Modelling an Energy Transition Case including Storage
Scoping a Renewable Power Model for Singapore from Nature’s basic means of Energy Storage
The 40th International Energy Economics Conference held in Singapore in June 2017
Energy First to fulfill Emerging Economies Energy Demands in uncertain geo- & eco political times
Effective Storage of “negative regime” Renewable Electricity
China’s farsighted holistic approach of combining Hydropower with Acetylene Chemistry
The enormous transformative Potential of Carbon Circularity
Effectiveness of mankind’s use of resources means highest targeted yield at least adverse effects
Energy Transition away from Fossil Fuels is an Energy Storage Issue
Nature’s favorite energy storage aggregates are Carbon and water – the building blocks of any life
Carbon Recycling enabling non-primary Electricity-recovery by Hydrogen Fuel Cells
Let’s substitute today’s fossil Carbon for electricity and transportation by Renewable low CO2 Hydrogen
Meeting COP21 CO2-Goals requires to change our Eco-System – but some do not want to
Global CO2 exhaust could be reduced from 160 –> 88% of the planet’s absorptivity at no additional cost!
Why the world has been being missing physical Carbon recycling so far!
Levels of consumption, prices and Technology reached CCU expediency just only a decade ago
Corporate Social Responsibility in light of UN’s Global Sustainable Development Goals
COP21 will only succeed under the Power of People calling for most efficient, not just “green” measures
Some things are happening – But do you really want to wait for what it is?
The journey from Gold to Black Gold back to Gold in the dawn of Belt and Road New Economic Zone
#carbonefficiency 