CO2 Absorber Plastics: A Crystal for Everyone’s Environmental Preservation
What we do
DAC Plastic" contributes to the environment by converting the large amount of plastic products around us into plastic that recovers CO2 from the atmosphere.
We are aiming for the smallest-scale use of CO2 recovery that can be done at the individual or household level.
CO2 recovery by a huge plant is necessary, but the hurdle to introduce such a plant is high and not everyone can do it.
Purchasing CO2 emission credits is easy if you have the money, but it does not solve the problem because it is just forcing someone else to do it.
Energy conservation, such as saving electricity, and de-plasticization, such as eliminating shopping bags, can be done easily, but require patience and effort.
I do not intend to deny the methods that are currently being considered. They are very important measures for carbon neutrality. We would like to make DAC-pla a system where anyone, anytime, anywhere, can easily make environmental efforts on their own initiative.
Company's story
This material, in powder form, can be mixed with resin as an additive for resin, and the resin can then be molded and processed in the existing way to make DAC plastic.
Not only does it have a decarbonizing effect by absorbing CO2 from the atmosphere,
As a CO2 absorber made from plant-derived biomass material, it can be mixed with petroleum-based plastics to produce the same deplasticizing effect as other biomass materials.
There are many other CO2 absorbers.
Zeolite and amine-based materials are two of the most well-known. These materials are intended for use in plants and have high CO2 absorption performance and durability. On the other hand, in order to achieve this performance, they use materials that have a high impact on the human body and the environment, and cannot be mixed with plastics, which can come into contact with the hands and the mouth.
Our materials are safe and secure because they are ecologically compatible and biodegradable.
Our materials are used as additives for resins to be mixed with plastics and other materials.
This will turn plastic products into "DAC-Pla" products, which are plastics that absorb CO2 from the atmosphere.
(DAC-Pla: Direct Air Capture-Plastic)
The amount of CO2 absorbed by DAC-Pla products is fixed at a certain amount, and each of these products absorbs only a small amount of CO2.
However, if CO2 is recovered from the atmosphere even a little at a time in the course of daily life and social activities, it will amount to a huge amount.
There is a society that we would like to achieve by using this kind of DAC-Pla.
Products using DAC-Pla will collect CO2 from the atmosphere everywhere,
The products are brought into homes, stores, and companies, and the CO2 gas is recovered and utilized by the recovery equipment.
Products can be used repeatedly. CO2 is collected repeatedly.
CO2 collected from products is reused in various ways.
This is the "ubiquitous CO2 recovery society.
The word "ubiquitous" was first proposed about 30 years ago,
The term "ubiquitous" was first proposed about 30 years ago and was used to mean "access to information everywhere.
It took 30 years for this to be realized, and it has become a commonplace and obsolete term.
Our goal is to realize a ubiquitous CO2 recovery society in the same way.
We hope you will join us in our efforts to combat climate change, and feel and enjoy the benefits of climate change every day!
Why don't you join us and get started?
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