1 of 28

SINGAPORE

GROUP 6

2 of 28

  • City-state and island country
  • Established in 1819 - British colony and trading centre for the British Empire
  • Autonomy in 1959, independence in 1965
  • Highly developed economy, busy harbour
  • High standard of living

3 of 28

GROWTH

Singapore Population Vs Time. Statista

Singapore GDP per Capita Vs Time. Our World In Data

4 of 28

LAND USE

THROUGH TIME

Fong et al. 2019

5 of 28

Source: ourworldindata.org

Shows how much Singapore is dependent of the rest of the world

  • Ex: the financial crisis in 2008

This is with import which makes the amount of CO2 per capita to just under 30 tCO2, compared to the graph to the left where the CO2 per capita is only around 9 tCO2

6 of 28

ELEMENTS AND BOUNDARIES

7 of 28

STAKEHOLDERS

8 of 28

9 of 28

Trend: Housing

Drivers: Rise in population, economic growth, higher percentage of unmarried and elderly.

Trend: GHG Emissions

Drivers: Rise in population, increase industrialization, transportation (both of people and resources)

Trend: Economic Growth

Drivers: Rise in population, high education, attractiveness for international corporations, export of services and manufacturing, tourism, geographical positioning.

TRENDS AND DRIVERS

10 of 28

TRENDS AND DRIVERS AND CONSEQUENCES

11 of 28

SYSTEM MAP

12 of 28

SYSTEM MAP

13 of 28

FORECAST

Demand Today:

  • 1600 mil liter/day

By 2065:

  • Demand could double, driven by non-residential

Water imports from Malaysia end in 2061

The 4 National Taps:

  1. Reservoirs
  2. Imports
  3. NEWater
  4. Desalination

Changes implemented:

  • 2/3rds of the island serves as water catchment area
  • Concrete canals to river basins

WATER

Expecting a population around 6,7 mil. in 2030

Population has consistently grown at 1% pr. yr. in the last decade

Same rate of growth would mean a population of 8 mil in 2050

HOUSING/

POPULATION

Singapore’s Growing Land

1960: 581,5 km2

2019: 725,7 km2

2030: 766 km2 (aim)

Reasons for land reclamation:

  • Need for more housing and limited area

  • Expanding coastline for expansion of the port and tourism

  • Creation of water reservoirs

CO2 Emissions:

  • Expecting to peak at around 60 MtCO2e in 2030

  • Could fail to meet targets due to growth

LAND RECLAMATION

EMISSION

14 of 28

Define the strategy

15 of 28

VISION & STRATEGY

Ensure Water Security

Build modern, livable, efficient and equitable housing for all

Achieve Carbon Neutrality by 2045

The vision of the state of Singapore is to build a green, resilient and more livable city for the future generations

To be leading in water technology, smart water usage and become water-independent

Build housing that is sustainable and affordable and develop neighbourhoods to be more vibrant and livable for all

Having a cleaner energy mix and being a leader in carbon capture utilization and sequestration to achieve carbon neutrality ahead of the 2045 target

16 of 28

How Our Strategies Map to Our System

17 of 28

Ensure Water Security

Reduction in water usage by industry and households

Innovate and implement advanced desalination

Implement Blue-Green Infrastructure

World Leading Water Efficiency

Strict water efficiency standards for industry

Rain and wastewater collection systems mandated for industry

Expand water reservoirs and permeable surfaces

Efficient, Eco-Friendly Desalination

Accelerate R&D through public-private partnerships to develop more energy efficient desalination technologies

Aim to reduce energy use from 3.5 kWh/m3 to 1 kWh/m3 of water

ABC Waters

Active, Beautiful, Clean Waters

Turning old concrete pipes and canals into rivers and waterways in parks

Connecting existing waterways and reservoirs to improve resiliency

Stakeholders in blue

18 of 28

Ensure Water Security

Source: https://una.city

19 of 28

Build modern, livable, efficient and equitable housing for all

Encourage Active Transport

Build Sustainable, Resource-Efficient Housing

Build with Nature Based Solutions

Pedestrian and Bike Friendly Infrastructure

Pedestrianizing downtown Singapore

Connecting greenspaces and bike paths and public transit

Plan and promote public bike share services

Collaboration with Academia

Utilize research from Singapore’s universities to build resource efficient housing with low lifecycle emissions

As water and energy efficient as possible, made by the HDB to be retrofitted in the future

Expansion of Blue-Green Infrastructure

Connect existing green spaces and waterways to promote biodiversity and resilience

Convert older grey infrastructure into visible multifunctional blue-green infrastructure by PUB

Stakeholders in blue

20 of 28

Build modern, livable, efficient and equitable housing for all

Source: mvrdv.com

Source: AI generated (Adobe firefly)

21 of 28

Achieve Carbon Neutrality by 2045

Invest in Energy Infrastructure in Neighbouring Nations

Invest and plan for shift to clean fuels from natural gas

Invest in CCUS R&D with the aim of becoming carbon negative

A Win-Win Situation

Invest in building renewable energy in Malaysia and Indonesia

Interconnect grids to improve grid resilience

Increases pace of renewable adoption in both nations

Clean Molecules for Clean Power

Expanding the existing LNG port to be capable of processing and storing over 100% of Singapore’s demand

Building capability to utilize H2, ammonia or other clean molecules for power and transport

CCUS for Negative Emissions

Lead the world in CCUS R&D be encouraging public and private investment

Home to major oil and gas companies that can be valuable partners

Stakeholders in blue

22 of 28

Achieve Carbon Neutrality by 2045

Source: www.gexcon.com

Source: www.greentechnologyinfo.com/

23 of 28

Actions

24 of 28

TIMELINE

Reduction in water usage by industry and households

Innovate and implement advanced desalination

Turning grey infrastructure like pipes and sewers into Green-Blue canals/rivers to provide resilience

Invest in renewables in neighbouring nations to import clean power while providing co-benefits

Invest in clean molecules - RNG, H2, liquid ammonia etc. for transportation and power generation

Invest in CCUS research and implementation at scale with the aim of becoming carbon negative

Increase green spaces and promote active transport

Build sustainable, resource-efficient housing with minimal lifecycle emissions

Incorporate NBS wherever possible - more green spaces and pervious surfaces

25 of 28

EXISTING PLANS VS OUR PLANS

Existing Plans in CAP/ Plans

-Encouraging water savings in residential sector

-Desalination and NEWater (recycled water) planned to make up for increased water use

-They are building an interconnector with Malaysia and investing in solar development there

- Existing LNG port that can provide 50% of Singapore’s requirement

-Investigating CCUS and Hydrogen

Our Suggestions

-Implement strict ramping water efficiency and use reduction standards for industry

-Our goal is instead to be water efficient to prevent the need for more water

-Our goal is to expand and increase this investment to Indonesia and other ASEAN countries to build an ASEAN grid

-Expand LNG port to be >100% requirement and be clean fuel ready

-Invest heavily in R&D with private partners and academia to boost development

26 of 28

SPATIAL MAPPING

27 of 28

SOURCES

admin. “Top Alternative Clean Fuel Sources | Renewable Energy.” Green Technology Info | Sustainable Homes | Green Living, 1 June 2021, https://www.greentechnologyinfo.com/top-alternative-clean-fuel-sources/.

Bishan-Ang Mo Kio Park & Kallang River Restoration | Urban Nature Atlas. https://una.city/nbs/singapore/bishan-ang-mo-kio-park-kallang-river-restoration. Accessed 14 Aug. 2024.

“CNA Explains: Why Does Singapore Want to Build a ‘Long Island’?” CNA, https://www.channelnewsasia.com/singapore/long-island-cna-explains-east-coast-reclamation-property-climate-3950566. Accessed 14 Aug. 2024.

Data, Our World in, and Max Roser. “OWID Homepage.” Our World in Data, Mar. 2024. ourworldindata.org, https://ourworldindata.org.

Impact Of Climate Change In Singapore. https://www.nccs.gov.sg/singapores-climate-action/impact-of-climate-change-in-singapore/. Accessed 14 Aug. 2024.

“Malaysia Unleashes Renewable Energy Potential on Singapore’s Doorstep.” MIDA | Malaysian Investment Development Authority, https://www.mida.gov.my/mida-news/malaysia-unleashes-renewable-energy-potential-on-singapores-doorstep/. Accessed 14 Aug. 2024.

MVRDV - Green Rail Corridor. https://www.mvrdv.com/projects/267/green-rail-corridor-. Accessed 14 Aug. 2024.

Singapore. https://globalis.dk/lande/singapore. Accessed 14 Aug. 2024.

“Singapore - TotalEnergies ENEOS – Solar for Business in Asia.” TotalEnergies ENEOS, https://solar.totalenergies.asia/countries/singapore/. Accessed 14 Aug. 2024.

“Singapore’s Water Loop.” PUB, Singapore’s National Water Agency, http://www.pub.gov.sg/Public/WaterLoop. Accessed 14 Aug. 2024.

Water. https://www.mse.gov.sg/policies/water. Accessed 14 Aug. 2024.

Water Shortages and Rationing in Singapore. https://www.nlb.gov.sg/main/article-detail?cmsuuid=934137ac-f437-4120-93e0-689ec0283f97. Accessed 14 Aug. 2024.

“World Bank Open Data.” World Bank Open Data, https://data.worldbank.org. Accessed 14 Aug. 2024.

28 of 28

Questions and comments?