PET plastic bottles can be physically recycled in a relatively straightforward way by drying and granulating the cleaned and discarded bottles.
NIS-Kazakhstan
This was the world
This is
More than
CURRENT RECYCLING METHODS
PHYSICAL
CHEMICAL
PET plastic bottles can be physically recycled in a relatively straightforward way by drying and granulating the cleaned and discarded bottles.
A process for depolymerizing used PET plastic bottles under specific reaction conditions to produce beneficial compounds, such as low-grade fuel gasoline.
Recycling materials need a lot of energy and are frequently more expensive than polymers that are brand new
Waste PET plastic bottles should be cut into pieces, HDPE, aluminum, paper, and adhesive should be separated from PET, and then the PET should be washed, dried, and pelletized
Low cost, new polymers, and low energy consumption for recycling.
Microplastics may also be created during this process.
This microplastic contamination has been caused by problematic recycling of these PET polymer particles.
However, because the procedure is so straightforward, recycled raw materials are mostly used to make products that do not directly come in contact with people.
However...
There is a way to degrade PET plastic at
PRESSURE
ROOM
TEMPERATURE
MINIMAL
COST
Without producing any toxic byproducts
Multiple teams wanted to contribute to the solution of this plastic pollution problem
And our NIS_Kazakhstan team is also joining the ranks of teams to solve this global problem, using synthetic biology.
We have designed
That
Enzymes found in
Ideonella sakaiensis
PET hydrolase
MHET hydrolase
Work in synergy to achieve stepwise plastic degradation.
Last year we were not able to complete our project, but our research inspired and fulfilled us with the strong will to bring our brightest ideas into life. That is why we are working hard trying to complete our research idea and to prove our concepts