What is Green Nano?
About us

This Japanese technology significantly reduces
CO2 emissions during combustion by adding only
a small amount of functional masterbatch to ordinary plastics.

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Supported products: (e.g.) hangers, hooks, cups, spoons, forks, plastic bottles, tanks, spray bottles and other spray products / plastic bags, garbage bags and other film-related products, packaging materials, plastic umbrellas, etc. / masks, eco bags and other
Applicable materials: PP / LDPE / LLDPE / HDPE / PET / PS / ABS Others (solvent dispersion type)
What is Solvent Dispersion?
Functional Masterbatches (MB) are set so that additives with CO2 reduction effects are appropriately dispersed when plastic products are molded. Solvent dispersion" or "water dispersion" means that the CO2-reducing additive is dispersed in a solvent-based (e.g. ethyl acetate) or water-based solution. For example, additives can be added to adhesives for dry laminating or seal labels.

Only one

Green Nano is not a product or a material.

Simply add a small amount of functional masterbatch to your usual materials as raw material.
CO2 emitted when plastic products are incinerated is greatly reduced.
This is a next-generation eco-technology developed in Japan.

Green Nano is not a product or a material.

Feature1PointPlastic Smart initiatives
with your usual equipment.

Unlike vegetable-derived plastics, which are inferior in transparency and strength, only a small amount of functional masterbatch is added, so the performance of ordinary plastic products is almost maintained, and the product can be recycled.
The design, materials, and production facilities remain the same when introducing the product, so there is almost no labor or initial cost. Since only a small amount is added, it is said to be one of the most environmentally friendly plastics that can be made "eco-friendly" at a low cost."

eco-friendly at a low cost.

Feature2PointFunctional masterbatches for uniform
dispersion of carbonization accelerators

Functional masterbatches contain an additive (carbonization accelerator) that reduces CO2 emissions, and when an appropriate amount is added to the plastic molding material, the carbonization accelerator is appropriately dispersed in the molding plastic.
The moderate dispersion of the carbonization accelerator in the molded plastic allows a more effective chemical reaction to occur, resulting in an eco-plastic with a sufficient CO2 reduction effect even with a small amount of the accelerator added.

Functional masterbatches for uniform dispersion of carbonization accelerators

A little trivia
Principle

Principle of CO2 reduction

Carbonization Accelerator
  • ・The carbonation accelerator acts as a catalyst for dehydrogenation, accelerating the carbonization reaction that occurs when combustible gases are generated.
  • ・The carbonization reaction is accelerated when combustible gases are generated.
  • ・The amount of CO2 released into the atmosphere is reduced as the carbon is trapped in the residue (ash).
  • General Products
  • Green Nano Products

A little trivia
Data

Introduction of combustion data

CO2 gas concentration emitted by direct combustion in a heating device that resembles an incinerator (stoker furnace) is measured in real time to determine the difference in CO2 generation.

  • CO2 gas concentration emitted by direct combustion in a heating device that resembles an incinerator (stoker furnace) is measured in real time to determine the difference in CO2 generation.
  • CO2 gas concentration emitted by direct combustion in a heating device that resembles an incinerator (stoker furnace) is measured in real time to determine the difference in CO2 generation.

*However, in stoker furnaces, which cover nearly 80% of waste incineration facilities in Japan, chemical reactions due to thermal decomposition have already occurred in the drying and preheating section (approx. 200°C to 500°C) of the stoker furnaces, and 400°C is set as the typical heating temperature at which resinous materials react violently in combustion tests. In the combustion test, a heating temperature of 400°C is set as a typical temperature at which resinous materials react violently.

Combustion measurement results "Measurements by Aitoz Machinery Corporation" (Source)

Reference example of combustion measurement results
Combustion measurement results

Green Nano CO2OFF Average Reduction Rate Result of PE Film for Trash Bags

31.36%

*Reduction rates vary depending on the product composition and amount of the compound.

Combustion measurement results

Green Nano CO2OFF average reduction rate results for cosmetics bottles

37.77%

*Reduction rates vary depending on the product composition and amount.

Best answer

The answer to the microplastic problem lies in
"eco-friendly" even in burnable trash

The essence of the microplastic problem lies in the dumping of garbage into the ocean.
Proper incineration should prevent this, but on the other hand, CO2 emissions during incineration are unavoidable.
Green Nano is attracting attention as a new social solution to not only the problem of global warming, but also to the problem of microplastics, which can be properly incinerated while reducing the environmental impact.

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