ést.lab x Seven Clean Seas

An Ocean Without Plastic.

Through our partnership with Seven Clean Seas, we’ve helped remove 1,349kg of plastic waste from the ocean to date. That’s approximately 75,544 plastic bottles diverted from marine ecosystems.

The beauty industry produces billions of units of packaging each year, much of it single-use plastic. As we continue working towards more responsible packaging choices, we also believe in supporting meaningful cleanup efforts beyond our shelves.

Seven Clean Seas started as a beach cleanup project in Singapore and has since evolved into an ocean cleanup organisation working across coastlines, mangroves, rivers and nearshore areas in Indonesia and Thailand.

Impact So Far

7,752,804kg
of ocean plastic recovered

33,285
lives improved through cleanup efforts

100,000,000kg
plastic removal goal by 2030

Plastic pollution affects our rivers, oceans, ecosystems and communities. Through our partnership with Seven Clean Seas, we’re helping support large-scale cleanup projects while creating fair employment opportunities in the communities they serve.

Every full-sized ést.lab purchase contributes to cleaner oceans and healthier communities through our partnership with Seven Clean Seas.

*Seven Clean Seas formally employs local waste pickers, ensuring transparency in where plastic waste is collected, deposited and by whom.

Who is Seven Clean Seas?

Seven Clean Seas is an ocean impact organisation dedicated to reducing plastic pollution through cleanup projects, education and long-term prevention. They work with businesses and communities to measure, reduce and offset plastic footprints.

Where is the plastic removed from?

Seven Clean Seas removes marine plastic from coastlines, mangroves, rivers and nearshore areas in Indonesia and Thailand.

What happens to the plastic after it is collected?

Collected plastic is brought to a Material Recycling Facility for sorting. Recyclable plastic is separated where possible, while non-recyclable waste is responsibly disposed of to prevent it from re-entering the environment.