The Biosorbe Spill Remedy Fibers, for efficient and environmentally friendly absorption of hydrocarbons in air, soil and water, can replace today’s plastic and oil-based alternatives as well as clean where there currently are no alternatives.
The Biosorbe Water Purity Fibers hydrophobic characteristics also makes them suiatble as a filtering step prior to a more costly filter media by separating non polar substances as well as particles and debris.
Biosorbe Advance Fibers can be used as a raw material in processes such as airlaid, to produce cellulosic material with unique properties.
SUPERIOR OIL ABSORBTION
Can absorb 10-25 times its own weight.
VERSATILE
Can be used in both wet and dry conditions.
LIGHTWEIGHT
Easy to transport, disperse and collect
ABSORBS NON-POLAR SUBSTANCES
Such as fuels, oils, fats/grease etc.
HYDROPHOBIC
Floats on water and keeps the absorbed oil in the material. When used on land it is not sensitive to rain
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
Made from cellulose fiber, Biosorbe leaves no microplastics, aligning with the global commitment to environmental protection in marine and sensitive ecosystems.
