Ir Hadjar Seti Adji, MEngSc, IP-UJakarta Branch Manager

PT. PP (Persero)

RankCountry /

TerritoryPopulation

Date Last

Updated

% of World

Population

1 China 1,333,480,000 Oct 12, 2009 19.64%

2 India 1,170,100,000 Oct 12, 2009 17.23%

3 United States 307,682,000 Oct 12, 2009 4.53%

4 Indonesia 240,271,000 July 1, 2009 3.39%

5 Brazil 191,986,000 Oct 12, 2009 2.83%

6 Pakistan 167,667,500 Oct 12, 2009 2.47%

7 Bangladesh 162,221,000 2.39%

8 Nigeria 154,729,000 2.28%

9 Russia 141,882,000 Oct 12, 2009 2.09%

10 Japan 127,540,000 Sept 1, 2009 1.88%

Figures indicated by "UN estimate" are based on the July 1, 2009 estimate by the United Nations Department of Economic and

Social Affairs – Population Division

List of countries by population

58,73%

2020

14.8

27.8

28.2

McCarty Glacier, Alaska

1970 2005

Kilimanjaro

Global warming has become the most

important environmental issue due to its

detrimental health effects.

Heat waves and periods of

unusually warm weather

Ocean warming, sea-level rise

and coastal flooding

Glaciers melting

Arctic and Antarctic warming

Spreading disease

Plant and animal range shifts

and population changes

Coral reef bleaching

Droughts and fires

Based on recent data, there

are lot of health care facilities

in Indonesia which need the

policy to apply the

Green concept

into management

Building consume about 40% of the world energy, 16% of the drinking

water, 25% of the forests woods (UNCHS, 1993)

They are responsible for the 50% of the CO2 emission. (Petrocian, 2001)

They consume 30-40% of the countries total energy demand

Cooking, 2% Refrigeration, 3%

Ventilation, 5%

Office Equipment, 6%

Other, 6%

Water Heating, 7%

Space Cooling, 18%

Space Heating, 22%

Lighting, 31%

Total Quads = 14.6

Source : Business opportunities in indonesia el;ectricity sector – Bambang Ptraptono – PT. PLN

2004 : Becoming net oil importer

Net Export

Start Import

MATERIAL KONSTRUKSI

0

50

100

150

200

250

300

350

Years left

Penggunaan material mempertimbangkan sisa yang terdekat, yang tersedia dan 3 R

Reduce

Recycle

Reuse

Sumber : PII

WHAT IS THE GREEN BUILDING

Design & Construction practicesthat significantly reduce oreliminate the negative impact ofbuildings on the environment andoccupants

Sustainable site planning Safeguarding water and water

efficiency Energy efficiency and renewable

energy Conservation of materials and

resources Indoor environmental quality

DESIGN GUIDE

The LEED Rating System for Healthcare and The Green Guide for Healthcare are two specific documents designed for healthcare organizations to guide these unique facilities toward the goal of being Green.

Green Building strategies: Sustainable Sites Water Efficiency Energy and Atmosphere Materials and Resources Indoor Environmental Quality Innovation and Design Process

DESIGN REQUIREMENTS

LAHAN YANG RAMAH LINGKUNGAN

Hindari lahan pertanian, lahan basah, lahanrawan banjir, lahan sensitif dan lahan yang mengandung substansi yg berbahaya

Merehabilitasi area penduduk yg perlu

Menyisihkan lahan utk parkir/ infrastrukturtransportasiMeminimalisasi panas daratan (perbedaan

gradiasi thermal antara area yg dibangun dgnyg tidak dibangunMemberdayakan transit, air & infrastruktur

enerji yg tlh ada di komunitas tsbMelindungi habitat lokal, lahan hijau, &

sumber daya alam

DESIGN REQUIREMENTSDESAIN BANGUNAN YANG EFISIEN & BERKESINAMBUNGAN

Mengutamakan lajur hijau, jalur sepeda motor ke RS. “Shading” / pergola yg mencukupi

Pertimbangan untuk menggunakan bangunan2 yg sdhada, termasuk struktur, rangka, dll

Desain untuk pembiayaan siklus masa ketahanan/ strategi “value engineering utk finishing & sistempengurangan limbah

Menyediakan area utk mengumpulkan brg2 yg dptdidaur ulang & gudang

Memaksimalisasi penerangan sinarmatahari & celah pemandangan keluar.

menyediakan kapasitas utk memonitorkualitas udara dlm ruangan untuk jangkapanjang

Memperhatikan kesehatan & kenyamanan (sensor karbondioksida ygterintegrasi dgn sistem automatisasigedung/ BAS)

DESIGN REQUIREMENTSEnerji

Arahkan Gedung utk memanfaatkan panasdan penerangan sinar matahari & mendukung ventilasi alam & penyejukan ygpasif Mempertimbangkan sistem

pemulihan/pengurangan panas dimanadiperlukan Menggunakan model dgn simulasi komputer

utk membantu memaksimalisasi energi Memasang alat ventilasi mekanik Memasang pemanas & alat pendingin yang

efisien Memasang sistem kontrol pencahayaan Memasang penerangan yg sgt efisien,

fasilitas peralatan dgn sensor gerak dimanadiperlukan

DESIGN REQUIREMENTSEnerji

Mempertimbangkanpemanasan/pendinginan & energi drsumber daya yg diperbaharui sepertitenaga surya, angin, masabio, panasbumi, bio gas, dll) Meminimalisasi penerangan berlebih dgn

iluminasi/penerangan yg tepat & cukup mendesain gedung dgn peralatan utk

mengukur kinerja air & energi Mempertimbangkan penggunaan cahaya

dgn teknologi “opening window” otomatisdan sistem HVAC bawah lantai dgnindividual diffussers

Lebih meminimalisasikan kebutuhaninsulasi utk tembok, langit2, dll

Memasang & memelihara sistem monitor suhu & kelembaban agar dpt beradaptasidgn kondisi gedung secara otomatis & memliki sistem yg menghubungkannyadgn BAS

Mempergunakan sistem monitor & lacakutk semua energi yg masuk dgn review jadwal utk memastikan terjadinyaefisiensi.

DESIGN REQUIREMENTSAir

Mengevaluasi strategi penghematan utkmendaur ulang limbah air kotor utk tujuanlainnyaMembatasi hambatan arus genangan air dgn

meminimalisasi jalur pembuangan, meningkatkan lahan penyerapan, mengurangipenggenangan melalui lahan basah buatan, sumur bio, dllmempertimbangkan penggunaan pengumpulan

jalur pembuangan air kotor utk sistem irigasilahan.

Pertimbangkan penggunaan air asupan yang bersifat RO terhadap mesin uap di instalsi catudaya gunamengurangi penggunaan kimia yang dibutuhkan, menghasilkan uap yang lebih bersih, meningkatkansiklus, dan mengurangi dampak mesin terhadaplingkungan.

Lanskap dengan tanaman yang tahan kering dan pelapistanah perenial

Situasikan bangunan sehingga berdaya imbas padavegetasi yang ada

Gunakan keran arus-rendah, selang dan toilet

DESIGN REQUIREMENTS

Mutu Udara Dalam Ruangan/Kimiawi

Hindari penggunaan bahan kimia yang bersifat mengurangi ozon pada insulasi dan peralatan mekanik (toleransi nol terhadap pendingin berbasis CFC) Hindari material yang mengeluarkan

polutan gas, seperti adesif dan larutanfinishing berbasis solven, pengkarpetan dan papan partikel yang mengeluarkan formaldehyde. Lakukan audit terhadap system

bangunan yang ada yang menggunakan pendingin dan bahankimia penekan api serta ganti HCFCs dan halon.

Tentukan system penekan api/pendingin yang tidak menggunakan halon atau HCFC

Posisikan masukan udara jauh dari kendaraandan sumber sumber polusi lainnya untukmenghindari pencemaran udara dalamruangan.

Adopsi rencana manajemen udara dalamruangan berkualitas guna melindungi system HVAC selama masa konstruksi, kendalikansumber polutan, dan potong jalurkontaminasi

DESIGN REQUIREMENTSLimbah

Mendukung “manajemenpemeliharaan hutan” dgn material kayu yang bersertifikat Penggunaan material yg didesain

untuk dpt dibongkar & dirakit ulang& didaur/digunakan ulang pd saatfungsi2 terakhirnya.Memastikan ruangan gudang yg

memadai utk limbah berbahayaseperti limbah biomedis, kimia, radioaktif, dll

5 “CORE” LEED-NC Credit Categories(Point Distribution By Percentage)

LEED-NC Point Distribution

PLUSInnovation in DesignProcess

7%

IndoorEnvironmental

Quality22%

SustainableSites20%

Water Efficiency

7%

Energy &Atmosphere

26%

Materials &Resources

19%

Project Name:University of California, Santa BarbaraDonald Bren School of Environmental Science & Management

Location:Santa Barbara, CA

Rating:Platinum 1.0

Year:2002

Diverse Owners & Buildings

Examples of Certified Projects

Donald Bren School of Environmental Science & Management Interior Const."The carpets, lab casework, rubber flooring, fabrics, wallboard, tiles, ceiling tiles and grids, furniture, and insulation are all made with high recycled content. Cleaned and redyed carpet tiles were used, saving 14 tons of carpet from landfill. Wood paneling and cork flooring in the building comes from certified sustainable harvests. Restroom stall partitions are made of 90% recycled plastics; countertops are made of recycled tumbled glass. Linoleum, a biodegradable natural product made from linseed oil, limestone, cork flour, rosin, wood flour, and natural pigments, is used as one of the main flooring materials. "Altogether, Bren Hall is composed of 40% recycled materials." ... "The toilets on the first floor use reclaimed water, and the urinals are waterless. It is estimated that each waterless urinal will save approximately 45,000 gallons of water per year. All toilets have automatic flush valves, all sinks have automatic water sensors, and low-flow fixtures have been used throughout the building. ....

— Donald Bren School, 'About Donald Bren Hall' "Wood paneling from certified sustainably managed forest. 24% of all materials (by cost) contain at least 20% post-consumer or 40% post-industrial recycled content. Specific materials contain 35% to 100% recycled content, including window frames, insulation, lab caseowrk, ceramic tile, acoustic ceilings and wall panels, toilet partitions, and carpet. Structural steel contains 77% post-consumer and 18% post-industrial recycled content." — USGBC LEED certification summary

PP’S GREEN ACTIVITIES ON PROJECT SITE

PP’S GREEN ACTIVITIES ON PROJECT SITE

Noise MonitoringAllocate Danger Material Safely

Reduce Lighting Using

Garbage Separation

Air Monitoring

Vibration Monitoring

Washing Bay

No 3R Item Visualisasi

1. Reuse

a. Reduce plywood by using semi plastic material that we could recycle instead of applying plywood for formwork

b. Reuse the rebar waste by recycling it first

2.Recycle

a. Water – Recharge & Recycle

b. Recycle concrete waste to precast products

3. Reduce

a. Transportation Zoning (reduce vehicle usage & gasoline )

b. Using Container for Site Office instead of timber cosntruction

c. Minimizing the use of site lighting

42T O E N D U S E R W H O C A R E A B O U T E N V I R O N M E N T

SUMALINDO

Through technology we : - Maximize utilization of wood

- Reduce waste- Product mix

E C O C O N C E P T 3 R : R E D U C E, R E C Y C L E, R E N E W A B L E

ECOMATERIAL

& PRODUCT

Suli’s Eco – Solutions – The Concept

http://www.sumalindo.com

Eco-labelResources

RenewableResources

“Barcoded tags” are used to be part of the implementation of CoCin SLJ-II which has been FSC CoC certified along with the FSC-SFM Cert.

CHAIN OF CUSTODY

GREEN BUILDING

SUSTAINABLE SITES

WATER EFFICIENCY

ENERGY & ATHMOSPHERE

MATERIAL & RESOURCES

INDOOR ENVIRONMENTAL

QUALITY

WHY GREEN BUILDING

GREEN BUILDING from TREND to STANDARD

Hadjar Seti Adji0816630751hadjar65@yahoo.com

Jatmika Adi Suryabrata08122711074

J_suryabrata@yahoo.com