Відео

Die Autobahn GmbH in Deutschland besitzt seit 1 Jahr solch ein roboter arm, der selbstständig die Leitkegel auf und abbaut. Also ist das nichts neues.

Can I get support to run and build a research 🔬 into the production of bio-fertilizer

00:29 How about investing in solutions that reduce the need for road maintenance? Trains are a well-proven technology that can take a big number of vehicles off the road. Safe cycling infrastructure can equally replace a bunch of the shorter trajectories. I understand we can't shift everything to these modes of transportation but cars really are inefficient and a big burden on our roads. Surely some shifting to known technologies (rather than looking into new/untested ones) would have benefits? EDIT: that being said, I'm liking the AR solutions that keep the workers safely away from the traffic. Drone inspections look interesting as well

Unlimited power lasers and 3D printers are fascinating, but what if you - just wash the bottles - as we did in USSR and still do in poorer countries?😅 /jk

Water sad😢

Regenerative agriculture is what is needed.

Testing the microalgae "smoothies" is an initial step in the REALM project. The team will furhter process the smoothies from microalgae that have a positive effect on tomatoes, and perform new tests. The final marketable biostimulants will also be processed microalgae cultures. From microalgae to biostimulants - find out more here: realmalgae.eu/plant-biostimulants-with-microalgae/

It would be interesting to compare the microalgae biostimulant performance with that of some conventional chemicals used as biostimulants. That would help convince farmers to change.

Congratulations! Great to see this intuitive "win-win" system being successful in practice ! Next step, i guess, is to find out what are the key factors/compounds resulting in this great growth enhancement ?

It looks like a wonderfull and innovative idea! But a question arose in my head, that whether the farmers of the rice fields would accept that quite a large area of each field would be directed to the "treatment process". Because smaller field area might affect the amount of the harvested rice. I am not trying to complain, it was just an idea. Wishing good luck!🙂

1:30 'I like food and I like tomatoes. So that's why I enjoy working with plants' Very sympathetic. 😆 But apart from that, is there a particular reason why tomatoes are used to test the biostimulants? Do they have unique characteristics that make them a good model plant for this kind of research? And are biostimulants being tested on other crops? 🤔

Microalgae are so versatile I'm surprised ESCI hasn't made a second channel fully dedicated to algae yet

Sounds neat. I'm curious, though - do you expect this technology will be able to recycle all types of glass? 🤔 Or are there certain types of glass that will probably be too difficult to recycle?

This sounds super cool! 🤩 When do you think these will be available to the public? 🤔 And any idea on the price? I'm guessing they'll be a bit pricey, being sustainable and custom-made.

I believe we need to make 6 km inflatable mountains and spray the top of the mountain with water so the water turns into ice that is the only way that we are going to stop this water

*Starts watching video hoping this isn't another fast fashion enabling thing* Edit: 00:44 ok, I'm hopeful

Great to make use of the potential that households can bring to balance green production and consumption!

RESCHOOL brings together both technical and social challenges to convert energy communities into active electricity market agents

Thank you for laying out the important work that's being done to solve water scarcity problems

Spain really is at the forefront, great to see!

Hello,,,,,,,🇯🇲

This is great cause (correct me if I'm wrong) unlike the big furnaces, lasers can easily be powered by green electricity. Win-win

Can you suggest any research paper on this?

What's there to develop??? Reed is being used in many countries as bedding material and sometimes filler feed for many centuries.

Giving back more to the Earth than we take? Has somebody been reading "Beware of Chicken"? Cause that's literally the whole philosophy by which the protagonist farmer is improving the whole province Edit: posted that before finishing ... "May the Future be with you"? Oh yeah, I feel at home in this youtube channel :D

Allein das Natrium im NaCl könnte als Strom Speicher von Solarstrom enorme Wichtigkeit erhalten. Das Chlor wird in der chemischen Industrie eine Basis Vielzahl von Produkte sein.

Thank you 🤎

After watching the film, I realised how huge is the task to save our beaches. This film must reach all nature lovers to learn the importance of this subject. The team deserves a big clap in appreciation. All the best to all of you.

Working on it in Egypt

I'm sorry to say, that the majority of the sand traps in Calafell was an epic failure and every single person who has walked around the beach, knows it. Nowadays is only working as a dog pee point.

Keep at it

Aint no grass replacing soy that's fake clickbait

Good

Cool endeavour

It is a well made video. The video also contains a nice Glass Reinforced Plastics Evaporator.

What does zero liquid discharge mean? Does it mean desalination plants would no longer discharge brine into the sea (thereby heavily disrupting the local flora and fauna)?

We need this The USA

Great invention! Happy to be the small part of the solution :)

Love it ❤

I am not an engineer but here is an idea, probably not at all practical. My understanding is that supercritical water cannot hold salts, they drop out. Unfortunately it requires high pressure and temperatures. Temperature: The temperature must be above the critical temperature of water, which is approximately 374 degrees Celsius (705 degrees Fahrenheit). Pressure: The pressure must be above the critical pressure of water, which is about 22.1 megapascals (3200 psi or 218 atmospheres). Process would need to go approximately 2,180 meters (about 7,152 feet) below the surface of the ocean to achieve the pressure necessary. Heat can be generated using electricity in a confined area, and by utilizing the rising column of fresh hot water in a pipe, it might be possible to power the process. There is a possibility of generating excess power, although this would depend on the efficiency of the energy conversion process. If enough electricity can be generated to sustain the operation, and if the water is sufficiently desalinated, then the process could be considered viable. However, this approach would likely be limited to locations adjacent to very deep water due to the need for significant pressure, which is a prerequisite for achieving supercritical conditions. I understand that Sydney Australia has water that is deep enough within 45 miles and they currently use desalination for a good percentage of their drinking water.

Have you seen any information on adding biochar to commercial fertilizer to reduce the volatility and solubility of the nutrients?

2 different comments on this topic. 1 Have you considered getting 'biomulch' blades for your mowers, so you can skip the entire part where you have to chop it into small pieces, it can arrive as dust. 2 has anyone done any tests to see if biochar can filter nanoplastics from water?

❤

If regulatory idiocy prevents it from being used in official agricultural projects, then I'm sure that backyard gardeners would jump at the opportunity to use it!!! For "testing" purposes - of course...

Absurd

If you produce it and sell it as CO2 storage for farmers, can you sell green certificates? I think this is a part of this CO2 credit scam ;)

For me, the future of the biochar is also in cleaning the water. Either you have the water poluted chemically by things like heavy metals or organic polutants. Here, the biochar could absorb the heavy metals and other problematic stuff. After burning it, you would get much concentrated ashes with high contend of heavy metals (organic polutants destroyed by heat). Thus, a concentrated waste easy to store. Or re-use, if you need the stuff it contains. Or you have water poluted only with a high contenf of nitrates. Here, the biochar could absorb the nitrates, possibly combined as a root substrate for nitrate hungry plants, and eventually serve as nitrate rich plant feeder. In both versions, you have clean water as a final product.

What about the toxic cargo/legacy of sunken war ships? Ticking time bomb, the lethal legacy of over 6300 ship wrecks from WWII 💣 ☠️ 🛳 🛢 🌊 🌎🐬🐠 🚨 ‼️ ua-cam.com/video/Rt1njaxDM6w/v-deo.htmlsi=Gb1BlfvSbC63tpGx

Jordan has discovered large deposits of uranium in their country and soon with the French to exploit these minerals because Jordan wants to build nuclear reactors for energy and with desalination plants and want to dump rich sealine water into the Dead Sea because the Dead Sea is losing too much salt water from extracting sodium, potassium and magnesium elements by the Israeli industry. Jordan has 360000 tonnes of uranium so it's possible to work .