You don't ever think about the process that built the final product. Seeing what goes into building, recycling, and transforming trash into the daily products we use every day is cool.

Turning trash into treasure — this is next-level recycling. So satisfying to watch!

Wow! I can't believe the engineering required to build these massive systems. Awesome!

Recycling tires like this not only reduces landfill waste but also saves tons of natural resources. Truly impactful!

In 1968 I bought a set of 13” Retread Firestone Racing Casings for my corvair. They were wide, low and with the giant “Firestone” lettering were very, very cool.

Re-use, re-purpose, n’ recycle; count me in👍🏽

“Unas imágenes realmente útiles. Nunca habíamos tenido la oportunidad de presenciar este proceso en persona. Gracias

I've worked with rebar all my life.
Often wondered about it

You have done your homework and provided.  One of the best documentaries  I have ever seen.thank you..I will shut up now..

When I see the machinery responsible for producing products, I'm always intrigued as to how it is known what needs to be designed and built to accommodate any of those steps in the process of making, for example, an assembly line product.  If you look at the various steel and rubber hoses, and bolt heads, and the curvature of the numerous steel pieces that have been assembled, all designed in compliment to the functioning of other components, it makes for some remarkable and "beautifully designed" machinery. ~ I love your humorous comments!  It's refreshing and delightful to know there are people out there who understand and know how to provide lighthearted and tongue-in-cheek humor!  ~  Lastly, after watching this entire video presentation, showing the breaking down of these "used-up products" and their remanufacturing processes, I am once again amazed at how much waste and debris of varying kinds that come as a result of our ongoing worldwide manufacturing processes that are in place to meet the demands of Worldwide Consumerism.  It just seems like there is way too much of everything when you look at the "remnants" that are no longer viable in their present form.  But that's where your video comes in to show us that a lot of what we produce, and subsequently throw away, eventually gets to be "broken down" and remanufactured into other products, which, of course, helps take some of the stress off of our worldwide environmental concerns.  Great video!  Thanks!

断片的に韓国語が垣間見える工場ですね。いずれにしても初めてのタイヤ製造工場べんきょうになります❣。ありがとうございます。

Incredible large-scale recycling process! ♻
Watching old tires and scrap transformed by massive industrial machines is truly satisfying.
This is how modern technology turns waste into valuable resources — clean, powerful, and efficient.
Respect to the engineers and factories making the future more sustainable!

You say you published 200 videos. Even after 200 videos the content is still outstanding. Thanks for those productions.

I worked in a shop where they did tire retreading for passenger, light truck, heavy truck. The big stuff was Bandag. Cool process. Was money in it for sure.

The scale and precision of these recycling processes are unbelievable turning old tires into fuel and scrap metal into rebar is seriously impressive

Recycling is a very important role in the world economy, it provides jobs, opportunities, opening a clean space, taking care of environment and,waters from dams to oceans life in general.

I WORKED IN A STEEL MILL MELT SHOP & THE PROCESS TO CREATE ALOT OF THIS IS AMAZING 👍✌

Ich habe 30 Bündel Bewährungsstahl  für mein Fundament gekauft.  Danke der Firma .

Watching tires and scrap metal get recycled on such a massive scale is mesmerizing—it’s loud, intense, and strangely satisfying. Turning chaos into raw material shows just how powerful smart engineering can be.

Since you asked... the big disk on the crane( rather than the tulip claw) is indeed an electromagnet. There is a big coil of electric wire around an iron or steelmarmature. When a large electrical current is passed through the coil, the assembly becomes a powerful magnet, attracting the ferrous metal scrap. When ready to unloads, the current is turned off and the unit is no longer a magnet, so it drops the load. Very efficient for smaller scrap pieces.

Turning scrap into useful products never gets old.