- #1
d-Wizz
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- TL;DR Summary
- Advice for building specialised small-scale machinery to assist with recycling various plastic items.
[Mentor Note: link to OP's blog website deleted]
I need to learn where to find someone who will work with me to design and build machines for processing various plastic items. The end result will be granulated plastic, but the journey there will be different according to the physical and mechanical properties of the material being processed.
In summary, I am looking at building a small-scale agglomerator for plastic films. Research thus far seems to suggest that these machines are commonly used in China and India but nowhere else. The power consumption in the tens of kW may be one reason and the size and weight (1,000 kg) may be another. I want to investigate whether the concept is viable on a smaller scale such that domestic electricity (10A, 240V) can be used.
The basic concept is that a drum with blades on the bottom and on the sides rotates at very high speed. When plastic film is placed inside the drum, the friction generates sufficient heat to densify the plastic. The blades prevent the material from becoming one large lump. Apparently, at a certain stage, a cup of cold water is introduced into the drum. The plastic immediately solidifies and the blades chop it up. The result is said to resemble "plastic popcorn".
I need to learn where to find someone who will work with me to design and build machines for processing various plastic items. The end result will be granulated plastic, but the journey there will be different according to the physical and mechanical properties of the material being processed.
In summary, I am looking at building a small-scale agglomerator for plastic films. Research thus far seems to suggest that these machines are commonly used in China and India but nowhere else. The power consumption in the tens of kW may be one reason and the size and weight (1,000 kg) may be another. I want to investigate whether the concept is viable on a smaller scale such that domestic electricity (10A, 240V) can be used.
The basic concept is that a drum with blades on the bottom and on the sides rotates at very high speed. When plastic film is placed inside the drum, the friction generates sufficient heat to densify the plastic. The blades prevent the material from becoming one large lump. Apparently, at a certain stage, a cup of cold water is introduced into the drum. The plastic immediately solidifies and the blades chop it up. The result is said to resemble "plastic popcorn".
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