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The Carbon Cut CHIJ Secondary Singapore Choo Qi Lin Natalie Emilly Erel Lim Li Sing, Sarah Lillian Claire Seah Yan Ting Tang Jei Min

The Carbon Cut

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The Carbon Cut. CHIJ Secondary Singapore Choo Qi Lin Natalie Emilly Erel Lim Li Sing, Sarah Lillian Claire Seah Yan Ting Tang Jei Min. Global warming due to carbon emissions. Consequences of global warming Heatwaves and warmer temperatures. Melting ice sheets. - PowerPoint PPT Presentation

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Page 1: The Carbon Cut

The Carbon Cut CHIJ Secondary Singapore

Choo Qi Lin NatalieEmilly ErelLim Li Sing, Sarah LillianClaire Seah Yan TingTang Jei Min

Page 2: The Carbon Cut

Global warming due to carbon emissions

Page 3: The Carbon Cut

Consequences of global warmingHeatwaves and warmer temperatures

Page 4: The Carbon Cut

Melting ice sheets

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increased numbers of natural disasters

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Statistics

Page 7: The Carbon Cut

We will be evaluating:

1.BCA Greenmark

2.Biodiesel

3.City in a Garden

4.Use of Solar Energy

Our Proposal

Table of Contents

Page 8: The Carbon Cut

BCA Greenmark Launched in 2005

Maximising the potential cost effective energy savings with sustainable designs

Its national target is to achieve “greening” 80% of our buildings by 2030

*BCA: Building and Construction Authority

Evaluating Current Measures

Page 9: The Carbon Cut

BCA Greenmark scheme assesses buildings for:1. Energy efficiency

2. Water efficiency

3. Environmental protection

4. Indoor environmental quality

5. Other green features and innovations

Evaluating Current Measures

Page 10: The Carbon Cut

Benefits of the BCA Greenmark scheme

1. Reduces carbon footprint

2. Sustainability

3. Cost efficient

Evaluating Current Measures

Page 11: The Carbon Cut

Marina Bay Sands

BCA Greenmark Gold Award

Evaluating Current Measures

1. System that allows control over lighting, heating and water supplies

2. Self-closing taps and constant flow regulators

3. Energy-efficient lights

Page 12: The Carbon Cut

Biodiesel in Singapore

Evaluating Current Measures

Page 13: The Carbon Cut

Benefits of biodiesel

1. To the environment

2. To the companies

3. To the individual

Evaluating Current Measures

Page 14: The Carbon Cut

How does biodiesel reduce carbon emissions?

Evaluating Current Measures

Closed carbon cycle

Page 15: The Carbon Cut

Cooking oil recycling drive

Evaluating Current Measures

Page 16: The Carbon Cut

Waste Management

Evaluating Current Measures

Pulau Semakau Landfill

Page 17: The Carbon Cut

City in a Garden initiative 3,318 hectares of Singapore’s land

space is devoted to parks, park connectors and open spaces

Evaluating Current Measures

Bishan Park, Singapore

Page 18: The Carbon Cut

Roof Garden

Evaluating Current Measures

Page 19: The Carbon Cut

Benefits of Roof Garden

Provides cooling and insulation

Boosts building value

Helps to reduce carbon emission

Evaluating Current Measures

Page 20: The Carbon Cut

Parks in Singapore Connected by 70km long of park connectors

Boosts economy by attracting potential tourists

Evaluating Current Measures

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Overall Benefits of City in a Garden Reduces the amount of carbon emission

Maintains Singapore’s economic competitiveness

Evaluating Current Measures

Esplanade Park, Singapore

Page 22: The Carbon Cut

Kyoto Protocol Binds 37 industrialised countries and the

European community to reduce their greenhouse gas (GHG) emissions by 5.2% for the period 2008-2012.

Second commitment period to begin in 2013.

Evaluating Current Measures

United Nations Framework Convention on Climate Change

Page 23: The Carbon Cut

Use of solar energy in Singapore

Investment by government for Research and Development

Attracts global talent and technology

Creation of jobs

Evaluating Current Measures

Solar panels installed at car parks

Page 24: The Carbon Cut

Benefits of using solar energy

Cost efficient

Reduces locally produced amount of carbon emissions

Economically beneficial

Evaluating Current Measures

Solar panels at Marina Barrage

Page 25: The Carbon Cut

Benefits of using nuclear energy Environmentally friendly; can replace fossil

fuels

Sustainable source of energy Uranium resources able to power world’s

reactors for more than 100 years

Evaluating Current Measures

Page 26: The Carbon Cut

• Economically viable

• Safer than conventional coal plants

Plant type Cost ($USD/MWh)

Advanced Coal 109.4

Biomass 112.5

Advanced Nuclear 113.9

Natural Gas 124.5

Solar 230.4

*From lethal cancers caused by radioactive emissions

Type of plant Deaths caused/year

Nuclear 2-4

Coal 320*

Exploring New Measures

Page 27: The Carbon Cut

Cons - Creates hazards such as:

1. Radioactive waste2. Usage to create nuclear weapons3. Threat of criticality accidents, loss-of-

coolant accidents, nuclear fuel response to reactor accidents, nuclear meltdown

Fukushima Daiichi nuclear disaster

Exploring New Measures

Page 28: The Carbon Cut

Geological repositories Radioactive waste must be contained &

isolated

Current waste disposal methods: Storage above ground in pools of water Recycling & reprocessing spent fuel

Exploring New Measures

Page 29: The Carbon Cut

Geological repositories Underground engineered facilities

Reduces risk of released radioactive waste

Exploring New Measures

Page 30: The Carbon Cut

Underground/ Underwater Nuclear plants Underground Ammo facility (opened in 2008)

Jurong Underground Caverns (set to open in 2015)

Advances in technology brings about nuclear safety

Exploring New Measures

Page 31: The Carbon Cut

Individual efforts

Solar Panels

Roof Sunlight

Rain Gutter System

Green Concrete

Exploring New Measures

The Haus@Serangoon Gardens

Page 32: The Carbon Cut

Individual efforts

Conserve use of electricity

Cut back on meat (one-fifth of global emissions come from livestock)

Use energy-efficient appliances

Exploring New Measures

Page 33: The Carbon Cut

Thank You!