycling

(5)

Components of Sustainable Design and Construction

6 7 8 9 10

This means specifying materials that contain recycled content or are reusable to facilitate future reuse of a facility

and its systems, equipment, products, and materials.

Recycled and Renewable Materials

Procedures to improve the quality of life for

construction workers are identified.

Health and safety

Strategies to ensure and improve a building’s energy performance, reduce energy consumed during construction, and identify

opportunities to use renewable energy sources.

Energy

Ascertain which technologies can be used during

construction to improve efficiency and reduce waste (especially paper).

Construction Technologies

Appropriate methods should be applied to ensure indoor

environmental quality (IEQ), such as the use of low-VOC

paints and adhesives, as well as Carpet and Rug Institute

Indoor Environmental

Quality

(6)

GREENSHIP

GREENSHIP untuk Bangunan Baru Versi 1.2.

GREENSHIP untuk Bangunan Baru Versi 1.2 merupakan pengembangan dari perangkat

penilaian GREENSHIP NB versi 1.0 dan Ringkasan tolok ukur

GREENSHIP NB versi 1.1

GREEN

BUILDING COUNCIL

INDONESIA

JL. RC VETERAN NO. 8D, PESANGGRAHAN - BINTARO JAKARTA SELATAN 12330 INDONESIA. PHONE : 021 2765 8660/62 FAX : 021 2765 9604

/FACEBOOK

@TWITTER

http://www.gbcindonesia.org/

Your Picture Here

(7)

Tahap penilaian GREENSHIP

Rekognisi Desain

(Design Recognition – DR)

Penghargaa sementara untuk proyek pada

tahap finalisasi desain dan

perencanaan Tahap ini dilalui selama gedung

masih dalam tahap perencanaan.

Penilaian Akhir

(Final Assessment – FA)

Proyek dinilai secara menyeluruh baik dari aspek desain

maupun konstruksi dan merupakan tahap akhir yang menentukan kinerja gedung secara

menyeluruh.

(8)

Kategori GREENSHIP

Manajemen Lingkungan Bangunan

(Building Environment Management-BEM)

Kesehatan dan

Kenyamanan dalam Ruang (Indoor Health and

Comfort-IHC)

Sumber dan Siklus Material (Material Resources and Cycle-MRC)

Tepat Guna Lahan (Appropriate Site Development-ASD)

Efisiensi dan Konservasi Energi (Energy Efficiency and Conservation-EEC)

Konservasi Air (Water

Conservation-WAC)

(9)

Tepat Guna Lahan (Appropriate Site Development-ASD)

(Basic Green Area)

Area Dasar Hijau

(Site Selection)

Pemilihan Tapak

(Community Accesibility)

Aksesibilitas Komunitas

(Public Transportation)

Transportasi Umum

(Bicycle Facility)

Fasilitas Pengguna Sepeda

ASD P

ASD 1

ASD 2

ASD 3 ASD

4

(10)

Tepat Guna Lahan (Appropriate Site Development ASD)

(Site Landscaping)

Lanskap pada Lahan

(Micro Climate)

Iklim Mikro

(Stormwater Management)

Manajemen Air Limpasan Hujan ASD

5 ASD

6

ASD

7

(11)

Efisiensi dan Konservasi Energi (Energy Efficiency and Conservation-EEC)

Natural Lighting Energy

Efficiency Measures Overall

Thermal Transfer Value

Calculation

EEC P1 Pemasangan

Sub-Meter

EEC P2 Perhitungan

OTTV

EEC 1 Langkah Penghematan

Energi

EEC 2 Pencahayaan

Alami Electrical Sub

Metering

(12)

Efisiensi dan Konservasi Energi (Energy Efficiency and Conservation-EEC)

Energy Efficiency Measures Climate

Change Impact

EEC 3 Ventilasi

EEC 4 Pengaruh Perubahan Iklim

EEC 5 Energi Terbarukan Dalam Tapak

Ventilation

(13)

Konservasi Air (Water Conservation-WAC)

Pengurangan Penggunaan Air (Water Use

Reduction)

Fitur Air (Water Fixtures)

Meteran Air (Water Metering

Perhitungan Penggunaan Air (Water Calculation)

WAC 1

WAC 2 WAC

P1

WAC

P2

(14)

Konservasi Air (Water Conservation-WAC)

Penampungan Air Hujan (Rainwater Harvesting)

Efisiensi

Penggunaan Air Lansekap (Water Efficiency

Landscaping) Daur Ulang Air

(Water Recycling)

Sumber Air Alternatif (Alternative Water Resources)

WAC 5

WAC 6 WAC 3

WAC

4

(15)

Sumber dan Siklus Material (Material Resources and Cycle-MRC)

Refrigeran Fundamental (Fundamental Refrigerant)

MRC P

Penggunaan Gedungdan Material Bekas (Building and Material Reuse)

MRC 1

Material Ramah Lingkungan (Environmentally Friendly Material)

MRC 2

Penggunaan Refrigeran tanpa ODP (Non ODS Usage)

MRC 3

Kayu Bersertifikat (Certified Wood)

MRC 4

Material Regional (Regional Material)

MRC 6

Sumber Material

Silklus Material

Material Prafabrikasi (Prefab Material)

MRC 5

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Kesehatan dan Kenyamanan dalam Ruang (Indoor Health and Comfort-IHC)

Kendali Asap Rokok di Lingkungan

(Environmental Tobacco Smoke Control)

IHC 2

Polutan Kimia (Chemical Pollutant)

IHC 3

Introduksi Udara Luar (Outdoor Air Introduction)

IHC P

Pemantauan Kadar CO2 (CO2 1 Monitoring)

IHC 1

(17)

Kesehatan dan Kenyamanan dalam Ruang (Indoor Health and Comfort-IHC)

Kenyamanan Termal (Thermal Comfort)

IHC 6

Tingkat Kebisingan (Acoustic Level)

IHC 7

Pemandangan ke luar Gedung (Outside View)

IHC 4

Kenyamanan Visual (Visual Comfort)

IHC 5

(18)

Manajemen Lingkungan Bangunan (Building Environment Management-BEM)

P

3 1

2

BEM P

Dasar Pengelolaan Sampah (Basic Waste Management)

BEM 1

GP Sebagai Anggota Tim Proyek (GP as a Member of Project Team)

BEM 2

Polusi dari Aktivitas Konstruksi (Pollution of Construction Activity)

BEM 3

Pengelolaan Sampah Tingkat Lanjut (Advanced Waste

Management)

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Manajemen Lingkungan Bangunan (Building Environment Management-BEM)

4

7 5

6

BEM 4

Sistem Komisioning yang Baik dan Benar (Proper Commisioning)

BEM 5

Penyerahan Data Green Building (Green Building Submission Data)

BEM 6

Kesepakatan dalam Melakukan Aktivitas Fit Out (Fit Out Agreement)

BEM 7

Survei Pengguna Gedung (Occupant Survey)

(20)

UI GreenMetric menilai universitas berdasarkan komitmen dan tindakan universitas terhadap penghijauan dan keberlanjutan lingkungan. UI Greenmetric standards:

Setting & Infrastructure (SI), Energy & Climate Change (EC), Waste (WS), Water (WT), Transportation (TR), and Education & Research (ED).

GREEN CAMPUS

http://greenmetric.uma.ac.id/ Visit Us

(21)

THANK YOU

Pertemuan 3 Selesai

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