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Green Economy - Coggle Diagram

- - - - Industrial (41%)
      - Commerce and svs related (38%)
      - Households (15%)
      - Transport (1.4%)
    - - ICAO - 2% annual fuel efficiency improvement. Carbon neutral growth from 2020
      - IMO: reduce GHG by 50% by 2050 compared to 2008 lkevels
      - SG 2030 Targets: Solar Energy deployment, energy storage, Tech, diversify electricity supply
    - - Reduce energy consumption in HDB towns by 15% and zero-waste food district. More solar on HDB.
    - - cleaner-energy car models by 2030
      - Double EV charging ports
  - - - 2030 Target: Peak emissions at 65 MtCO2e
        2050 Aspiration: Halve emissions from peak to 33 MtCO2e and achieve net-zero emissions as soon as viable.
        Net Zero: (a target of completely negating the amount of greenhouse gases produced by human activity, to be achieved by reducing emissions and implementing methods of absorbing carbon dioxide from the atmosphere.)
      - Ensure that new carbon-intensive investments brought into SG are carbon/energy efficient, for carbon-intensive sectors
    - - Green our industry's production processes and energy usage (Jurong Island) transform into sustainable energy and chemicals park
      - Sustainable tourism destination
      - Carbon Services hub with capabilities and networks across value chain
      - Green Finance leader to support sustainable SG and Asia's transition to a sustainable future
      - Technology
        Carbon capture, trial new tech for utilisation and storage (CCUS) Currently operational facilities fitted with CCUS can capture around 90% of the CO2 present in flue gas
        Flue gas—the emitted material produced when fossil fuels such as coal, oil, natural gas, or wood are burned for heat or power—may contain pollutants such as particulates, sulfur dioxide, mercury, and carbon dioxide. Most flue gas, however, consists of nitrogen oxides.
        
        Post-Combustion
        
        Separate CO2 from the flue gas, by using a chemical solvent for instance, after the fuel is burnt
        
        Pre-combustion
        
        converting the fuel into a gas mixture consisting of hydrogen and CO2 before it is burnt. Once the CO2 is separated, the remaining hydrogen-rich mixture can be used as fuel.equire larger modifications to the operation of the facility, suitable to new plants.
        
        Oxy-fuels
        
        burning a fuel with almost pure oxygen to produce CO2 and steam, with the released CO2 subsequently captured
        
        Study the potential of low-carbon hydrogen and emerging tech for decarbonisation
      - Support Local enterprises to adopts sutaiability practices / solutions / standards