esa(environmental solutions architect)


The development of
the esa method

Striving to achieve a
decarbonized society

The implementation of the Paris Agreement fully started in 2020. Japan has announced its goal of virtually no carbon dioxide emissions by 2050 and is progressing towards green innovation.

In addition to the conventional 3Rs (Reduce, Reuse, Recycle) approach, the “circular economy” concept has become more widespread.

ESG (Environmental, Social, and Governance) management and decarbonization management have been progressing globally among companies and financial institutions. The trend toward companies understanding and tracking CO2 emissions throughout their supply chains and disclosing information on reductions and monitoring will continue to increase.

The current status of plastic recycling in Japan


When we look at plastics from a resource perspective, the use of plastic for packaging containers is increasing exponentially worldwide. Due to the combination of marine plastic waste and the tightening of waste import regulations in other countries, this issue of recycling plastic is attracting a great deal of attention. As a result, advances in technological developments and the formulation of guidelines are being updated continuously.

Plastic is used in all aspects of our daily lives due to its highly convenient nature. However, only about 25% of industrial waste plastics, including packaging scraps, are recycled due to quality and recycling technology limitations. Approximately 60% are incinerated to generate electricity and other forms of energy.

The remaining 15% of plastics are either buried in landfills or shipped to developing countries for disposal. 

Decarbonization and ESG management across corporate supply chains will not progress unless this is addressed.

The esa method
A new recycling solution

After countless hours of testing, we developed the
revolutionary, SGS-certified esa method. By combining
our mixing technology of a physical machine structure
and heat and pressure adjustment technology, we can
now simultaneously pelletize plastics made from
different structures.

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The advantages of
the esa method

esa strives to perfect the method of material recycling with composite plastic materials.
esa succeeded to produce high-quality pellets at a low cost and less energy.


The remanufacturing process used in the standard methods of recycling materials is often time-consuming,
tedious, and expensive. However, esa’s unique technology reduces the hours required in the manufacturing
process, and, as a result, recycling requires less energy and costs less

Results of the esa method

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