TMA01

TMA01

1. Introduction

   • Ammonia
     • Current uses
       • Agricultural fertiliser
         • half the worlds food production
     • Ammonia Creation
       • 180 million tonnes produces each year
       • natural gases react with nitrogen
         • Haber-bosch process

2. Entrepreneurial Innovation

   • How is it Entrepreneural
     • New markets
       • carrier as energy source could create a multi-billion tonne market
     • Increase demand
       • ease of access
   • How is it innovative
     • New method of Creation
       • solar/wind & hydro
     • New applictation of use
       • fuel for marine vessels
       • transportation of hydrogen
     • How is it different
   • Green Ammonia
     • Challenges
       • Expensive to produce
       • Finding suitable locations for production
       • Funding
       • de-coupled from environmental impacts

3. Societal Challenges

   • Un SDG's
     • 7. Affordable and clean energy
       • Transportation & storage of renewable energy
         • Safer than current methods of storing hydrogen
     • 9. Industry innovation and infrastructure
       • Agricultural
       • Marine transportation
     • 13. Climate Action
       • 14. Life below water
         • less pollution from fuel emissions
       • Life on land
         • brown ammonia results in declines in bio-diversity
       • Reduction in C02 emissions
         • brown ammonia results in widespread air quality problems
     • 17. Partnerships for the goals
       • collaboration of key industries

4. Module Theories and Concepts

   • Mendalows Matrix
     • Significant stakeholders
       • Who has the power
       • Who does this interest
   • Triple Bottom Line
     • intersections of sustainability
     • Environmental
     • Economical
     • Social

5. Application & Discussion

   • Who are the key players
     • Governments
       • Europe
       • Japan
       • Australia
     • Industries
       • Agricultural
         • Yara
       • Marine
         • Shipping circles
           • NoGaps
             • Nordic Green Ammonia Powered Ships
         • Passenger cruisers
           • Oslo
       • Chemical
         • Starfire energy
       • Wind farms
         • Orsted
   • How does Green Ammonia affect the TBL
     • Reduction in C02 emissions from manufacture
       • Reduction in fossil fuel use in shipping
     • Expansion of markets
       • new demand
       • increase profitability
     • Social

6. Conclusions

   • Key elements
     • potential benefits
     • widespread applications
       • transforming industries
     • What's needed for future development
   • References