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Energy

https://youtu.be/4GJtGpvE1sQ


 
16 May 2023 by Prof.(Dr.) Sa...

Energy

https://youtu.be/P_k8J_K2DHk


 
26 April 2023 by Prof.(Dr.) Sa...

Energy

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Seaweed.Not PLastic
Notpla ( not plastic) provide a range of all-natural packaging solutions made from seaweed. They are 100% biodegradable and home-compostable - just like a piece of fruit. The team behind Notpla first bought the world Ooho's - edible sachets filled with water - used in the London Marathon. But have expanded to deliver sauce sachets, pipettes, paper, film-based packaging, rigid protective packaging and water/grease proof coatings for takeaway food containers. https://www.notpla.com/
22 April 2023 by Kylie Hargrea...

Energy

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Heavy duty battery for construction sites
On construction sites, big power loads are needed for big equipment. Often much of this power comes from diesel generators. Diesel is a highly polluting fossil fuel, spills can occur, and diesel generators can be very noisy. AMPD Energy has designed a continuously operating battery storage system that is safe for the rough and tumble of construction sites, 30% less noisy and of course produces no diesel particulates and 85% less CO2. Most importantly they are able to deliver the high-power loads needed, for example, to run massive equipment like cranes.https://www.ampd.energy/
21 April 2023 by Kylie Hargrea...

Energy

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Plant-based wax replaces fossil fuels in Cosmetics
Algae has been studied for years as a potential source of biofuels. But its potential as a natural source of wax to replace the carbon intensive petrochemicals used in many of our non-organic cosmetics, body-care and sunscreen products is pretty new.https://www.whoi.edu/press-room/news-release/natural-wax-holds-promise-to-replace-petroleum-in-cosmetics-and-personal-care-products/
8 April 2023 by Kylie Hargrea...

Energy

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New Look Laser Fusion
Nuclear Fusion remains an elusive source of clean, abundant, non-radioactive energy. This is largely because the temperatures needed to fuse elements together have traditionally required so much energy the whole reaction results in a net loss of energy.  By introducing lasers to speed up the heating process, some net energy gains have been demonstrated - albeit for very short durations. But a radically different approach, which uses lasers to accelerate the movement of hydrogen through boron, holds the potential promise of being able to generate petawatts of clean, non-radioactive electricity directly from the unit.    https://youtu.be/OlGzt9ur1bY
26 March 2023 by Kylie Hargrea...