bio-based cleaning booster
LignoBrite, an upcycled & bio-circular polymer


LignoBrite is an upcycled natural polymer derived from renewable lignin – designed to boost cleaning performance while supporting circularity and sustainability. Robust even under harsh formulation conditions, it offers a bio-based alternative to synthetic dispersants like polyacrylates.

Where LignoBrite Shines

  • Auto Dishwashing: Prevents filming and spotting on glassware and dishes – even in phosphate-free systems.
  • Laundry Detergents: Reduces redeposition and fabric greying, keeping clothes fresher for longer.
  • Hard Surface Cleaners: Enhances soil release and supports next-time cleanability, helping surfaces stay cleaner between uses.
  • I&I Cleaners: Reduces deposits and boosts soil dispersion in acidic and alkaline cleaners. 

Why Choose LignoBrite?

  • Replaces fossil-based dispersants with a 100% certified bio-based and bio-circular solution
    • Non-agricultural raw material grown and produced in Scandinavia
  • Enhances overall cleaning efficiency in ADW, laundry and hard surface cleaners
  • Demonstrates excellent stability across a wide pH range (1–13)
  • Compatible with enzymes, surfactants, caustics, and builders
  • Supported by LCA and EPD data for verified sustainability claims

Certifications, labels and data

  • Upcycled1
  • USDA BioPreffered® 100% Bio-Based (certified)2
  • Bio-Circular (ISCC Plus)
  • Biodegradable3
  • Carbon-negative production4
  • LCA & EPD documentation available for carbon footprint calculations

Bring Nature into Performance

Experience how LignoBrite can replace synthetic dispersants without compromising cleaning results or sustainability goals.


Contact me about LignoBrite

 

FOOTNOTES: 

1 Following European Investment Bank (EIB) definition (The European Investment Bank (EIB) Circular Economy Guide (https://www.eib.org/files/publications/thematic/circular_economy_guide_en.pdf))
2 100% bio-based carbon based on ASTM D6866-18 Method B
3 Biodegradable means that lignosulfonates degrade in the environment along similar pathways to lignin in woody biomass
4 Soldal and Modahl (2019): Environmental analysis of competing products for lignin from Borregaard OR 39.19, Fredrikstad: Ostfold research [now: NORSUS]