enzyme-based alternatives to forever chemicals
new possibilities forfluorine-based chemistry thanks to
our revolutionairymicrobial-based biohalogenation platform.
Fluorinated Materials
By using holgens like fluorine, the PFAS industry can fluorinate certain polymers to create a wide range of products that are both durable and long-lasting.
PFAS
Forever Chemicals
Named after their long life cycle and extreme durability, Per- and Polyfluoroalkyl Substances ) are a class of chemicals used in almost every industry.
PFAS
used in
almost every industry
But forever chemicals come at a cost?
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The Price of Progress
While halogens have built the modern world, they have left behind a
legacy of persistence and pollution.
We are now paying the bill.
Fluorinated Compounds
Already known and circulating in the environment.
Annual Health Costs
Estimated health-related costs in Europe alone.
Years of Persistence
Maximum environmental persistence of some PFAS.
The "Forever Chemical" Crisis
PFAS (Per- and Polyfluoroalkyl Substances) are often called "forever chemicals" because they do not break down in the environment. They bio-accumulate in water, soil, and living organisms—including humans.
"Virtually every person on Earth has traces of PFAS in their blood."
Contaminated Sites in Europe
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Forever Chemicals
Named after their long life cycle and extreme durability, Per- and Polyfluoroalkyl Substances ) are a class of chemicals used in almost every industry.
PFAS
used in
almost every industry
The Power of Enzymes
Modern Card Component
This card features an interactive orb positioned at the corner, extending beyond the card boundaries. The orb creates depth by layering behind some elements and in front of others.
The Invisible Backbone
You might know halogens from light bulbs or the periodic table, but most people are not aware of the central part halogenated materials play in our modern society.
Virtually EVERY industry relies on them.
Healthcare
Essential in 25% of all pharmaceuticals and medical devices.
Electronics
Critical insulation for microchips and circuit boards.
Energy
Vital for solar panels, wind turbines, and batteries.
Construction
Fire retardants, insulation, and durable piping.