Process of Making Glass into Stone. A Japanese factory transforming glass into new materials.
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- čas přidán 10. 09. 2024
- Process of Making Glass into Stone. A Japanese factory transforming glass into new materials.
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こーゆー動画を見ると分別、リサイクル大切。って実感する。後で子供ともう一度みます
リサイクルをするために膨大なエネルギーが消費されています
はたしてこんなにエネルギーを消費してまでリサイクルする価値があるのかはちゃんと考えるべきですね
なんでもかんでもリサイクルすれば良いというのはあまりに短絡的な考えです
@@ponhazan That's exactly what I thought, this process is not efficient or effective. Burning everything and extracting the glass to return to the glass industry would be more profitable and less energy polluting.
@@ponhazan
なるほど！確かに指摘された通りかもしれないです。。必ずしもプラスに働いているかはわからないし何でもかんでもリサイクルすればいい。という事が果たして正解なのか？んー。難しい問題ですねぇ。私の思いは安直だったことはわかりました！
@@ponhazan❤ 神神は言った: コーランで
💓『 人びとよ。あなたがた、またあなたがた以前の者を創られた主に仕えなさい。恐らくあなたがたは（悪魔に対し）その身を守るであろう。」（聖クルアーン 2:21）
❤（かれは）あなたがたのために大地を臥所とし、また大空を天蓋とされ、天から雨を降らせ、あなたがたのために糧として種々の果実を実らせられる方である。だからあなたがたは（真理を）知った上は、（唯一なる）アッラーの外に同じような神があるなどと唱えてはならない。」（聖クルアーン 2:22）
💓 もしあなたがたが、わがしもべ（ムハンマド）に下した啓示を疑うならば、それに類する１章〔スーラ〕でも作ってみなさい。もしあなたがたが正しければ、アッラー以外のあなたがたの証人を呼んでみなさい。」（聖クルアーン 2:23）
❤ もしあなたがたが出来ないならば、いや、出来るはずもないのだが、それならば、人間と石を燃料とする地獄の業火を恐れなさい。それは不信心者のために用意されている。」（聖クルアーン 2:24）
💓 信仰して善行に勤しむ者たちには、かれらのために、川が下を流れる楽園に就いての吉報を伝えなさい。かれらはそこで、糧の果実を与えられる度に、「これはわたしたちが以前に与えられた物だ。」と言う。かれらには、それ程似たものが授けられる。また純潔な配偶者を授けられ、永遠にその中に住むのである。」（聖クルアーン 2:25）』
@@ponhazan そのコメントはリサイクル事業を行う企業(こっこー、或いは他の企業全般)に対しての意見なのか？それとも、* SaoRi*個人または他の視聴者らに向けた意見なのか？
That is some incredibly spicy air in that factory lmao
yes, that is concerning
It made me actually cough when I first saw it
Which is why they’re wearing respirators?..
Your making Lava Rocks.. that's the exact sound they make...
Manmade pumice
🌋
I LOVE this channel. So well made, no AI voice, just showing how Japanese culture does this or that task. It feels like no matter how simple the task the Japanese people turn it into an art form.
hear hear
"I LOVE this channel. It's so well made, with no AI voice-just pure Japanese culture showing how tasks are done. It feels like no matter how simple the task, Japanese people turn it into an art form. What inspired you to focus on showcasing Japanese culture in such a detailed and artistic way?"
А мне понравилось, как японские рабочие глядят не защищёнными глазами в летающую вокруг стеклянную пыль. Интересно, иски к хозяевам производства уже были за потерю зрения?
This video allowed me to dial in an ideal CC font/color/opacity that is great for all CZcams vids. Nice.
@@mihawk-qm2ufwhat was the point of this comment
ガラスじゃない異物を人が手で取り除いてたり、太陽光パネル1枚1枚を人がサンドブラストかけてることが驚き
ソーラーはおそらく実証実験でしょう。うまくいったら自動化すると思われます。
@@hirofumimomose5014 なるほど〜
@@hirofumimomose5014 廃ソーラーパネルが相当な数、安定的に供給されない限りは、いちリサイクル業者での自動化ラインの導入は難しく、このように処理するしかないと思います。しかし企業活動に可能な範囲でこういう機械を導入してでも、多様な廃棄物に細かく対応しようとする状況は、経営者さんの前向きな設備投資の賜物だと感じます。
The amount of energy required is staggering.
too expensive to have that ......
And what are the other ingredients? This would be too cost inhibitive for most countries to implement.
And labour intensive
Наврядли рациональные и экономные японцы запустили бы неэффективное производство!))
why do you say that? It's about the same as making glass from sand (silicon dioxide). making portland cement or steel requires *much* more time at *much* higher temperatures. Making aluminum from bauxite (aluminum ore) is more energy intensive that any of those. As an industrial process it seems pretty calm -- far from *staggering*
ガラスの粉砕片の中での労働はとても過酷かと思います。縁の下の力持ちなお仕事で資源が有効活用されることに、仕事だから当然と思わず感謝したいです。ありがとうございます。
Теперь я понял откуда взялись целые пласты гранита . С тщательно перемешанной фракцией крошек. И не могу понять зачем тратить столько ресурсов и сил на изготовление упаковки а потом тратить кучу ресурсов на её утилизацию и переработку. Я отлично помню то время когда всё упаковывалось в бумагу. Были и пакеты целофана для рыбы и тд. Но люди их потом сами дома мыли и опять ходили с ними в магазин. Бутылки принимали у граждан и после промывки на заводах их опять пускали в розлив. Все вещи служили долго. А бумажная упаковка и завёртки в пергамент природа сама отлично переваривала. Огромных куч мусора не было. За последние 30-40 лет человечество сошло с ума и убивает природу и тратит лишний потенциал - ради чьей то наживы и выгоды. Трудно быть разумными и усеренными в потреблении ? Людям - нет. Бизнесменам - да. Так как лишние доходы и труд без пота и усталости - это наркотик ! Не хватает головы и духовных качеств - нельзя пускать таких в бизнесы и производства ! Они соревнование начинают - больше + я быстрее + мне + вот я какой !
@@user-oz4sg7tw1j Вы ищете простую циркуляцию ресурсов. Но ваш комментарий сложен. Точно так же люди и предприятия склонны погружаться в сложные процессы. Во многих случаях в событиях нашего общества существует разница между идеалом и реальностью.
那是因為他們的加工設備落後..日本回收業的加工落後令人吃驚......
@@user-lw5qz8uy5w 中国的回收技术比日本发达很多吗？请出示材料。
@@user-lw5qz8uy5w 你是利用回收问题对日本人民进行仇恨活动的中国人吗？我认为这种有损尊严的行为是破坏其他中国人的良好形象。
Parabéns, vocês japoneses sempre nos surpreende.
スーパーソルは園芸用の鉢底の石として使っています。
初めて製造過程をみました。社会に必要な企業です。
I agree. Societies around the world need to follow this example. 👍🏻
落後的回收加工工藝....令人吃驚.......
아 이게 원예용화분에 깔아놓은 하얀돌이었군요
가볍고 좋던데 파유리분말이라는것을 처음알았네요.
It's crazy to me they allow allow that much glass dust to be generated around workers. Should be totally a wet process until right before it goes in the furnace.
The workers have above grade masks, and with proper air flow in the buildings, the dust is AWAY from them.
At least, that is how I would have designed it, and I expect they have better minds than me doing it :p
Air flow is often an under utilised procedure, but it's utilised in MANY industries, especially in food preperation and hazardous industries. I SERIOUSLY doubt they hadn't mitigated that...
damp anything going into a furnace = EXPLOSION
@@andyman8630 Poussière en grande quantité en suspension dans l'air = très gros risque d'explosion également, la poussière est un véritable.
@@andyman8630until right before
Right before being an operative phrase that you seem to have missed
@@LostCylon you're talking ideals. Non western nations deal in cost saving measures, not idealism
I'm sneezing just watching this video. But jokes aside I'm so glad when I see waste recycled into something so useful.
Only in Japan. In China ans America they go to landfills. Toxic,green adjenda
Fascinating, great documentary. The dust generated during this entire process is just insane - literally ! I'd have thought they would have found a way for the dust not to fly around so much. Suction, moisture, anything. As it is, I wonder why the workers are not wearing airtight eye protection as well.
They are wearing PPE.
広島県民なのにこんな素晴らしい会社があったとは、知らなかった。
Máy nghiền nát thủy tinh mạnh mẽ và hiện đại. Người Nhật làm ăn như ý. Japan 🇯🇵👋.
Japan as a country and its society never cease to amaze me. Although total perfection does not exist, they are a clear example of being diligent cultivators and indicators that one can be on the path to it with intelligent perseverance and example. Magnificent video, discounting this my subscription and admiration for Japan and its people.
Disfrute mucho este video y me sorprendió el buen uso de la re-utilización de material de desecho.
Because glass powder totally sounds like something I'd want my lungs and my face to be full of
it also seems like they absolutely hate safety regulations and are actively breaking all of them, you can even see some of them take off their respirators so they can take in large gulps of the air
非常优秀的旧物回收改造工程！
Все дорого и трудозатратно.
Ты бы дешевле и быстрее сделал, мы в курсе.
@@pashamix не в этом дело. Производство похоже на показательное, объемы малы, ручной труд, много перевалок. Особенно панели. Так проблему мусора не решить, ибо дешевле пену делать из первичного стекла.
япония импортирует ВСЁ сырьё и топливо, что потребляет. Всё горючее сжигает на мусоросжигательных заводах, превращая в тепло и электричество, а не горючее - перерабатывает во вторсырьё на второй круг или стройматериалы. В том числе и на расширение своей территории на искусственных островах. И в любом случае это обходится дешевле, чем покупать чистое сырьё из-за бугра, а отходы гноить в земле, которой и так не много. Странам с огромными территориями и "бесконечными" ресурсами это не понять
На счет объемов - мы не знаем, так как накопительный склад ничего не показывает - может там партия биг-бегов накапливается только для погрузки в фуру.
Что касается ручного труда и перегрузок - то не больше чем на любом ГОКе, или производстве, например, силикатного кирпича - процессы похожи.
Для маленькой страны с ограниченными ресурсами вполне применимо и разумно.
Recycling the solar panels was even more labor intensive than I thought it would be - sandblasting each one by hand? Wow, and still, I'm glad it's being done. We should be thoughtful and take the time to dismantle and reuse what we build.
It's only being done in Japan, everywhere else...landfills, including China,ans USA
I just saw a container car hauling a load of this kind of material in the us. Foamed glass aggregate.
Sure you did
It all goes to landfills here
Very interesting... Greatings from Brazil.
I really like the recycled expanded stone. So many potential applications. I would have expected the process would be able to include the paper and alloy contaminates though. I hope this is a new or emerging process as it seems very slow and inefficient. So much double and triple handling.
O ruido que o material produz qdo se pisa nele é maravilhoso , deve dar muito prazer andar em cima da pedra de vidro !
Parabens aos japoneses .
Fantastic process, but I can't see how this could possibly be cost effective vs ordinary crushed stone.
I was wondering about that as well. Maybe stone quarries are not as common in Japan as they are in other countries for some reason? Even then, you would think shipping it in on bulk cargo ships would still be cheaper than this. I'm guessing there is some sort of government subsidy for re-purposing what would otherwise be waste in a landfill that makes the financial case work.
I'm guessing that landfill space in Japan is limited and expensive. Perhaps that might make the process more cost effective.
@@ottopartz1 There are massive land reclamation projects in Japan, in Tokyo Bay for example; crushed glass (AKA sand) would be as good a fill as anything without the waste of effort and energy of processing it into rock.
I wonder how much it costs- I can think of so many better products that could be made with glass.
@@soundsoflife9549 except this kind of glass is too low quality for recycling into normal glass, obviously, also, when some industrial throws millions at making a factory, you can assume there is a market, a need, and it all make sense. What doesnt make any sense is random youtubers questionning the validity of existing business which are obviously running.
That rotating forklift is the coolest thing.
🇧🇷 Simplesmente Espetacular!!👏👏👏👏👏👏
This is so great, I wish we had this in the US!
(Maybe we do, but this is the first time I’ve heard of the process.)
With the very slow production speed I am going to guess it is just an experimental plant. It would require a production increase by about 1000 percent to be practical.🇦🇺
There is a company called Aero Aggregates doing this same thing in the US, and I've had the opportunity to see it first hand, it's a bit more automated but essentially the same process
A very interesting video. Congratulations Cocco Company.
とても興味深いビデオです。 コッコカンパニーさん、おめでとうございます。
I don’t think I’ve ever seen such a big production site with such inefficient and dangerous processes! The incoming glass could easily be delivered into a vat of hot cycling water (using the waste heat as mentioned in the film). This will remove label, plastic caps and other impurities and could link to a drying system which then takes it all the crusher. That removes several manual steps of moving it around by truck and most importantly means that people aren’t leaning into a crusher and trying to remove it by hand! That step is ridiculous!!
Maybe, but it is also called employment, what you are talking about is the removal of half a dozen steps that would also cause the loss of at least 6 peoples jobs to the un-employment ques. That is not a great start to creating jobs for people.
@@dawsie this guy is just dreaming, any industrial that throw millions at making a factory did their homework (actually their engineers did) to improve efficiency, if it is done that way it is there are many reason, which a random youtube has no clue of.
No way this is cheaper or better than just digging rocks out of a quarry or recycling cement.
I am obviously missing something here , rocks get crushed to get silica to make glass , then crush glass to make rocks , instead of melting it into more glass , and using the crushed rock to make , well rock .
This is just what they do with the poorer quality glass recycling. Whole bottles/jars are easier to wash the labels off, remove metal, plastic and cork bits, and safer for humans to interact with. This is the broken stuff the sieve out. All part of the flow of the material life cycle!
I also had the impression that brown and green glass could not be recycled. Now I know that they can be recycled, but only into either brown or green glass. Some materials are not recyclable, such as special glass like mirrors because it contains metal, and other. I wonder if template glass is recyclable or not. But I see a tremendous amount of bottles that are thrown into the ordinary garbage. What a waste!!!
you can crush the glass and run it threw a tumbler cheaper than this and it looks nicer too
Yeah, that's what I was thinking. In Europe we call this stuff foam glass. But only the lowest qualities of cullet would be used for this. Cullet with a high amount of ceramics, stones and porcelain should be used for making foam glass. It is really a waste to make foam glass from those good glass qualities ...
Forbidden cookies 😊
That looks like a really unhealty place to work in and live nearby
Dust collectors must be added. Glass dust is about 50% as dangerous as asbestos dust. The cheap facemasks on the drivers will be only 30% functional. We saw this problem decades ago in California, at various similar mining and re-processing centers. Dangerous work.
太陽光パネルも原料になるんですね😮
太陽光パネルの表面コーティングのみガラスなのでそれを手間をかけて剥がし再利用し、その他太陽光パネルの心臓部であるシリコン結晶部分も分別して素材としてまた別のリサイクル企業へ売ることで、何とか採算ラインに乗せているものと思います。
좋다 .. 우리나라도 이 기술을 도입해야한다 앞으로는 재생산업이 각광을 받을것, 환경적인 요소(미세분진,소음등 )만 좀더 보완하면 도심근처에서도 능히 사업할만 함
我們台北市早已垃圾不落地20年...日本遠遠落後.....
재활용 으로 지속적으로 순환이 되야 좋은 것인데 한번쓰면 버려지면 안됩니다
@@user-lw5qz8uy5w
오우 어떻게 그렇게 할수
있나요?대단합니다
밟을 때마다 소리나니 방범용 좋은 아이디어네요. 잘 봤습니다. 영상 감사합니다
Was thinking the same thing, normal stones you can walk on and they don’t make a sound, but that stone was great, it’s noisy and due to how it’s made safe for even cats and dogs could walk on it without getting harmed, same with any other animal that walked on it.
I thought it would work well in filters for fish tanks due to all the holes the bacteria that is needed in the filtering system would have lots of places to cling to while working. Could also be used in the bottom of the tank as rock formation as its now lighter in weight.
Could also be used on pots or garden beds as the water would run through it easy enough.
日本技術是世界第一
Thanks for sharing. Watching from Borneo🎉🎉
Безумно дорогой процесс! А не проще ли отходы не сильно измельченные просто добавлять в бетонные недорогие конструкции. Например дорожного покрытия. Или в пенобетон.
они потом так и делают, только используют как щебень. достраивают острова вокруг густонаселенных городов
полагаю, с применением стекла, прочность бетона сильно снизится
Согласен, овчинка выделки не стоит. Такой гравий раз в 10 дороже обычного. Можно было бы сделать утеплитель или стекловолокно для бетона. Да даже обратно переплавить обратно в стекло.
а еще эта хрень очень легкая, как пенопласт. пыли от нее пиздец. используют например для засыпки к примеру "крыши" подземного паркинга, на которой потом будет внутренний двор.
@@nrt8305 это когда гравий под ногами есть или в ближайшем карьере. А если его необходимо импортировать с других стран, где одна логистика съедает львиную долю расходов, а при этом есть излишки стекломатериалов, вполне рентабельно пробовать новые рецепты
all that glass dust everywhere on te factory floor. gets into the lungs of everyone that works or lives in that area
充分気をつけているとは思いますが、お身体を大切に…塵肺がこわいですよね。
那是因為工藝落後才會有粉塵........
Glass dust is everywhere... and there is no ventilation above the place where the gray is dumped. And they work without glasses.
It seems that this material is extremely light because of its porous properties when foaming
seems like it would be a fantastic insulator as well
Япония привет!
Идея утилизации стеклянного лома очень хороша. Ставлю высшую оценку. У нас это «5+».
Людей очень жалко, которые работают со стеклянной шихтой (пудрой). Берегите людей!😢
Maior fábrica de cerol do mundo :)
Vidro e areia uma boa reciclagem se tornando em pedra
Японцы это люди из космоса Великая нация любое дело которое они делают это Верх совершенства. Люди из космоса
I WANT TO KNOW HOW YOU ‘FOAM’ THE GLASS. Please explain.
Also, There’s no such thing as “waste glass”. Glass can be melted and turned back into glass bottles again.
стекло никто не ПЕНИТ. ты видео смотрел вообще? его измельчают в пыль а пыль в печи потом спекается скорее всего на температуре близкой к полному расплавлению стекла чтобы получить не расплавленное стекло а чтобы эта пыль спекалась.тоесть частички пыли не полностью расплавляются а частично и эти расплавившиеся части стеклянной пыли так сказать склеиваются друг с другом. это называют спеканием когда материал не полностью расплавляется а частично и происходит скрепление частичек оплавленных между друг другом.
надеюсь ты меня понял. стекло не вспенивают расплавив полностью материал а нагревают до температуры близкой к расплавлению. что то около 1400-1500 градусов
@@ivannegrozni7692 What are the other ingredients though? The process wasn't explained properly.
lol, you have no clue of what you are talking about, you obviously do not even understand there are many "classes" of glass some of which cannot be recycled for many reasons. A good example of dunning kruger effect : you know so little about the topic that you think you know better than an inductrial who thrown millions at making that factory.
@@soundsoflife9549 не помню чтобы я писал про реагенты какие либо... я писал про процесс спекания стекла.я и обьяснил из того что об этом знаю как это делается. я не писал ни про какие реагенты, ты о чем?
Amazing process.
太陽光パネルは一枚づつ手作業でやるのか。ひえぇーだな
Sehr gut und schön !!!
Молодцы японцы, капитальные крассавчики--что тут ещё скажешь!
I never thought that the Japanese might be accused of inefficiency but there are many problems clearly visible in this process.
they are only visible when you have a strong dunning kruger effect, for the industrial who threw millions and putting this factory together, and his engineers, you can be sure all the problem have been thought after. The point is, you do not have the information to judge, you do not know why they do things theway they do, you do not know the economics of this operation, nor the stakes at play.
I wonder what its insulating properties are if made into tiles? 🤔💭
This would make such a good Huggbees episode.
Судя по объему переработки это капля в море для Японии. Стопроцентный "зелёный проект" государства (или частный за государственные дотации)
это всего-лишь одно из направлений переработки "вечного мусора"
@@GlavR13а у нас это конкретное производство пеностекла, и стоит не как из отходов, а дорого для застройщика частного.
A ridiculous invention, these "stones" must be very expensive. Glass is recycled into glass bottles. All colors sorted. Clear one goes to windows.
Excellent ..those Japaness really know how to make stuff❤
名称もロゴも歌手のCOCCOそのまんまやな
is it cost effective? Japan has over 100 active volcanoes, presumably there are vast deposits of pumice just waiting to be scooped up....
良いものを見せてもらった。知らなかった。
That is a lot of work and energy to make rocks?
Why?
Очень важный и информативный ролик. Спасибо !
Тем временем в России: Автоваз возобновил выпуск лады весты с АБС...🤣
so effectively its just slag glass but a foamed stone instead .......cool
We can do it .great work
Wow so cool😍
It's hard to believe that this is a factory environment, so clean.👍
Which gas is released to foam the glass? It looked like calcium carbonate (or bicarbonate) was added.
That would imply CO2 is released during the process.
From rocks, to sands, to glass, to rocks again 😂
Still love the job though, we can never have enough sustainable projects like this
こういう会社が燃料の高騰等でつぶれないように…
亚洲之光
Works wonders for the sinuses
The amount of energy to make rocks.
I had no idea pumice was made artificially. All seemingly good and refined processes, except for that solar panel bit. That whole process was HORRENDOUSLY inefficient and very high in manual labor for an extremely small amount of glass they actually get off the panels. There is simply no way it can possibly be economically advantageous for them to be doing things that way.
It's economically viable when industry has to pay for the disposal of the waste they produce , as they should , instead of just getting it buried in a environmentally damaging landfill.
@PaulG.x you can claim that anything is "economically viable" when government forces a dozen subsidies and tariffs to make it so. It's just an artificial market. A solar panel is about the most environmentally benign waste material imaginable. It's glass and metal and silicon. It doesn't matter if it's thrown in a landfill.
@@Muonium1 I think it depends on how much the silver in the panels is worth
except... you have no clue of what you are talking about. You do not know anything about the reality in the field in japan, nor the stakes at play, nor the economics of this business, therefore you should refrain from formulating strong opinion on the matter.
@@lo2740 lol. that which you assert entirely without evidence can be dismissed without evidence. stay mad though living in your fantasyworld where a single soda bottle's worth of glass obtained through painstaking labor and energy input as shown in the video is somehow worth more than the 5 cents a normal bottle is worth at the recycling drop off. haha
鑑賞魚飼育水槽のソイルだったり濾過材なんかにも応用できそう。PHの変動起きなさそうだし使い道ありそうだな。
خدا حفظتون کنه. مردم سختکوش و باهوش ژاپن ... آخر فناوری و علم ... در جهان همتا ندارید.... باسپاس فراوان ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
Quy trình biến thủy tinh thành đá. Một nhà máy Nhật Bản biến thủy tinh tuyệt vời 🇯🇵👍.
This is fantastic!
Great video! You don’t need to add music; the content speaks for itself.
Looks like it's 5 times more expensive than just crushing a real rock?
Japanese are the most creative forward thinkers on the planet
O vidro fazendo o caminho inverso. 👍
I would have liked more detail on how glass can be foamed.
놀라운 재활용입니다!
I don't speak this language, so I clicked on a video because I thought it was a long pizza in a thumbnail 😂😂
Why is colored glass considered waste and hauled to a landfill?
Why does it matter?
This seems like an incredible lot of labor, energy, processes to create something I can't imagine they could sell for a quarter of the cost it takes to make. We already have tones and tones of cement been poured with rocks all around the country. Couldn't you just break up the glass bottles and mix them in with normal cement ?
It seems like this process must use a lot of fossil gas. I am curious how much.
I bet they could pulverize this material, and make something suitable for use as sand, either in playground sandboxes, or at beaches...
I like how 1 wine bottle made it through unbroken. 2:42
est ce bien rentable toutes ces manipulations et cuisson à 800 ° pour obtenir en fin de processus du gravier ??? je m'attendais à voir en fin de process du carrelage ou des panneaux de céramique pour le batiment !!!
Si un industriel a depensé quelques millions pour creer l'usine, alors oui, vous pouvez assumer que le process est rentable et qu'il y a un marché. Les realités du Japon sont parfois bien différentes des notres, par exemple il n'est pas possible de créer des décharges géantes pour tout le verre non recyclable, etc. Il y certainement aussi d'autres raisons.
Sono d'accordo quanta CO2 per trasformare qualcosa quando esiste l'alternativa già in natura solo profitto non c'è coerenza in un discorso di reciclaccio e tutela ambientale
That's a big financial investment to make a low volume of freaking rocks. Why did they skip over the foaming technology? This looks like an expensive green boondoggle.
the money isnt in the sale of the weird rocks, the money is in avoiding too much landfill.
@@joshwalker5605 There's no money in that.
@@joshwalker5605glass is just rocks. Land filling them is essentially free
@@thedopplereffect00 landfill space is not free.
@@stevesmith728 there's money to be saved by not paying for landfill space
super👍
يصنع الانسان أشياء لحياته
ولكن الاصعب هو كيفية التخلص منها
بعد استخدامها
هذا هو الإنجاز الحقيقى بمعنى الحياة
اصنع استفد تخلص
نعم
تحية لكل صانع ومبدع
Разве нельзя переработать стекло в стекло? Зачем песок перерабатывать в стекло, а потом перерабатывать стекло в камень?
Потому что нет у них возможности улицы украшать разноцветным щебнем, нет его у них, ну или просто мазохисты
Они не перерабатывают песок в стекло. У них много импорта в стеклянной таре, а возвратного приёма нет. В то же время мало строительных материалов. Вот и приспособили утилизацию в стройку.
Too expensive process for the future solar panel recycle.
Surely cheaper to just recycle the glass into new bottles and jars. Seams like a lot of effort and energy to turn it into something that is going into or onto the ground. And then having to make new glass to make bottles and jars from.
Pull the solar panels through a roller. that glass will fall off.
That's an INSANE wise use of materials by a resource poor country. One can only hope that as energy becomes cheaper, more use of this tech becomes more widely used :)
Such a great idea! . . . . cause the earth doesn't already have enough crushed stone available. . . . . but we have mountains of glass . . . . . 🙄
It's used for insulation under buildings, lasts longer than hydrocarbon based foams and doesn't absorb water. When compacted, it can support a concrete slab. Which will insulate the slab from the earth. Most stone can't do that.
@@fuegofool Crushed stone(pea sized) when applied properly with drainage, creates air pockets enough that when combined with not allowing water to permeate under the slab, it works as an insulator as well. That layer of urethane foam insulation commonly used, is really only helpful with a slab on grade, a waste of money on a full basement.