Uncategorized August 3rd, 2017CEEC
Our future will be built on data. Of that there is no question. With this immutable destination in mind, it becomes incredibly important for us to realize the risks and benefits of our path we take as society progresses.
Data centres in the United States consume 2% of the electricity produced nation-wide. This seems shocking, yet it’s common knowledge that large information and technology corporations such as Google and Microsoft have massive warehouses full of computers optimized for data storage. Although it stands that these computers should be optimized for another factor: sustainability.
Google, Apple, Facebook, and Amazon have all pledged to run their data centres on sustainable energy, with Microsoft in fast pursuit. It’s this corporate responsibility and dedication to the environment which will set high industry standards that will only benefit our growing sustainable goals.
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Did you know the Cape Town is precariously close to running out of water! The second largest city in South Africa is experiencing the worst drought in recent decades. The city is working on mass water recycling programs to push back the current 100 days of water they have left.
Click here to find out more.
How do you convince 93% of your population to walk, bike, or take public transportation? You build a city that prioritizes energy conservation and clean energy generation. Check out this week’s Green Feed article to learn more about the innovative smart-city technologies that let the top green cities in the world lead the way to self sustaining urban life. Click here to read more!
Between 2015 and 2016, the total value of Green Bonds issued has doubled to $81 Billion! Given the fact that this value is expected to double yet again by the end of 2017, this marks what some are considering the beginning of a flourishing new asset class.
With the widespread adoption of environmental policies from countries worldwide, there is a mass amount of green infrastructure to be built in the coming years. Experts think that Green Bonds will be a pivotal tool for pushing this development through to completion. To read more about the Green Bond’s opportunity for social impact AND market yield, click here!
In Coca-Cola’s attempt to reduce their dependence on fossil fuels, we can all look forward to the implementation of their PlantBottle. The product is made entirely of sugar-cane derived plastic, with the goal of using exclusively green packaging by 2020. Coca-Cola hopes to lead the packaged goods industry away from its dependence on non-renewably sourced plastic.
Their comments: “It hasn’t been an easy task, but it shows our commitment to doing the right thing int he right way.”
You can read more here.
Last year the United States of America consumed 4.8 billion pounds of seafood, 50% of which is supported by fish farms. A method of fishing consisting of isolating a ‘pen’ of water to securely harvest fish from. What’s the problem with this? In addition to the societal overconsumption of fish, fish farms are stationary. This means that the pens are trapped within the produced waste of millions of fish. This often leads to disease, and the complete desertification and destruction of nearby ecosystems from increased toxicity.
Cue an innovative solution: InnovaSea is attempting to create free-floating domes which will seemingly solve the problem. What’s more? Not only will these pods ensure that the produced waste is distributed across the ocean safely and effectively, but these pods will actually utilize ocean currents to DELIVER matured fish to shipping ports across the world.
To see the effects of a collaboration between innovation, business and nature the following video goes into amazing details about the Aquapod A3600. And as always, feel free to read more at this link.
In Venice, Italy- a tourist destination known for their intricate and iconic canal systems, they are already experiencing the worst effects of our rising sea levels. When the tide is in, water from the ocean floods into the lowest parts of their city – affecting people’s homes and their livelihood. Click here to learn about the gargantuan, world-defining solution that engineers and businessmen from around the world are contributing to. You can also click here to see Project Mose’s first successful test of their flood gates.
At the helm of Studio Roosegaarde, a team of over 20 engineers, designers, and other creatives based in a Rotterdam studio he calls the Dream Factory, Daan Roosegaarde is working to create environmentally pure and aesthetically pleasing everyday solutions to the problems arising from climate change.
You may have heard of the studio’s internationally acclaimed Smog Free project, for which they’ve created the world’s largest vacuum tower to convert smog into clear air in Beijing. What’s more, they’re using the carbon-rich smog to make jewelry.
“We live in a world where we’re feeding our dreams and hopes into a virtual cloud—be it WeChat, Weibo, Twitter, Facebook—but the physical world is sort of crashing around us, and almost nobody cares about it,” says Roosegaarde. To counter, the 37-year-old multihyphenate—his many hats include artist, designer, architect, inventor, and entrepreneur—has found a new niche, or “a new playground,” at the intersection of environmental concerns and creativity.
The Croton megalocarpus tree is common throughout much of East and Central Africa, and until now it has been used for little more than firewood.
The nuts of the tree have been shown to contain high concentrations of oil and protein, and they are now being used to produce a fuel that could serve as a clean alternative to diesel.
With an abundant supply of croton nuts available at minimal cost, a new industry is emerging with sky-high ambitions.