I used to work at a cement factory. The video is factual correct without getting into too many details. Modern grey cement production uses a tower with a calcinator and a cyclone - the cyclone removes a lot of water very quickly. You need less heat to remove the water. The production is sped up multiple times making it far more energy efficient than the rotary kiln. Cement production uses a lot of waste products like the ash mentioned. Waste has become a ressource - you pay for.... Cement production releases a lot of CO2 - however a lot gets trapped again in the process of curing (when the cement hardens).
The part where he started talking about the clinker and the clinker cooler (02:10). It reminded me of that one Rick and Morty episode with the Plumbus. 😅😂😂😂😂
Very good brief explanation accept one. The finishing process is performed at the time the concrete is curing and not after. Usually 3 to 4 hours after being poured, skreed, floated and or fresno smoothed, a trowel, broom or stamp finish is applied. The only finish performed after curing is acid etching, grinding and polishing. 70% strength it usually obtained after 7 days. 90% after 28 days. Concrete can cure for up to 90 years. The Hoover Dam project was still creating heat from curing years after completion.
I don't even remotely believe that whole Hoover Dam claim. It sounds like another asinine claim to wow and dumbfound the masses.🙄 Are we to believe that they imbeded wireless Tempurature sensors throught the concrete? Concrete Dams are poured in blocks, using a quick curing cement, and each block is essentially cured by the time another block is poured on top of each block. Are we to believe that the Hoover Dam is the one concrete structure in the world that somehow created an anonymous forever lasting chemical reaction that defies Physics?
If you're going to unnecessarily criticise an excellent informative video , the least you could do is basic schooling beforehand. Typical arrogant illiterate American. 'Except' & 'screed' by the way . Apology accepted
I run a concrete plant. There are a few batches (recipes) we use all the time for things like driveways, sidewalks, foundations etc but for special projects (large commercial jobs etc) there are hundreds to choose from and my company has experts that can whip up a new one whenever needed. There's also a lot more than just retarder. There's water reducer which also increases the strength of the concrete, fiber (steel, plastic and glass varieties), and we can even change the color of the concrete.
Retired R/M driver here. Did a good job explaining about cement. The ancient Egyptians had their own version said to contain lava ash. I know this vid was about cement but maybe you could do a series focusing more on concrete.🙏💓
It was the Romans, not the Egyptians. Volcanic ash, called pozzolana, or pozzolan, was mixed with slaked lime, and that mix was mixed with sand and gravel to make Roman concrete. It lasts for thousands of years.
@@robinpage2730 I heard it also had tiny chunks of sea shell embedded in it. Seems the shell was a reservoir of calcium carbonate that seeped into the surrounding cement material over eons and sustained its structure. When we made it, it was all ground very fine for strength and fast set. The Roman stuff lasted, well it still lasts…
@@robinpage2730 Pozzolana is not just a form of volcanic ash but as a sandy form of volcanic ash made out of micro-particles of micro-porous silica almost like diatomaceous earth to allow 10,000 times more surface area to react with the burnt quicklime or slaked lime to form a NON-POROUS calcium silicate which is also very strong. Since the late 1960s many scientists and engineers has been trying to find ways to improve on this principle of calcium carbonate to silica inter-reactions. In the Eastern Roman Empire they have no pozzolana or pozzolana sandy volcanic porous ash but they instead used a substitute called crushed and powderized bricks which has been crushed and grinded until it is as fine as white flour. How long it will last? One archeologist demonstrated how that product is made by mixing an equal volume of burnt quicklime and powderized brick powder and adding sufficient water to form a mortar and slap on on a rock wall wet with sea water to make it water proof and he said "IT IS GOOD FOR THE NEXT 5,000 YEARS!" Others use either silica sand with a silica content of 95%, or silica brick with a silica content of 97% or, quartz-quartzite-diatomaceous earth with a silica content of more than 97% up to more than 99%. They are all crushed, pulverized, grinded, powderized to become as fine as bleached white wheat flour so that they will dissolve in water (water is a universal solvent) and when mixed with water soluble burnt quicklime or slaked lime they form calcium silicate cement. One scientist-engineer went so far by mixing an equal volume of sodium silicate (waterglass with a 50% silica content and 50% sodium carbonate content) mixed and dissolved in hot water and allowed to cool into a viscous liquid similar to honey and then mixed with an equal volume of burnt quicklime or slaked lime until both has completely dissolved together (plus some additional water so that he can add a calculate volume of sand and-or graded gravel which are both mica free so that the resulting cement mortar and-or concrete is very strong) that he ended up with a weird form of almost glassy or glazed form of calcium silicate mortar and-or concrete which is very strong and virtually non-porous!
Modern Portland Cement is simply synthetic volcanic ash. You can use any kind of silicate, it's the temperature, heating and cooling times that determine the quality of the final product.
I do construction work and I never actually knew what cement was made of. It can be a lot of physical labor though especially when doing larger pours, or working with drier concrete. I’ll bet working in the rock quarry blowing up rocks and operating large machinery would be super fun though
Worked at a cement plant for a few!! Raw meal is cooked to become clinker, then mixed with gypsum to make cement!! Mix cement with rocks (aggregate) becomes concrete....
Before saw this video i dont know how to make cement but after seeing this i have been understanding it is more tough but we think that it is very easy but reality it is too much tough😢😢😢
I had a customer who was a cement factory in Nevada. They had a sign up that said "Number of days since last fatality", along with pictures of men who had died working there. That long kiln and what comes out at the end is dangerous.
Fly ash is in fact coal ash... produced by coal power plants. What are we going to substitute for it if we shut down all the coal plants? I can tell you, fly ash is almost as strong as concrete all by itself when prepared properly. I used to work construction and had to try to demo it. That sucked. Concrete will be much weaker without it. What are we going to build with?
I haul dry cement from time to time and it’s nasty stuff it’s so fine it gets everywhere and at the end of the day you gotta blow it all out of your nose
Wear a good quality face mask. The dust will kill you faster than smoking. I am 70 years old, and retired. I occasionally worked around carbon black refineries. I wore a full quality face mask and used petroleum jelly around my ears. I still had to blow my nose to get rid of some carbon black. I never never got in my vehicle before a good shower. Carbon black is just like coal, causing black lung cancer.
If i have limestone and clay could it possible to makes cement at home.? I know that buying much cheaper than making, but i have the problems with transportation.
we takea da powder and put it on the belt and then some other belts come by and the powder in da mixer and pour out da cement good job bub. i had no audio on while watching but thats how they make cement im pretty sure
Fascinating and what's also impressive is at my local store I can get a 20 kg (44 lbs) bag for $8.50 That is cheap after seeing all the work that goes into making it
Cement has a life of 100 years where as ancient Romans Indians and Egyptians used only limestone as binding material for their construction. Their constructions are still standing even after 1000's of years. Are we are missing something here, definitely, like the video said cement industry is worth more that $600 billion and limestone is freely available just need to dig and transport.
They added pozzolan (volcanic ash, which makes the lime putty/aggregate mix smoother and easier to work) and eventually realized that it actually reacted chemically with the lime to make a hydraulic cement. The secret is the silicates and aluminates in the ash. Clay also contains these compounds, that's why it's a raw ingredient in Portland cement. The difference is, we burn it much hotter than they did. The clinker we depend on for fast setting times, was garbage to the Romans. The chemistry is not good for durability.
Perhaps modern concrete can carry much greater loads than way back then, but not many people need it to do that, so why can’t we just get an option to buy the same stuff the Romans put out ?
The main difference between roman concrete and modern is the larger chunks of quicklime they mixed in, this made the concrete "self healing" and therefore can last longer. Today you can buy concrete that has a similar composition as roman concrete but better in every way, the only problem is that it is waaay more expensive... and most chooses to not sell it. In fact most buildings today are calculated to last just 50-100 years and therefore expensive concrete is not needed. If you want to see the best concrete we can create today look att the concrete in nuclear waste storage bunkers, that concrete often uses iron ore as aggregate and is calculated to last 1000+ years :)
Thanks expose about cement made.i work before lafarge,inland and miron montreal quebec.cement production change a lots last 50 years.quality is a must a saw own eye when concrete is not made correcty so batch is reject.lafarge just finish huge modernize plant exshaw alberta for future production demand.precast come long way too lots bridge now have lots stuff prefab save lots time and money.thanks video😊
Years ago I worked at the only admixture and crete curing compound plant in the U.S. Now this plant is gone , and many others have popped up I realize how important my job was.
The only question I have now is how do the Chinese manage to make concrete of such low quality that you can poke your finger through crumbling it with ease?
i think concrete isn't in tensile strength but more of it's compressive strength (crushing force) that's why we have different strengths in mpa or psi. tensile strength refers to reinforcement bars (pulling force)
Cheer~~~a powdery substance made with calcined lime and clay. It is mixed with water to form mortar or mixed with sand, gravel, and water to make concrete.😊
This is one of the better AI documentaries I have seen. You guys did a real good job with your TTS model's cadence and tone. There is a sufficient pause when a breath should be taken and the tonal infections are passable. I also noticed that you took the time to have an LLM model proofread the script. All in all, Id say that this is good production for an AI generated video.
@@Factora_eng Maybe it's not but pronunciation of a number of words was just wrong. Maybe not AI but seems like a computer. A native speaker would just know that doesn't sound right.
@@Factora_eng 1:42 No human would read, "cydrilical" when, "cylindrical", is misspelled. That is AI 100% proof. In the words of Will Ferrell... "I wish you weren't a liar" Absolutely disgusting to lie about it
First, you take the dinglepop, and you smooth it out with a bunch of schleem. The schleem is then repurposed for later batches. Then you take the dinglebop and push it through the grumbo, where the fleeb is rubbed against it. It's important that the fleeb is rubbed, because the fleeb has all of the fleeb juice. Then a Shlami shows up and he rubs it, and spits on it. Then you cut the fleeb. There's several hizzards in the way. The blaffs rub against the chumbles, and the plubus and grumbo are shaved away. That leaves you with a regular old plumbus!
Fine video but I find it annoying that the strange image used for the thumbnail is not included anywhere in the video. That was the only reason I bothered with this video. I guess that’s the point of thumbnail selection but it still ticks me off…..😖
I used to work at a cement factory. The video is factual correct without getting into too many details. Modern grey cement production uses a tower with a calcinator and a cyclone - the cyclone removes a lot of water very quickly. You need less heat to remove the water. The production is sped up multiple times making it far more energy efficient than the rotary kiln. Cement production uses a lot of waste products like the ash mentioned. Waste has become a ressource - you pay for.... Cement production releases a lot of CO2 - however a lot gets trapped again in the process of curing (when the cement hardens).
Yes. Please tell the lefties that cement when curing natural sequsters C02.
Thank you for sharing, glad to hear co2 gets back into the concrete.
are you an engineer?
I did the control systems for a preheater precalciner system. It had a short kiln…the clinker cooler was the hardest to keep smooth control.
Cement absorbs Co2 ? Thought that was just lime ? Cement hardens from hydration though right ?
Cyndrilical! Nice.
The part where he started talking about the clinker and the clinker cooler (02:10). It reminded me of that one Rick and Morty episode with the Plumbus. 😅😂😂😂😂
It's 5am in the morning and I'm learning about cement...pretty dope.
Very good brief explanation accept one. The finishing process is performed at the time the concrete is curing and not after. Usually 3 to 4 hours after being poured, skreed, floated and or fresno smoothed, a trowel, broom or stamp finish is applied. The only finish performed after curing is acid etching, grinding and polishing. 70% strength it usually obtained after 7 days. 90% after 28 days. Concrete can cure for up to 90 years. The Hoover Dam project was still creating heat from curing years after completion.
I don't even remotely believe that whole Hoover Dam claim.
It sounds like another asinine claim to wow and dumbfound the masses.🙄
Are we to believe that they imbeded wireless Tempurature sensors throught the concrete?
Concrete Dams are poured in blocks, using a quick curing cement, and each block is essentially cured by the time another block is poured on top of each block.
Are we to believe that the Hoover Dam is the one concrete structure in the world that somehow created an anonymous forever lasting chemical reaction that defies Physics?
If you're going to unnecessarily criticise an excellent informative video , the least you could do is basic schooling beforehand.
Typical arrogant illiterate American.
'Except' & 'screed' by the way .
Apology accepted
Except not accept
Thanks. Learning to accept criticism.
Oh, Thanks. I didn't no.
Thanks for the information!
I'm now able to start manufacturing cement
I run a concrete plant. There are a few batches (recipes) we use all the time for things like driveways, sidewalks, foundations etc but for special projects (large commercial jobs etc) there are hundreds to choose from and my company has experts that can whip up a new one whenever needed. There's also a lot more than just retarder. There's water reducer which also increases the strength of the concrete, fiber (steel, plastic and glass varieties), and we can even change the color of the concrete.
Great tip!
I would definitely qualify as a retarder. Are there job openings?
@@wanderingfido only for the competition ;)
Throw a can of coke in the back of the mixer to slow it down…
@@tobybrown1179 the white stuff?
Retired R/M driver here. Did a good job explaining about cement. The ancient Egyptians had their own version said to contain lava ash. I know this vid was about cement but maybe you could do a series focusing more on concrete.🙏💓
It was the Romans, not the Egyptians. Volcanic ash, called pozzolana, or pozzolan, was mixed with slaked lime, and that mix was mixed with sand and gravel to make Roman concrete. It lasts for thousands of years.
@@robinpage2730
...and cures in seawater too!
@@robinpage2730 I heard it also had tiny chunks of sea shell embedded in it. Seems the shell was a reservoir of calcium carbonate that seeped into the surrounding cement material over eons and sustained its structure. When we made it, it was all ground very fine for strength and fast set. The Roman stuff lasted, well it still lasts…
@@robinpage2730 Pozzolana is not just a form of volcanic ash but as a sandy form of volcanic ash made out of micro-particles of micro-porous silica almost like diatomaceous earth to allow 10,000 times more surface area to react with the burnt quicklime or slaked lime to form a NON-POROUS calcium silicate which is also very strong. Since the late 1960s many scientists and engineers has been trying to find ways to improve on this principle of calcium carbonate to silica inter-reactions. In the Eastern Roman Empire they have no pozzolana or pozzolana sandy volcanic porous ash but they instead used a substitute called crushed and powderized bricks which has been crushed and grinded until it is as fine as white flour. How long it will last? One archeologist demonstrated how that product is made by mixing an equal volume of burnt quicklime and powderized brick powder and adding sufficient water to form a mortar and slap on on a rock wall wet with sea water to make it water proof and he said "IT IS GOOD FOR THE NEXT 5,000 YEARS!" Others use either silica sand with a silica content of 95%, or silica brick with a silica content of 97% or, quartz-quartzite-diatomaceous earth with a silica content of more than 97% up to more than 99%. They are all crushed, pulverized, grinded, powderized to become as fine as bleached white wheat flour so that they will dissolve in water (water is a universal solvent) and when mixed with water soluble burnt quicklime or slaked lime they form calcium silicate cement. One scientist-engineer went so far by mixing an equal volume of sodium silicate (waterglass with a 50% silica content and 50% sodium carbonate content) mixed and dissolved in hot water and allowed to cool into a viscous liquid similar to honey and then mixed with an equal volume of burnt quicklime or slaked lime until both has completely dissolved together (plus some additional water so that he can add a calculate volume of sand and-or graded gravel which are both mica free so that the resulting cement mortar and-or concrete is very strong) that he ended up with a weird form of almost glassy or glazed form of calcium silicate mortar and-or concrete which is very strong and virtually non-porous!
Modern Portland Cement is simply synthetic volcanic ash. You can use any kind of silicate, it's the temperature, heating and cooling times that determine the quality of the final product.
Background music is annoying.
Not sure why people feel the need to put background music in their videos. It's annoying.
I hadn't noticed it until I saw this comment.
Thanks 😑
Sound good to me
Bro it's the best part I listen to sci-fi ambient music all day that sounds like this
Okay well actually I guess it is pretty distracting and annoying during the documentary...
This was an VERY well made video. Clear, concise and well explained. Great job!
Glad you enjoyed it!
What’s happening on the thumbnail?
@@Factora_engstop using words over and over you bore people and sound repetitive like crazy
And he's very good with the words me thinks.
A good general knowledge video. Important information all in one place. Well done!
Glad it was helpful!
I do construction work and I never actually knew what cement was made of. It can be a lot of physical labor though especially when doing larger pours, or working with drier concrete. I’ll bet working in the rock quarry blowing up rocks and operating large machinery would be super fun though
where is the guy that scrape the rock in the picture
Worked at a cement plant for a few!! Raw meal is cooked to become clinker, then mixed with gypsum to make cement!! Mix cement with rocks (aggregate) becomes concrete....
Hey! I'm making a documentary about cement factory workers. I would love to hear about your time working there.
This puts into perspective how complex something so common is..
Excellent video!
The video is very well made - but the background music is intrusive.
very, very, very Informative video
Glad it was helpful!
I will own a cement company some day
I thought cement was just a mixture of various minerals, I had no idea it had to be manufactured 😂🤦
I always wondered where cement came from since it gets hard when wet. I thought it had to be mined from deep underground or something.
No cement is better than Lord Nagaarujna cement.
Is this Ohorongo Cement from Namibia am seeing at 2:43 to 2:57? Proudly Namibian..
Ino video Iko sawa kabisaaa
Cool your clinker, Buddy
Before saw this video i dont know how to make cement but after seeing this i have been understanding it is more tough but we think that it is very easy but reality it is too much tough😢😢😢
Finally there is an American who actually understands what cement is .
nice
What a marvelous finding!
Amennn, and, i wonder, why it wasn't invented by our black brothers ... ?
Retired RM, Kiln and CM operator here..very good explanation.
Great video
I will use mud clay to build my house
1:40 The narrator says: A long "cyndrilical" furnace...
instead of cylindrical.
Amazing...thanx
Amazing how the Romans didn’t do any of this and yet their stuff is still standing thousands of years later
A cyndrilical furnace - that's something I'd liketo see! (1:44)
Some are huge and are lined with 6-9in brick to keep in the heat. It's pretty cool to see one while running. The heat the put off is crazy.
I had a customer who was a cement factory in Nevada. They had a sign up that said "Number of days since last fatality", along with pictures of men who had died working there. That long kiln and what comes out at the end is dangerous.
Fly ash is in fact coal ash... produced by coal power plants. What are we going to substitute for it if we shut down all the coal plants? I can tell you, fly ash is almost as strong as concrete all by itself when prepared properly. I used to work construction and had to try to demo it. That sucked. Concrete will be much weaker without it. What are we going to build with?
Gotta get me one of those cyndrilical furnaces!
Me2 !!! ! !!! 😀
Excellent video
Thank you very much!
A very...SOLID... video! 😂😂😂
excellent !! thanks
my hungry ass could never work at a cement factory🍴
Best Wishes
4:54 what came first concrete or a concrete slab?
I haul dry cement from time to time and it’s nasty stuff it’s so fine it gets everywhere and at the end of the day you gotta blow it all out of your nose
Wear a good quality face mask. The dust will kill you faster than smoking. I am 70 years old, and retired. I occasionally worked around carbon black refineries. I wore a full quality face mask and used petroleum jelly around my ears. I still had to blow my nose to get rid of some carbon black. I never never got in my vehicle before a good shower. Carbon black is just like coal, causing black lung cancer.
If i have limestone and clay could it possible to makes cement at home.? I know that buying much cheaper than making, but i have the problems with transportation.
1:42 Cindrilical? I think the word you are looking for is cy·lin·dri·cal.
Could we use Sand in cement?
we takea da powder and put it on the belt and then some other belts come by and the powder in da mixer and pour out da cement good job bub. i had no audio on while watching but thats how they make cement im pretty sure
Fascinating and what's also impressive is at my local store I can get a 20 kg (44 lbs) bag for $8.50
That is cheap after seeing all the work that goes into making it
40kg of cement is only 3.88 dollars
Cement isn’t concrete.
But yeah, in Idaho 80 pounds of premix concrete is $7.62
This is really interesting!
thx for information
Is it true that solidified concrete will crumble into powder if deprived of oxygen?
Cement has a life of 100 years where as ancient Romans Indians and Egyptians used only limestone as binding material for their construction. Their constructions are still standing even after 1000's of years. Are we are missing something here, definitely, like the video said cement industry is worth more that $600 billion and limestone is freely available just need to dig and transport.
They added pozzolan (volcanic ash, which makes the lime putty/aggregate mix smoother and easier to work) and eventually realized that it actually reacted chemically with the lime to make a hydraulic cement. The secret is the silicates and aluminates in the ash. Clay also contains these compounds, that's why it's a raw ingredient in Portland cement. The difference is, we burn it much hotter than they did. The clinker we depend on for fast setting times, was garbage to the Romans. The chemistry is not good for durability.
Modern concrete can carry much greater loads.
@@larrybarnes3920 😂
Perhaps modern concrete can carry much greater loads than way back then, but not many people need it to do that, so why can’t we just get an option to buy the same stuff the Romans put out ?
The main difference between roman concrete and modern is the larger chunks of quicklime they mixed in, this made the concrete "self healing" and therefore can last longer. Today you can buy concrete that has a similar composition as roman concrete but better in every way, the only problem is that it is waaay more expensive... and most chooses to not sell it.
In fact most buildings today are calculated to last just 50-100 years and therefore expensive concrete is not needed.
If you want to see the best concrete we can create today look att the concrete in nuclear waste storage bunkers, that concrete often uses iron ore as aggregate and is calculated to last 1000+ years :)
This has strong Rick and Morty vibes lol
😅
Thanks expose about cement made.i work before lafarge,inland and miron montreal quebec.cement production change a lots last 50 years.quality is a must a saw own eye when concrete is not made correcty so batch is reject.lafarge just finish huge modernize plant exshaw alberta for future production demand.precast come long way too lots bridge now have lots stuff prefab save lots time and money.thanks video😊
Years ago I worked at the only admixture and crete curing compound plant in the U.S.
Now this plant is gone , and many others have popped up I realize how important my job was.
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤beautiful piece
Worked at the Medusa plant in Pennsylvania, they used a long kiln
1:42: "Cindrilical"??? Seriously?
Yawohl! Das ist die klinker cooler!
ITS 5am in the morning and i am watching how to make cement
Wow that is so cool
I know 🤯
The only question I have now is how do the Chinese manage to make concrete of such low quality that you can poke your finger through crumbling it with ease?
You actually believe this?
2:12 Couldn't clean up the trash.... smh
OSHA lol
"Aaaah, it's a clinker! I knew it!!!"
The first thing that ran through my head!
i think concrete isn't in tensile strength but more of it's compressive strength (crushing force) that's why we have different strengths in mpa or psi. tensile strength refers to reinforcement bars (pulling force)
01:41 "Cindrylical"
🤔
@1:42 "Cyndrilical"? It's CYLINDRICAL. The shape is a cylinder, not a cyndriler.
This really buttered my bisquit,thanks!
Can you do sweets like gummy bears? 🎉
How did they make cement before all the heavy machinery, I would prefer to see cement made by hand.
1:11 - “sub-SEE-kwent” - hahahahaha
Hapa kwetu Tanzania 🇹🇿 tunachimba sementi nyingi sana ila tunuziwa bei sawa na bure
That's one tuff gal. God bless yall
🙌
Cheer~~~a powdery substance made with calcined lime and clay. It is mixed with water to form mortar or mixed with sand, gravel, and water to make concrete.😊
The forbidden pizza dough
I use AKM cement and I'm from wonderful 🇮🇳😂🎉
My uncle is Aliko Dangote, believe it or not.
Making that Easyyyy Money!
❤
Great video. I'm going to send people here when they tell me that concrete is called cement
Cool, thanks
You're one of those people 🙄
@@Maicon-b1b Yes I'm a person who knows what they are talking about
In South Africa we found a very very efficient way to make concrete without using heat.
How would that be ??
The batch man (person who batches the concrete) can make or break your day.
The mafia approves this video
This is one of the better AI documentaries I have seen. You guys did a real good job with your TTS model's cadence and tone. There is a sufficient pause when a breath should be taken and the tonal infections are passable. I also noticed that you took the time to have an LLM model proofread the script. All in all, Id say that this is good production for an AI generated video.
Not Ai
Totally AI.
@@Factora_eng Maybe it's not but pronunciation of a number of words was just wrong. Maybe not AI but seems like a computer. A native speaker would just know that doesn't sound right.
@@Factora_eng
1:42
No human would read, "cydrilical" when, "cylindrical", is misspelled.
That is AI 100% proof.
In the words of Will Ferrell...
"I wish you weren't a liar"
Absolutely disgusting to lie about it
@@Factora_eng
Because you're a liar I'm clicking the
Don't Suggest
It's just so messed up to lie about it.
I saw a video that explained it well. The girl said that cement is to concrete as flour is to bread.
That’s a good comparison. I’m going to be using that from now on.
First, you take the dinglepop, and you smooth it out with a bunch of schleem. The schleem is then repurposed for later batches.
Then you take the dinglebop and push it through the grumbo, where the fleeb is rubbed against it. It's important that the fleeb is rubbed, because the fleeb has all of the fleeb juice.
Then a Shlami shows up and he rubs it, and spits on it.
Then you cut the fleeb. There's several hizzards in the way.
The blaffs rub against the chumbles, and the plubus and grumbo are shaved away.
That leaves you with a regular old plumbus!
7:28, would like to own some of that business
Elon Musk, Mark Zukerberg, and Jeffes Besos are worth more than the entire cement industry.
Cement, concrete and how about Portland?
Wow.This is wonderful. Thanks for sharing.
Thank you!
Concrete lighter than air spotted at 5:42! Industry is lying to us that concrete is heavy >:(
you telling me Lime trees and Sky scrapers have something in common?
You forgot to include "Slump" and "Air Entrainment"!
Thank u ❤🎉
Only Americans call concrete cement.
Rest of world what would call
The guy narrating this is the same guy that does ‘the engineering guy’
Fine video but I find it annoying that the strange image used for the thumbnail is not included anywhere in the video. That was the only reason I bothered with this video. I guess that’s the point of thumbnail selection but it still ticks me off…..😖
It's all about the quality of the clincher.