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Hydrogen in Smart Cities (Impediments (Uncertainty on development of smart…

- - - - Melbourne Water
      - Municipal wasterwater
      - Industrial wastwater
  - - - Geothermal
      - Solar
        
        PV
        
        Thermal
      - Wind Farms
      - Hydro
    - - Coal
      - Gas
      - Grid electricity
- - - - Buses
      - Garbage trucks
      - Trains/Trams
    - - Delivery trucks (1c)
      - Forklifts (Toyota is doing this) (2b)
    - - Refueling stations (1c)(3d)
- - - - Zoom meetings twice a week
    - - Slack for communications
      - Google Drive for storage
  - - - Using team's culture map to give insight to differences
      - Having difficult conversations
- - - - Experienced with SWIFTH2 Hydrogen project in Scotland
- - - - If Wood does not incorporate Hydrogen into it's service offering it may lose business and miss out on entering the hydrogen market in the future
      - There is high risk for Wood to adopt the market at its infancy that may result in large sunk costs
      - Other companies have started to do pilot projects in Australia
    - - Wood is potentially looking at utilizing their partnership with
        Melbourne Water to source inputs for electrolyser
      - Wood will be able to transition its internal skill sets to adapt the coming energy transition
      - Green and innovative image for Wood, securing potential sustainable customers
    - - Wood needs to transition its business from predominantly oil and gas clients to clients who focus on sustainability and incorporate renewable energy into their business
      - Wood needs to know how Hydrogen electrolysis fits into the future of a smart city
      - Wood needs to meet the demand by customers for sustainable living.
  - - - R&D to understand what Hydrogen electrolysis projects are currently in place in Australia
      - Reduces the risk of missing out on hydrogen opportunities
      - Aviod taking large sunk costs from taking up the investment too early by knowing the market conditions
      - Participate in collaboration with public-private initiatives to gain exposure and experience
    - - Predicted Application of Hydrogen Electrolysis in a Smart CIty (inputs and Outputs)
      - Save project cost by researching best available technologies and knowing the cost of each option and identifying price points
      - Overcome technology difficulties through innovation
      - Build upon current partners with similar views
      - championing the a niche market by identifying synergy between partner and economically viable niche markets
    - - Consultancy and digital pioneering in Hydrogen market
      - Infrastructural expertise for sustainability
      - Feasibility of a Hydrogen electrolysis plant
      - Salient points on ways to penetrate the market