※This video does NOT include any paid promotion※ ※ 위 영상은 유료광고를 포함하지 않습니다 ※ 📦제품문의: bit.ly/4cdELms (POSCO 포스코) 🎬촬영문의: factorymonster2021@gmail.com -I film for the company who are proud of showing how their products are made. -팩토리몬은 제품에 자신있는 소상공인 분들과 중소기업을 대상으로 무료촬영을 진행합니다. Copyrightⓒ 2021. Factory Monster. All Rights Reserved.
Lies - this video obviously tries to get every one of us to lust for a nice big metallurgy plant, so each of us is tempted to buy one. We can all see the hand of the big metallurgy lobby under that - they paid you with boat loads of rich iron ore dumped into your garden ! But seriously, thank you - you make the best industrial process videos !
I can explain to you why the electromagnet can not hold the steel when it is hot: Heat, is all the little molecules moving around between each other, when it is liquid, the molecules are moving so much the material looses the physical property we call being solid. Think ice is steel, and water is the molten steel. A material that is magnetic, has all the molecules aligned along the magnetic field, so the south parts and north parts all aim the same way. When the material is hot, the magnets inside the object, starts aiming in all kinds of different directions and therefore can't be magnetized.
I've seen this process several times, but this is hands down the best quality footage I've witnessed to date. The sound effect clarity is like being there in person. Outstanding work!
The content of this channel is truly top tier: no music in the background, just it's real ambient noise, the filming is precise and clear, no one speaking, the subtitles are available... So much better than documentaries you see on TV (for me at least, there are those who prefer them differently). Just impeccable. Bravissimi!! 😮
Indeed, very well done. And as an English speaker, I appreciate the time and effort involved in generating the subtitles. They appear to be man made rather than computer generated, and are therefore much more concise. Yeah, sometimes there are humorous moments, but they make the comments even more endearing. Thank you again for your efforts, keep 'em coming!
Как раз текстовый контент видео-процесса основных этапов, по превращению нормативных видов сырья сталелитейного завода, в один из видов конечной продукции, в частности, вальцовочная катанка, далеко не безупречный... Опуская все затраты, на удаление и переработку отходов, от основного производства, как отдельное производство, а также определенные сложности технологических регламентов печей, нормативные сроки износа кабелей электроприводов и сезонные условия эксплуатации транспортных механизмов, можно сказать, что далеко не каждый Корейский миллионер будет способен заказать своей семье образцы увязочной арматуры. Не злопыхая, могу лишь сказать, что инженеры-технологи участков, работники цикличного производства и управленцы транспортных цехов, по разному понимают суть проблем ф/х-процессов, на каждом этапе обработки литейных заготовок... Поэтому, автору контента есть еще над чем потрудиться, без глупых сравнений видов питания, разных типов определений источников теплового излучения, и электромагнитных свойств состаяний разных ¥-металлов, не употребляя качественого напитка, типа парного молока.
Im a machinist and I actually buy a lot of stock from Posco and even my grandfather before me bought steel from Posco when it was called Pohang Iron & steel co. Im huge on safety and cleanliness, I got invited to tour the factory and I was amazed. Everyone there had proper PPE including gloves, respirators, heat shielding ect., everything was totally immaculate, machines are inspected in the factory sometimes up to twice a day and not only do they test their own product but they send a sample off for secondary testing which is something extremely unique.
@@SmaxChristopher1 Extremely unique, as opposed to mildly unique. I would have used mildly considering these processes are used pretty much world wide (albeit Posco is one of the best) but I do appreciate his enthusiasm.
This brings back a lot of memories from my days at US Steel Gary Works which was once the biggest steel producer world wide. A lot of the process has been mechanised and computerized beyound what was available in the mid 70s before the crash. Some of the labor jobs must still be necessary like the scales-man, who work in a pit under the roll tables clearing the scale as it falls of the hot steel. This was backbreaking work shoveling these glowing red steel fragments into giant buckets which were lifted out by cranes to be emptied. Relining these furnaces was another dreaded job. It usually took 3 shifts to finish one furnace but we had to wait a week for it to cool off first. Ah...the good old days.
I'm always amazed by the quality of your factory videos. The drone footage is great and not over-done. Even things like getting the exposure just right while recording the steel being poured is such a technical challenge and you are making it look so easy. Keep up the good work. I look forward to the next video!
That's a really good point. Seems like every time you see a video of a steel pour it looks absolutely washed out because the cameraman didn't bother to get the exposure set right.
Doing a tiny bit of math here. This facility seems to produce 36 million tons of crude steel per year. At its height, the Roman Empire is estimated to have an annual production of 82,500 tons of iron. Meaning it takes this one mill just over 20 hours to produce what the Romans made in a year. And that's assuming the facility operates on a 24/7 schedule.
Difference is there was 7 billion less people back then 🤷♂️ . . If you do some extra math itl make what the romans made quite impressive to todays standards
Ah, the good old "compare modern industrial capacity with ancient empires" routine-classic! Well, allow me to sprinkle a bit of sarcasm over this steel-meets-Rome scenario. Yes, it's true that this modern facility churns out in a mere day what took the mighty Roman Empire an entire year to achieve in terms of iron production. Impressive, right? But here’s the catch: I’m pretty sure the Romans weren't exactly working with 21st-century technology, automation, and a global supply chain. They also had a few distractions-like, you know, conquering most of the known world, building aqueducts, roads, and coliseums, and generally setting the foundation for Western civilization. So while the sheer numbers are fun to play with, it feels a bit like comparing a Ferrari to a horse and chariot in a race. Sure, the Ferrari wins, but the real question is: are they even running the same race? The Romans weren't aiming for industrial output-they were busy building empires, not just steel mills. But hey, numbers are numbers, and if all we’re comparing is tonnage, I suppose this modern facility wins by a landslide. And how fortunate we are to live in a world where we can casually crank out steel while binge-watching TV and ordering takeout. Vae victis, indeed! Cheers!
@@robertkarr6129It’s possible that the Ferrari driver was given the wrong address and ended up racing a scooter gang instead of the horse and chariot, or if the race was scheduled in the early 17h century before the Ferrari was invented. Both scenarios would mean they are not in the same race. But honestly even if the classic horse vs horsepower showdown happened in the same location today, my money would be on the horse and chariot if the race required them to squeeze through narrow passages like in a densely grown forest.
This video is amazing, your presentation is so clear and easy to follow! I especially loved the part at [13:58], it's very detailed and valuable. Looking forward to more high-quality content from you. 👏🔥
One small correction-the molten metal coming from the blast furnace is not commonly called “steel”. It is actually called “pig iron” or “ cast iron”. This pig iron needs much more refining before it is actually steel. Love the video, nice to see how it’s done “overseas”.
It is done the same all over the world. I worked for a Dutch steel factory. I recognize all the equipment and processes. Most of the machines are from Germany.
Is amazing how South Korea have become so industrialized. When I lived there I loved the country, culture, food and the people, I almost forgot soju too
Wow, after watching the steel production process from iron ore, I feel like I’ve just witnessed a journey from a humble rock to a mighty steel beam! There’s heating, melting, and impurity extraction-it's practically an action movie for iron atoms! And honestly, this process is like a reality show: the temperatures are dramatic, the furnace is throwing a giant BBQ party, and the metals are busy 'transforming' into high-strength steel! It’s the industrial revolution, live in action. Thanks
@@The_DuMont_Network Uh, I give some additional explanation for deleted reply you've given. It's different case. The misconcept you have is 'The one word only have single meaning in Korean'. 'film' as a verb which means 'record video' and its noun form 'filming' is same with 'record' and 'recording' in Korean whether the image is moving or not. Because we don't separate those two words and only one word is corresponds that meaning. So 'take' in 'take a picture' or 'take a photograph' is same with 'film' in 'film a movie' and it is also same with 'record' in 'record a video' just a one word '촬영하다' (verbal form) '촬영'(noun form) But 'film' as a noun which means 'thin planar object' is different from 'record' in Korean too. In that case we use take the sound of 'film' or take the meaning of 'thin planar object' so it becomes '필름'(former case) or '박막'(latter case) and adhesiveness does not affect on meaning. We also have multiple meanings for single vocabulary or multiple vocabularies for single meaning. So you need to not to confusing it.
It is videos like this that give the world a greater appreciation for the work that is carried out to make the world work. Thanks for documenting this.
Steel rods !!!...Iron ore (+coke, limestone) is converted to Iron (blast furnace) firstly and then refined into steel of set specification.(in BOS furnace or electric arc or ancient open hearth) Refined steel is rolled / formed into required end product.
1:39 현직 외항선 일등항해사입니다. 통상 CSU(Continuous Ship Unloader)타입이 일반 바가지보다 빠릅니다. 작지만 끊임없이 퍼내기 때문입니다. 또한 분진도 덜 날리고요. 철광석은 아니지만 유연탄 하역하러 포항이랑 광양 포스코 원료부두 자주 다녔읍니다. 포항은 그래도 하역이 좀 느려서 선원들이 숨 돌릴 틈이 있었는데, 광양은 하...진짜 드럽게 빠릅니다. 화물창 9개에 석탄 18만 톤을 싣고 들어가도 하역기 5개 갖다대고 밤새 쪽쪽 빨아대면 이틀도 안 걸립니다. 호주 갔다 오면 한 달, 캐나다 갔다 오면 한 달 반, 남아공 갔다 오면 두 달만에 한국에 돌아오는 건데, 광양 들어간다 하면 하루만에 쫓겨나오니 선원들이 불만이 참 많았죠...
As the name of the channel, I am very impressed with your modern machinery with advanced technology and your team of experienced engineers. I know how hard you have worked to achieve the results you have today. It is admirable.
between 80 - 90% of this iron ore comes directly from the Karara/Pilbara regions of Western Australia & the Savage River mine in Tasmania. Approx. 1000 metric tonnes is mined & shipped to the Asia-Pacific region 24/7.
@@Marine_Ret Hahaha yes it is! Especially when consumed in the quantities that are common in Korea. (I can’t keep up with them, I’m sure, since I can’t even keep up with Korean friends in USA!)
Factory monster, you asked, why red hot steel can be held by a magnet? It is true, steel has a Curie temperature of about 770°C. This accounts only for its ferromagnetism (ability being magnetized and keep magnetization). Steel however has paramagnetic properties too. This means, external magnetic fields can influence even liquid steel or steel plasma. E.g. pulse plasma fusion makes use of this property, when a cage (liner) from iron wires is collapsed under a huge current pulse. Experiments conducted at Sandia National Lab (SNL) have shown, neither wires from Al, Ni, Cu exert such strong forces as ionized iron - due to its paramagnetic properties.
Wow, such a fascinating and well-done video! Your cinematography, editing and storytelling skills are next level, this is one of the best industrial documentaries I’ve seen, congrats and thanks!
Wow, this was amazing. Both the process and how you have filmed it. Getting good shots with those temperatures and dimensions must have been quite difficult.
14:36 Heat wave and too much high current will act as diamagnetic force that resist magnetic force that's why when the steel is red and very hot the magnetic device does not attracted to them.
@@luc_xott Started when I was 12 working for my Dad upgrading farms from fuses and single strand wires to breakers and grounded cables. My friends and I were shade tree mechanics and I took two years of Industrial Electronics and then a year of steel construction. A friend called from New Orleans that they were hiring to work building a ship loader so I pulled miles of cable on that one. We went to Colorado looking for work and found the Windy Gap Pumping Station and assembled and ran 4 12,000 HP pumps for the Big Thompson Project. Then I worked on a bridge back home in Minnesota so I worked over both ends of the Mississippi and beneath the Colorado. The steel tubing plant was in there earlier. Retired IBEW
설비와 공정을 보면서 철강산업이 아무나 하고싶다고 하는 산업이 아니라는 게 느껴지네요 우리나라가 아무것도 없던 시절 철강산업을 한다고 했을 때 그게 얼마나 무모한 생각이었는지 느껴집니다 그리고 아이러니한 것은 생산된 제품은 매우 간단하지만 그 생산 과정은 그 어떤 복잡한 제품보다도 어렵네요
Excellent... Thank you... To think people designed and built such an amazing factory... from a lot of components each which had to be manufactured from metal...
You are the best channel for these videos with the best subtitles. The red-hot steel is not magnetic because the crystal structure at that temperature is Austenite and is not magnetic. This change from magnetic to non-magnetic is more complex and requires an understanding of electrons, there roles in ferromagnetism and paramagnetism, and what happens as you go past the Curie Temperature in our molten steel.
I would LOVE to see a video showing how ore is mined, pulverized, and processed before it ends up in a foundry like this. EDIT To answer your question at 14:36, red hot steel is no longer magnetic due to the internal crystal structure of the metal changing. In metallurgy this is known as the "curie point", the temperature a ferromagnetic metal must be at to lose its ferromagnetic properties. Iron and steel are allotropic, this basically means it can have different crystal structures. When heated to or above the curie point, the structure changes which causes it to demagnetize. This is also a permanent change, as when it cools, it will still no longer be ferromagnetic. This steel can be made ferromagnetic again through a process known as hot-rolling or cold-rolling. Both ultimately achieve the same end-result (shaping the metal into whatever you want), but will produce different grades of steel. In the video here, the blooms are hot-rolled into billets. So, they are non-magnetic as blooms since the steel was heated way beyond the curie point to begin with (molten). But they become magnetic after being rolled into billets. This rolling allows the steel to become magnetized, as it allows magnetic martensite to form within the crystal structures as it cools down.
The annotations that the editor adds when you have captioning turned on are all great! Both the camera and the editor have done great jobs. Camera person captures the scale very well. I've been to a large foundry before, you wouldn't believe how large this stuff is in real life.
I was all alone in a rolling mill once and the experience just blew me away! The speed and quantity of orange-hot metal was something I'll never forget.
Thank you very much! Such a great video! I never considered tha iron is processed in a different way than in a tall blast furnace like in Vítkovice... I'm going to show this to my chemistry students ;) Thanks again!
Hope they use some of all that excess heat as district heating in nearby cities etc. Great vid! Regarding molten metal not being magnetic: " The Curie temperature of all sensible materials is and has to be below the melting point. When you approach the melting point while heating the material, the magnetism has been lost for quite some time. Yes, molten iron is paramagnetic, much like every ferromagnetic material above the Curie temperature."
놀라운 영상, 정말 감사합니다! 모든 산업 국가에서는 고품질 제품을 만들기 위해 고품질 강철이 필요합니다. 중공업에 대해 배울 수 있도록 도와주셔서 감사합니다! Amazing video, thanks very much! All industrial nations require high quality steel to build quality products. Thank your for helping us learn about heavy industry!
Amazingly made video, i have never known anything about the content of video..... Fascinating, riveting, thousabds of talented minds must have conceived and designed this flawless manufactringardware system all made of metal, ovens, conveyor belts, so carefully designed to execute thousabds of steps micuously and unmanned. I am overwhelmed. There is so much human genius has achieved, i wish i could meet the brilliabt minds who designed and manufactured this efficient complex automated system. BIG BIG BIG THANK YOU FOR THIS .
Just stunning. Outstanding videography and the subject matter utterly fascinating., I think my mouth was open for most of the time in awe. Bravo from England, where we no longer have a steel industry. Sheffield used to enjoy world renown for the quality of the steel they produced.
I’m from india and posco has an equally huge continuous casting steel manufacturing plant a couple of hours away from my city. Whenever I pass by it, I’m always amazed by the sheer number of semi trucks constantly getting loaded and coming outta there and just as many waiting in line on a 15km stretch of road that leads up to the factory
Any idea if the plant in India is as nice as the one in Korea shown here? I’ve never seen a steel mill as clean as this one, with bright lighting and good ventilation.
The pavement in Pennsylvania in the 50s through the 70s was red, because they used this ore to make the asphalt. It was high in iron ore. The rock cuts you see the huge slabs of iron ore just below the soil.
※This video does NOT include any paid promotion※
※ 위 영상은 유료광고를 포함하지 않습니다 ※
📦제품문의: bit.ly/4cdELms (POSCO 포스코)
🎬촬영문의: factorymonster2021@gmail.com
-I film for the company who are proud of showing how their products are made.
-팩토리몬은 제품에 자신있는 소상공인 분들과 중소기업을 대상으로 무료촬영을 진행합니다.
Copyrightⓒ 2021. Factory Monster. All Rights Reserved.
Steel hot
Lies - this video obviously tries to get every one of us to lust for a nice big metallurgy plant, so each of us is tempted to buy one. We can all see the hand of the big metallurgy lobby under that - they paid you with boat loads of rich iron ore dumped into your garden !
But seriously, thank you - you make the best industrial process videos !
@@liotier😊
I can explain to you why the electromagnet can not hold the steel when it is hot:
Heat, is all the little molecules moving around between each other, when it is liquid, the molecules are moving so much the material looses the physical property we call being solid.
Think ice is steel, and water is the molten steel.
A material that is magnetic, has all the molecules aligned along the magnetic field, so the south parts and north parts all aim the same way.
When the material is hot, the magnets inside the object, starts aiming in all kinds of different directions and therefore can't be magnetized.
Parabéns pelo seu trabalho maravilhoso 👏👏👏👏.
JOSÉ SCHEEL,
- Blumenau SC Brazil
the no talking or music, just factory noises, is perfect. These videos are almost hypnotizing
Yeh really. The whole video I kept thinking how, why, what? I have so many questions!
Oglądając to czuję się jakbym rano szedł do swojej koreańskiej pracy
@@miinyoo Subtitles has description of the processes and bad jokes too 😁
@@KinGzeDK yeah some good shit coming about
slave labor pays for good cameras
I've seen this process several times, but this is hands down the best quality footage I've witnessed to date. The sound effect clarity is like being there in person. Outstanding work!
The content of this channel is truly top tier: no music in the background, just it's real ambient noise, the filming is precise and clear, no one speaking, the subtitles are available...
So much better than documentaries you see on TV (for me at least, there are those who prefer them differently).
Just impeccable. Bravissimi!! 😮
YOU MADE MY DAY FOR SURE:) Thanks for watching!
@@Factory_Monster Thank YOU for making these awesome and informative videos. :D
Indeed, very well done. And as an English speaker, I appreciate the time and effort involved in generating the subtitles. They appear to be man made rather than computer generated, and are therefore much more concise. Yeah, sometimes there are humorous moments, but they make the comments even more endearing. Thank you again for your efforts, keep 'em coming!
Как раз текстовый контент видео-процесса основных этапов, по превращению нормативных видов сырья сталелитейного завода, в один из видов конечной продукции, в частности, вальцовочная катанка, далеко не безупречный...
Опуская все затраты, на удаление и переработку отходов, от основного производства, как отдельное производство, а также определенные сложности технологических регламентов печей, нормативные сроки износа кабелей электроприводов и сезонные условия эксплуатации транспортных механизмов, можно сказать, что далеко не каждый Корейский миллионер будет способен заказать своей семье образцы увязочной арматуры.
Не злопыхая, могу лишь сказать, что инженеры-технологи участков, работники цикличного производства и управленцы транспортных цехов, по разному понимают суть проблем ф/х-процессов, на каждом этапе обработки литейных заготовок...
Поэтому, автору контента есть еще над чем потрудиться, без глупых сравнений видов питания, разных типов определений источников теплового излучения, и электромагнитных свойств состаяний разных ¥-металлов, не употребляя качественого напитка, типа парного молока.
3:34 3:37 3:39 3:40 3:40
Im a machinist and I actually buy a lot of stock from Posco and even my grandfather before me bought steel from Posco when it was called Pohang Iron & steel co.
Im huge on safety and cleanliness, I got invited to tour the factory and I was amazed. Everyone there had proper PPE including gloves, respirators, heat shielding ect., everything was totally immaculate, machines are inspected in the factory sometimes up to twice a day and not only do they test their own product but they send a sample off for secondary testing which is something extremely unique.
There is a vid of a Chinese steel mill on yt that looks like a layer of hell.
It’s either unique or it’s not. It can’t be extremely unique.
@@SmaxChristopher1you have autism
@@SmaxChristopher1 Extremely unique, as opposed to mildly unique. I would have used mildly considering these processes are used pretty much world wide (albeit Posco is one of the best) but I do appreciate his enthusiasm.
@@sid2112 you can’t use either. Unique is a superlative term. Unique has no quantifying measures. It’s like saying almost exactly.
와 이 채널에서 포스코를 보게 될줄은 몰랐는데
확실히 이런 정교한 공정과정은 남자의 심금을 울리는 무언가가 있는게 분명합니다
ㄹㅇ ㅇㅈ ㅋㅋ
ㄹㅇㅋㅋㅋㅋㅋ
심장과 봉알이 뛰는중임...
ㅇㅈ men seem to be the same all around the world. Man see complex industrial process, man happy
@@bluewingsss 병원 가보세요 ㅋㅋㅋㅋ
“You may order these rods for your loved ones” I can’t wait to send my grandma 4000 pounds of metal!! She’s going to be so happy!
If your grandmother is a heavy metal fan then you will surprise her in a pleasant way
I made optical fiber at about a kilogram a day. Never was my material delivered several container ships per day!
Yeah, thanks for explaining the joke for us!
포스코는 잘 안보여줄줄 알았는데 ㄷㄷㄷㄷ 여길 촬영하시다니 대단하십니다!
견학갔다 왔는데 겁나 크더라구요...신세계였음
This brings back a lot of memories from my days at US Steel Gary Works which was once the biggest steel producer world wide. A lot of the process has been mechanised and computerized beyound what was available in the mid 70s before the crash. Some of the labor jobs must still be necessary like the scales-man, who work in a pit under the roll tables clearing the scale as it falls of the hot steel. This was backbreaking work shoveling these glowing red steel fragments into giant buckets which were lifted out by cranes to be emptied.
Relining these furnaces was another dreaded job. It usually took 3 shifts to finish one furnace but we had to wait a week for it to cool off first. Ah...the good old days.
I'm always amazed by the quality of your factory videos. The drone footage is great and not over-done. Even things like getting the exposure just right while recording the steel being poured is such a technical challenge and you are making it look so easy. Keep up the good work. I look forward to the next video!
That's a really good point. Seems like every time you see a video of a steel pour it looks absolutely washed out because the cameraman didn't bother to get the exposure set right.
I agree and just subscribed and watched this video. Learned more.
Picture is fine, they just need a factory technician
to talk about the "blah blah" stuff...
AKA the important stuff:/.
Peace ~
The lack of talking or music, just pure factory sounds, is perfect. These videos are almost hypnotic!
The cleanliness of the steel making facility is remarkable.
Yeah, I noticed that too! Also the powerful ventilation equipment drawing off the fumes better than in any other steel mill I’ve seen footage of.
propoganda
@@lastlaugh5178 learn to spell 1st, troll.
Doing a tiny bit of math here. This facility seems to produce 36 million tons of crude steel per year. At its height, the Roman Empire is estimated to have an annual production of 82,500 tons of iron. Meaning it takes this one mill just over 20 hours to produce what the Romans made in a year. And that's assuming the facility operates on a 24/7 schedule.
Difference is there was 7 billion less people back then 🤷♂️
.
.
If you do some extra math itl make what the romans made quite impressive to todays standards
Ah, the good old "compare modern industrial capacity with ancient empires" routine-classic! Well, allow me to sprinkle a bit of sarcasm over this steel-meets-Rome scenario. Yes, it's true that this modern facility churns out in a mere day what took the mighty Roman Empire an entire year to achieve in terms of iron production. Impressive, right? But here’s the catch: I’m pretty sure the Romans weren't exactly working with 21st-century technology, automation, and a global supply chain. They also had a few distractions-like, you know, conquering most of the known world, building aqueducts, roads, and coliseums, and generally setting the foundation for Western civilization.
So while the sheer numbers are fun to play with, it feels a bit like comparing a Ferrari to a horse and chariot in a race. Sure, the Ferrari wins, but the real question is: are they even running the same race? The Romans weren't aiming for industrial output-they were busy building empires, not just steel mills. But hey, numbers are numbers, and if all we’re comparing is tonnage, I suppose this modern facility wins by a landslide. And how fortunate we are to live in a world where we can casually crank out steel while binge-watching TV and ordering takeout. Vae victis, indeed! Cheers!
@@robertkarr6129lol you snapped man great reply
Obviously they can process 50 million TONS in a 20 minute video. Check the CLICKBAIT TITLE 👍
@@robertkarr6129It’s possible that the Ferrari driver was given the wrong address and ended up racing a scooter gang instead of the horse and chariot, or if the race was scheduled in the early 17h century before the Ferrari was invented. Both scenarios would mean they are not in the same race. But honestly even if the classic horse vs horsepower showdown happened in the same location today, my money would be on the horse and chariot if the race required them to squeeze through narrow passages like in a densely grown forest.
I LOVE that you can listen to just the sound of what is happening. No annoying music. Nobody talking. Quite relaxing.
This video is amazing, your presentation is so clear and easy to follow! I especially loved the part at [13:58], it's very detailed and valuable. Looking forward to more high-quality content from you. 👏🔥
For POSCO to give you this sort of access...kudos to you! Also, at 17:57: "SAE9254V" is the steel grade, this is a grade used for car springs.
어마어마하네요... 귀한 영상 감사합니다.
이렇게 상세하게 설명된 거는 처음 본 것 같아요. 설비 같은 것들 항상 책으로만 보다가 이렇게 보니까 색다르고 이해하기도 좋네요
영상미 최고다 개멋져!!! 우리나라에 이러한 시설이 있고 기술이 있다는것에 더욱더 뿌듯함을 느끼고 갑니다
광양제철소에서 근무중입니다
이거 제철소 교육영상으로 써도 되겠어요 아이들이 아빠는 회사에서 무슨일 해?? 물어보면 보여줘야겠네요😊
기계가 일하는구만..
그럼 1100° 짜리 톤단위 쇳덩이를 사람손으로 들고 나르고 가공할꺼라 생각하셧나?
덤으로 컨베어 빼고 대부분의 작업은 반자동 컨트롤 페널은 근방에 있고 주변은 6~700°로 식은 쇳덩이가 와리가리 치느라 실내온도가 한겨울에 4~60°를 넘나들지
즉 재철소에서 일한다는것 자채가 강인함의 상징이고 자식 입장에선 울 아빠 힘세다 정도는 자랑할 껀덕지는 생기는것
ㅋㅋㅋㅋㅋㅋ아빤 버튼맨이야ㄱㅋㅋㄲㄱㅋ😅😅😅
저도 광양에서 근무합니다. 방갑습니다.
@@공잘차는허리디스크환 김씨 그래도 공개적인 곳에 글을 쓸때는 방갑습니다. 이렇게 쓰면 쪼오옴 장난으로라도 이렇게 쓰지 마시고요 그냥 바르게 써주는 것이 더 낫다고 바요오오
I can say that this factory is the cleanest dust-free iron melting factory in the world. 👏👏🙂
what do you think of chinese steel factory will be ?
One small correction-the molten metal coming from the blast furnace is not commonly called “steel”. It is actually called “pig iron” or “ cast iron”. This pig iron needs much more refining before it is actually steel. Love the video, nice to see how it’s done “overseas”.
Cast iron is soft and its not steel.
Pig iron contains a lot of carbon (3.8 to 4.7%) and when cold it’s very hard and brittle.
It is done the same all over the world. I worked for a Dutch steel factory. I recognize all the equipment and processes. Most of the machines are from Germany.
Needs so many corrections, the guy that wrote the subtitles had no idea what he was seeing.
None of know what you’re talking about .. it was a continuous pour ,, do you homework before you comment
고생하시는 분들 모두 화이팅. 건강과 행운을 기원합니다.
I've watched a lot of steel-making videos, and the scale of this place is mind-blowing.
Give whoever did the subtitles a raise.
"It's steel hot" got a good chuckle out of me.
You got that one, too? GREAT!
Came here to say exactly that! =)))
Me too.
It helped me a lot. Until now I thought that if steel glows, it is cold........
@@imperatoraugustus8761 You are kidding, right?
The engineers and builders of this factory are truly remarkable.
오와.. 포항소네요! 이렇게 영상으로 보니 반갑기 그지 없습니다. 역시.. 회사에서 만든 교육영상이랑은 느낌부터가 다르네요:) 좋은 영상 감사합니다!
I'm very impressed 😊
가슴이 웅장해지네요. 팩토리몬님 좋은 영상 감사합니다!
제강공장에서 이시간 근무중인데 보니 또 새롭네요..ㅎ
애국자
Is amazing how South Korea have become so industrialized. When I lived there I loved the country, culture, food and the people, I almost forgot soju too
would you like to buy steel from china?
14:37 뜨겁울때 자석이 안 붙는 이유는 철은 770도 이상일 때 자석이 붙지 않는 성질(자기변태)로 변하기 때문입니다. 발견자의 이름을 따서 퀴리점(Curie Point) 이라고 합니다. 데헷^^
Ising model
자석에 잘 붙는 물질은 분자구조가 일정한 선형으로
대칭적으로 배열되어서 그렇다고 양자물리 교수 강의에서 들었어요.
물질의 온도가 높으면 아직 분자구조가 정렬되지 않은 상태이겠지요.
퀴리언니가 발견한거임? ㅎㄷㄷ
@@TangJJa ㄴㄴ 피에르 퀴리에 라고 프랑스 물리학자에요. 영어식으로 퀴리라고 읽는 것 같에요^^;
@@dakenjo1 에이 괜히 설랬네….ㅋㅋㅋㅋㅋ
알려쥬셔서 감사합니다.
Wow, after watching the steel production process from iron ore, I feel like I’ve just witnessed a journey from a humble rock to a mighty steel beam! There’s heating, melting, and impurity extraction-it's practically an action movie for iron atoms! And honestly, this process is like a reality show: the temperatures are dramatic, the furnace is throwing a giant BBQ party, and the metals are busy 'transforming' into high-strength steel! It’s the industrial revolution, live in action. Thanks
귀한 영상 이네요
아주 흥미롭게 잘 보았습니다
어마어마한 장비에 눈을 떼지 못하고~
영상 감사합니다
포스코 화이팅!! 👍
3:33 부터 높은 온도로 내뿜는 붉은 복사열과 회색 빛 석탄 먼지가 내려앉은 주변의 대비가 영상미적으로도 너무 아름답네요..
중학생 때 광양제철소 체험 학습 갔을 때보다 자세하네요.
국가 즁요시설이라 촬영 허가가 쉽지 않았을텐데 용케 촬영을 했네요.
데헷
If you used an electronic camera, you did not "film" it. You recorded it. Different process, different term.
@@The_DuMont_Network But that's because you've seen it via translator. Both words are same in Korean.
@@The_DuMont_Network Uh, I give some additional explanation for deleted reply you've given. It's different case. The misconcept you have is 'The one word only have single meaning in Korean'.
'film' as a verb which means 'record video' and its noun form 'filming' is same with 'record' and 'recording' in Korean whether the image is moving or not. Because we don't separate those two words and only one word is corresponds that meaning. So 'take' in 'take a picture' or 'take a photograph' is same with 'film' in 'film a movie' and it is also same with 'record' in 'record a video' just a one word '촬영하다' (verbal form) '촬영'(noun form)
But 'film' as a noun which means 'thin planar object' is different from 'record' in Korean too. In that case we use take the sound of 'film' or take the meaning of 'thin planar object' so it becomes '필름'(former case) or '박막'(latter case) and adhesiveness does not affect on meaning.
We also have multiple meanings for single vocabulary or multiple vocabularies for single meaning. So you need to not to confusing it.
용케 촬영한것이 아니고 쭈웅구오 한테 한푼 받아 매국노 뺨치고 감니다
It is videos like this that give the world a greater appreciation for the work that is carried out to make the world work. Thanks for documenting this.
아...퇴근했는데 또 내 업무를 유투브에서 볼 줄이야.....;,
From iron ore to iron rods, what an incredible process. The factory keeps on churning every day, I love it
Steel rods !!!...Iron ore (+coke, limestone) is converted to Iron (blast furnace) firstly and then refined into steel of set specification.(in BOS furnace or electric arc or ancient open hearth) Refined steel is rolled / formed into required end product.
I toured a closed old steel mill in Pittsburgh so I've walked through the process but this is great, loved seeing the real thing.
1:39 현직 외항선 일등항해사입니다. 통상 CSU(Continuous Ship Unloader)타입이 일반 바가지보다 빠릅니다. 작지만 끊임없이 퍼내기 때문입니다. 또한 분진도 덜 날리고요.
철광석은 아니지만 유연탄 하역하러 포항이랑 광양 포스코 원료부두 자주 다녔읍니다. 포항은 그래도 하역이 좀 느려서 선원들이 숨 돌릴 틈이 있었는데, 광양은 하...진짜 드럽게 빠릅니다. 화물창 9개에 석탄 18만 톤을 싣고 들어가도 하역기 5개 갖다대고 밤새 쪽쪽 빨아대면 이틀도 안 걸립니다.
호주 갔다 오면 한 달, 캐나다 갔다 오면 한 달 반, 남아공 갔다 오면 두 달만에 한국에 돌아오는 건데, 광양 들어간다 하면 하루만에 쫓겨나오니 선원들이 불만이 참 많았죠...
ㄷㄷ대단하십니다 대한민국 산업을 위해 뛰어주셔서 감사합니다.
As the name of the channel, I am very impressed with your modern machinery with advanced technology and your team of experienced engineers. I know how hard you have worked to achieve the results you have today. It is admirable.
between 80 - 90% of this iron ore comes directly from the Karara/Pilbara regions of Western Australia & the Savage River mine in Tasmania. Approx. 1000 metric tonnes is mined & shipped to the Asia-Pacific region 24/7.
대단해 포철 다녔어도 첨보네 위대하신 박태준 회장님
광양소 근무하는 그룹사 직원입니다
평화로워보이지만 항상 위험한곳입니다
그룹사 협력사분들 모두 안전 화이팅
회사 직원이지만 이런댓글 너무 좋습니다.
그룹사?하청이라고 하시지.
@@웃기고있네-x6q 진짜 그룹사인데...
우리는 계열사라고 안하는걸 어쩜
말을 재밌게 하시네 ㅋ
@@hyunsik7921 당신들이 그런게 생각하시는것지
포스코 는. 그냥 하청이라고 생각하시면되네요
@@웃기고있네-x6q 말을 뭣같이 하시는 재주가 있으시네요 ㅎㅎ
무슨 의미인지는 대충알겠다만 뭐 얼마나 대단한 사람이길래 이렇게밖에 말을 못하는건지
딸인지 손녀인지 몰라도 좋~은거 보고 자라겠네요
I strongly encourage everyone to watch this video with the subtitles on. It's a treat :) they're funny too
In 1987 I lived in a Tent on POSCO Pier for 3 months. Went out into to Pohang City every other night for some Bulgogi and Rice, had a great time.
May I ask why?
@@urdnal Annual US/ROK military exercise called Team Spirit
@@urdnal One night I spent a few hours in Pohang in one of those Blue/White Soju tents…that Soju was some wicked alcohol.
@@Marine_Ret Hahaha yes it is! Especially when consumed in the quantities that are common in Korea. (I can’t keep up with them, I’m sure, since I can’t even keep up with Korean friends in USA!)
@@Marine_RetI did mine from a nice AC tent in Camp Walker. The benefit of being a 25b on servers. They always need AC 😂
9:24 용선을 담은 통에 물을 뿌리는 이유는 쇳물을 빼낸 후 공기중에 닿았을 때 발생하는 가시분진이 많이 생기기 때문에 통 안에 살수를 하여 가시분진을 최소화하는 작업입니다
Factory monster, you asked, why red hot steel can be held by a magnet? It is true, steel has a Curie temperature of about 770°C. This accounts only for its ferromagnetism (ability being magnetized and keep magnetization). Steel however has paramagnetic properties too. This means, external magnetic fields can influence even liquid steel or steel plasma. E.g. pulse plasma fusion makes use of this property, when a cage (liner) from iron wires is collapsed under a huge current pulse. Experiments conducted at Sandia National Lab (SNL) have shown, neither wires from Al, Ni, Cu exert such strong forces as ionized iron - due to its paramagnetic properties.
Thank you for the scientific knowledge.
Wow, such a fascinating and well-done video! Your cinematography, editing and storytelling skills are next level, this is one of the best industrial documentaries I’ve seen, congrats and thanks!
Vídeo espetácular, o melhor que já vi parabéns
소중한 영상 감사합니다 ❤❤❤
Wow, this was amazing. Both the process and how you have filmed it. Getting good shots with those temperatures and dimensions must have been quite difficult.
14:36 Heat wave and too much high current will act as diamagnetic force that resist magnetic force that's why when the steel is red and very hot the magnetic device does not attracted to them.
I was a mechanic in a steel tubing plant and an electrician on a ship loader for coal. Love this stuff.
How to get job like that?
@@luc_xott Started when I was 12 working for my Dad upgrading farms from fuses and single strand wires to breakers and grounded cables. My friends and I were shade tree mechanics and I took two years of Industrial Electronics and then a year of steel construction. A friend called from New Orleans that they were hiring to work building a ship loader so I pulled miles of cable on that one. We went to Colorado looking for work and found the Windy Gap Pumping Station and assembled and ran 4 12,000 HP pumps for the Big Thompson Project. Then I worked on a bridge back home in Minnesota so I worked over both ends of the Mississippi and beneath the Colorado. The steel tubing plant was in there earlier. Retired IBEW
Congratulations!
한국의 제철소들은 전기로 철광석을 녹이는데 이것은 환경을 생각하는 마음이다. 존경받을 자격이 있는 기업과 정부다.
설비와 공정을 보면서 철강산업이 아무나 하고싶다고 하는 산업이 아니라는 게 느껴지네요
우리나라가 아무것도 없던 시절 철강산업을 한다고 했을 때 그게 얼마나 무모한 생각이었는지 느껴집니다
그리고 아이러니한 것은 생산된 제품은 매우 간단하지만
그 생산 과정은 그 어떤 복잡한 제품보다도 어렵네요
그러게요. 아무것도 없던 허허벌판에서 기어코 제철소를 만든 박태준 전 포스코 회장도 대단하다고 느껴지네요.
그야 철강설비와 제어나 자동화계통은 외국산이니까요. 설비사들여다가 유지보수, 관리 운영하는건 기술적으로 어려운 편은 아닙니다. 근대적인 철강 산업 프로세스 자체가 20세기 초면 다 완성되기도 했고
좌빨 민주당은 박정희 폄하에만 .....
일본인들과 일본 기술의 집약체입니다..
@@Texaslover1 That steel wasn't as good I think
Excellent video... I actually liked the subtitles. Phenomenal machinery, processes, and production!!
9:06 this is actually most important step for steel making. The steel revolution came because of precise control of carbon content,which is this step😅
Thanks for watching!
It is called the secondary refining stage of steelmaking in a ladle furnace
As far back as the 1980's ladle treatment such as Vacuum Degassing and Controlled Argon Stirring were performed to improve steel cleanliness
3:43 the caption writer didn't think we'd notice
pepsi
WOW! Everything is beautiful in this video!! ❤ Thank you for your work! 🇰🇷🤝🇺🇦
The Republic of Korea supports Ukraine🇺🇦
Korea hates Ukraine ❌
North Korea is best Korea
Excellent... Thank you... To think people designed and built such an amazing factory... from a lot of components each which had to be manufactured from metal...
Truly a delightful video showing the process with good information about each step. I even enjoyed the humor.
It's very interesting to see how the steel manufacturing process works from ore to the finished product. Thanks for sharing this 😊
와, 포스코를 뚫었군요 ~~~!!!
Thank you so much for this favorite online classes and we're really loving you so much. 🙏🏼🏭🤖😍
You are the best channel for these videos with the best subtitles. The red-hot steel is not magnetic because the crystal structure at that temperature is Austenite and is not magnetic. This change from magnetic to non-magnetic is more complex and requires an understanding of electrons, there roles in ferromagnetism and paramagnetism, and what happens as you go past the Curie Temperature in our molten steel.
sensacional! fantastico! é incrivel fer como a rocha se transforma em aço! obrigado
Amazing and dangerous process respect regards
Yup, I couldn't work here.. lol
I would LOVE to see a video showing how ore is mined, pulverized, and processed before it ends up in a foundry like this.
EDIT
To answer your question at 14:36, red hot steel is no longer magnetic due to the internal crystal structure of the metal changing. In metallurgy this is known as the "curie point", the temperature a ferromagnetic metal must be at to lose its ferromagnetic properties. Iron and steel are allotropic, this basically means it can have different crystal structures. When heated to or above the curie point, the structure changes which causes it to demagnetize. This is also a permanent change, as when it cools, it will still no longer be ferromagnetic.
This steel can be made ferromagnetic again through a process known as hot-rolling or cold-rolling. Both ultimately achieve the same end-result (shaping the metal into whatever you want), but will produce different grades of steel. In the video here, the blooms are hot-rolled into billets.
So, they are non-magnetic as blooms since the steel was heated way beyond the curie point to begin with (molten). But they become magnetic after being rolled into billets. This rolling allows the steel to become magnetized, as it allows magnetic martensite to form within the crystal structures as it cools down.
The annotations that the editor adds when you have captioning turned on are all great! Both the camera and the editor have done great jobs. Camera person captures the scale very well.
I've been to a large foundry before, you wouldn't believe how large this stuff is in real life.
I was all alone in a rolling mill once and the experience just blew me away! The speed and quantity of orange-hot metal was something I'll never forget.
So I’m not going crazy and there is no voice audio for those CCs?
Its really scary shit. Thats why he states that he wet his pants a bit 😆🤙🍻
@9:53
촬영을 허가해준 포스코팀과 제작진의 노고에 치얼스~
Excellent video with top quality captioning! As a guy who has worked in industry my whole life: I really enjoyed this!
자막 설명이 너무 좋내요. 유쾌하기도 하고 이해하기 쉽게 예시를 들어서 설명하고
엄청난 영상과 너무 잘어울리는 자막, 지루할 틈 없이 재미있게 잘 보았습니다.
guys factory monster just dropped!!!! good morning!!!!
Thank you very much! Such a great video! I never considered tha iron is processed in a different way than in a tall blast furnace like in Vítkovice... I'm going to show this to my chemistry students ;) Thanks again!
저런 제품이 나올수 있도록 만드는 기계를 만드는 사람이 더 위대해 보이네요.경이롭게 까지 합니다.이런 대한민국인데....
다 일본기술 일본설비임
@@ShsSjsj-u5nㅋㅋㅋㅋㅋ일제 독일제 오스트리아제 ㅋ
민주당 지지자들이 왜 기업을 죽이려하는지 이해가 됩니다
이 원댓글 단 사람 최소 40대 이상 좌파곤충같은데 ㅋㅋ
회사 홈페이지에서 보고 타고 왔습니다
영상 퀄리티 역시 팩토리몬이네요
재미있게 잘봤습니다 👍
좋은 말씀 감사합니다!
늘 좋은영상 감사드리고, 또
포스코 관계자님 덕분에 잘 보고 갑니다
감사합니다~~😊
All great men are gifted with intuition. They know without reasoning or analysis, what they need to know.
This is one of the most impressive videos. Heads up to you, and posco for building a shipyard AND a railway for their production 😂
In the USA, iron ore is unloaded by the ship it’s self, call self unloaders. These are more efficient than the old Hulett Unloaders of the past.
기계가 너무 커서 철광석이 모래처럼 보이네요
Hope they use some of all that excess heat as district heating in nearby cities etc. Great vid! Regarding molten metal not being magnetic: " The Curie temperature of all sensible materials is and has to be below the melting point. When you approach the melting point while heating the material, the magnetism has been lost for quite some time. Yes, molten iron is paramagnetic, much like every ferromagnetic material above the Curie temperature."
Bonus point for dubbing the helicopter sound over the drone footage! :)
놀라운 영상, 정말 감사합니다! 모든 산업 국가에서는 고품질 제품을 만들기 위해 고품질 강철이 필요합니다. 중공업에 대해 배울 수 있도록 도와주셔서 감사합니다! Amazing video, thanks very much! All industrial nations require high quality steel to build quality products. Thank your for helping us learn about heavy industry!
"The noise and the heat made my pants wet a bit" xD
Thanks for watching!
Are you gay
Amazingly made video, i have never known anything about the content of video..... Fascinating, riveting, thousabds of talented minds must have conceived and designed this flawless manufactringardware system all made of metal, ovens, conveyor belts, so carefully designed to execute thousabds of steps micuously and unmanned. I am overwhelmed. There is so much human genius has achieved, i wish i could meet the brilliabt minds who designed and manufactured this efficient complex automated system. BIG BIG BIG THANK YOU FOR THIS .
That is absolutely incredible.
This was fascinating. Thank you for doing such an amazing job capturing the footage.
Fabuleux reportage, immense merci, très instructif !!
Love it! The subject, story line, cinematography, editing, sounds, subtitle comments. Looking forward to your feature-length productions!
would you like to buy steel from china??
다른것보다 설비가 어마어마함
Just stunning. Outstanding videography and the subject matter utterly fascinating., I think my mouth was open for most of the time in awe. Bravo from England, where we no longer have a steel industry. Sheffield used to enjoy world renown for the quality of the steel they produced.
산업발전의 역꾼들 어마어마하네요
thank you for this beautiful documentary video.
very well filmed, with clear explanations.
I’m from india and posco has an equally huge continuous casting steel manufacturing plant a couple of hours away from my city. Whenever I pass by it, I’m always amazed by the sheer number of semi trucks constantly getting loaded and coming outta there and just as many waiting in line on a 15km stretch of road that leads up to the factory
Any idea if the plant in India is as nice as the one in Korea shown here? I’ve never seen a steel mill as clean as this one, with bright lighting and good ventilation.
포스코 준비생인데 도움 많이되네요 감사합니다!
이집 자막 잘하네 ㅋㅋㅋ
The pavement in Pennsylvania in the 50s through the 70s was red, because they used this ore to make the asphalt.
It was high in iron ore.
The rock cuts you see the huge slabs of iron ore just below the soil.
와 포스코 👍