MYCL
CIRCULAR
ECONOMY
PRACTICE

Sustainability Impact

We are keeping our eyes open on these aspects to make sure
that we are on the right path.

Nature-based Polymers

Designing Bio-Based Polymers to fit the Eco-Friendly Lifestyle

100%

100% Natural-Based Polymer, mainly composed of chitin, cellulose, and proteins, also called as a natural polymeric composite material.

Reduced Human Toxicity Potential

A measure of potential harm of chemicals released into the environment, in regards to toxicological responses in the human body.

0,157 tonne DCB eq

MyleaTM* is 70% lower in dichlorobenzene substance (DCB) than in bovine leather** based on a 200kg product comparison using the LCA approach.

*For non-reinforced product
**Notarnicola et al (2011) - LCA Bovine Leather Tannery in Italy

Lower Global Warming Potential

A measure of greenhouse gas such as, CO2, methane, nitrous oxide contribution to global warming (CO2, methane, nitrous oxide)

0,532 tonne CO2 eq

MyleaTM* is >50% lower in Global Warming Potential (GWP) than in bovine leather** based on a 200kg product comparison using the LCA approach.

*For non-reinforced product
**Notarnicola et al (2011) - LCA Bovine Leather Tannery in Italy

Agricultural & Industrial Waste

Repurposing scraps and adding value to waste in order to reduce injury to the Earth and bring benefit to the people.

373 kg

373 kg of Agroforestry waste upcycled every month

Chemical Traceability

Carefully formulating the perfect environmentally-friendly materials

Seven

Seven post-production waste parameters* are constantly monitored to comply with the local regulations, SNI (National Standardisation Agency of Indonesia).

*BOD5, COD, TSS, Phenol, Chromium, Ammonia, pH.

Water Management

Making sure the production process keeps the planet safe from toxicity.

0%

The chromium in post production wastewater is complied according to the local regulations, SNI (National Standardisation Agency of Indonesia) of below 1 ppm