The term 'mechanical recycling' is correct and usable in written English.
You could use it when referring to the process of breaking down materials into smaller bits to make them easier to recycle. For example: "The factory uses mechanical recycling to break down plastics into smaller pieces for later reuse."
Currently, there are two methods for the production of recycled PET fibers from mechanical recycling.
"In the mechanical recycling procedure, the textile fibres are being regenerated in a way that makes the textile fibres shorter and with lower quality than virgin fibre.
But the plastics industry said the potential for a new biological process to replace or augment the current mechanical recycling process was very small.
Mechanical recycling of 100% post-consumer plastic waste into high-quality products has been performed.
The section on mechanical recycling contains an overview of current sorting technologies, specific challenges for mechanical recycling such as thermo-mechanical or lifetime degradation and the immiscibility of polymer blends.
However, the design of multi-stage mechanical recycling systems has never been tackled from a system engineering perspective.
This paper takes into consideration the thermo-mechanical recycling of post-consumed plastic bottles, especially the ones made of polyethylene terephtalate (PET), and its use as composite materials for engineering applications.
The enzyme solution is said to be superior to current thermo-mechanical recycling processes.
To bridge the gap until then, Smits suggests we upscale mechanical fibre recycling and address post-consumer and pre-consumer waste streams.
Continuous fibre reinforced thermoplastic composites (CFRTPCs) are becoming more significant in industrial applications due to their inherit advantages such as excellent mechanical performance, recycling and potential lightweight structures [1,2].
The advantages of UASB reactor are independence from mechanical mixing, recycling of sludge biomass and ability to cope up with perturbances caused by the high loading rate.
