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Artificial Photosynthesis: Feeding And Fuelling The Future, Thomas A. Faunce
Artificial Photosynthesis: Feeding And Fuelling The Future, Thomas A. Faunce
Thomas A Faunce
Large research teams in many nations are using nanotechnology to actively redesign photosynthetic components such as light capture antennae, artificial reaction centre proteins, organic polymers and inorganic catalysts. A major aim was to achieve low cost, localised, off-the electricity grid use of sunlight to split water and achieve hydrogen for fuel cells or compression and hyper-cooling to form a liquid fuel that when burnt produces fresh water. The first international conference dedicated to creating a Global Artificial Photosynthesis (GAP) project was held in Australia at Lord Howe Island on 14-18 August 2011. As well as having endorsement from the UNESCO …
Global Artificial Photosynthesis: A Scientific And Legal Introduction., Thomas A. Faunce
Global Artificial Photosynthesis: A Scientific And Legal Introduction., Thomas A. Faunce
Thomas A Faunce
With the global human population set to exceed 10 billion by 2050, its collective energy consumption to rise from 400 to over 500 EJ/yr and with the natural environment under increasing pressure from these sources as well as from anthropogenic climate change, political solutions such as the creation of an efficient carbon price and trading scheme may arrive too late. In this context, the scientific community is exploring technological remedies. Central to these options is artificial photosynthesis – the creation, particularly through nanotechnology, of devices capable to doing what plants have done for millions of years – transforming sunlight, water …
Will International Trade Law Promote Or Inhibit Global Artificial Photosynthesis, Thomas A. Faunce
Will International Trade Law Promote Or Inhibit Global Artificial Photosynthesis, Thomas A. Faunce
Thomas A Faunce
Artificial photosynthesis (AP) is an area of well-advanced research involving large international groups at the cutting edge of synthetic biology and nanotechnology. In simple terms it offers to produce a cheap source of hydrogen for fuel through using sunlight to split water, as well as making basic starches by a process involving absorption of carbon dioxide via the enzyme RuBisCO. As the proliferating numbers of university-based research teams working in this area begin to combine, there will be a natural escalation of the expected time for a global roll-out of AP domestic and international devices. Policy attention will then turns …