OUR PRODUCTS LEAVE THE SMALLEST POSSIBLE ECOLOGICAL FOOTPRINT
Unlock the potential of seaweed
Plastic Films Today
The production of plastic films has a significant impact on our environment with the packaging remaining on the planet nearly forever. Packaging today is designed to last the same amount of time for each package to be used.
8 million
Metric tons of plastic waste
Plastic films contribute to environmental pollution as they often end up as litter in ecosystems. Approximately 8 million metric tons of plastic waste enters the oceans each year.
55 million
Barrels of oil
The production of plastic films consumes valuable resources, particularly fossil fuels. It is estimated that the production of plastic films requires around 55 million barrels of oil annually.
9%
Recycling rate of plastic films
Plastic films are challenging to recycle due to their thin and flexible nature. The recycling rate for plastic films is low, with only around 9% of plastic films being recycled globally.
The Future of Packaging
Our Products
Norifilm - Tomorrow's disposable packaging film
Norifilm is a flexible packaging material that can be used for dry goods of any kind. It offers the texture and stability of a conventional plastic film, but differs in its durability and footprint on the environment. In addition, our sustainable film becomes entirely transparent when placed on an object and after usage, it decomposes like a fruit, leaving no residual waste.
NEXT BUT ONE GENERATION PACKAGING
100% Natural Materials
The raw materials we use are 100% extracted from natural materials, which makes our packaging even edible.
Free from Plastic and Toxic Substances
We only use substances that are not poisonous for animals and the environment, nor for the human body.
Biodegradable & Home Compostable
Our products are marine degradable and compostable at home. No energy input required.
Reduced Carbon & Water Footprint
Seaweeds sequester carbon dioxide during their growth phase, generating a negative CO2 balance already during the production of the raw material.