Floating bridge in Angkor Wat, Cambodia near completion

A temporary floating bridge is being constructed in Angkor Wat, Cambodia, that will allow local visitors and tourists to continue visiting the famous temple while reconstruction work on the original bridge gets underway. The repairs require total closure of the original Spean Harl bridge so that experts from APSARA Authority and Sophia University can restore it.

The floating bridge is nearly 200 metres long and 10 meters wide and will be able to support a total of over 6000 people at any given time. Made of polyethylene airbags, the material is strong enough to withstand use for up to 20 years. The plastic bridge will have six viewing areas where visitors can stop to take photographs and admire the ancient temple and should be ready for use before May.

Image source: APSARA Authority

Blue21 article ‘Potential of Floating Production for delta and coastal cities’ published by Elsevier

We are very proud to announce that our article “Potential of Floating Production for delta and coastal cities” was accepted for publication on Elsevier’s Journal of Cleaner Production.

The article presents the results of our research on the BlueRevolution potential for cities. Water space nearby cities provides an opportunity for closing cities resource cycles and accelerating the transition to a bio-based economy. Reusing waste nutrients and carbon dioxide available in cities, biofuel and food can be produced on water through algae and aquaponic systems. The direct effects on local resiliency and the role of floating production in global land shortage reduction are discussed for two case studies, Rotterdam and Metro Manila. The publishers version is available on ScienceDirect and you can find the full manuscript on our website now.

Former President of French Polynesia meets Blue21 in Rotterdam

In light of recent news that French Polynesia will likely host the first floating islands with special governing framework, former French Polynesian president, and current Mayor of Faa’a (a city on the island of Tahiti), Mr. Oscar Temaru visited the Netherlands to meet with Blue21, a collaborator of The Seasteading Institute on the French Polynesia floating island project, which has gained extensive international attention. During this first face-to-face meeting, both parties expressed hopes, concerns and expectations regarding the floating development in French Polynesia.

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Global Centre of Excellence on Climate Adaptation to reside in the Netherlands

On the 6th of February 2017 the Dutch Ministry of Infrastructure and Environment signed a Statement of Intent, together with global partners, which marks the start of the Global Centre of Excellence on Climate Adaptation. The Centre will address the challenges faced when dealing with climate change adaptation issues. The initiative will be led by the Netherlands, Japan and UN Environment.

The ground-breaking Paris Climate Change Agreement has made climate change adaptation a global priority. By supporting those that struggle with climate change adaptation and developing a pool of global knowledge on the subject, The Centre of Excellence on Climate Adaptation hopes to contribute to the resilience of our planet whilst helping others that are dealing with issues such as natural disasters and economic disruptions.

For more information go to Government.nl

Massive photovoltaic power station built on fishery in China now operational

In Cixi City in the Zhejiang Province in eastern China a solar power station with a 200 MegaWatt capacity has been installed above a fish farm. China’s largest photovoltaic (PV) solar farm consists of 300 hectares of solar panels that can generate enough power for 100.000 households. By connecting the power station to the national grid, the fishery can expected an annual yield of 240 million RMB (US$34M) above the annual income already generated through the fish farm.

The solar panels have intentionally been spaced far enough apart in order to let sunlight penetrate the water so not to disturb the growth of the fish beneath the surface. In addition the PV panels installed above the pond will provide shade that will facilitate fish farming under the water. The renewable energy concept might just inspire other fisheries to follow this example.

Image source: People’s Daily Online

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