IFF logo

IFF

Last updated January 31, 2026
87
Innovation Areas
2,395
Inventors
2
Collaborations

Multiphase pozzolanic biomass binders: IFFRecent Research Landscape

Unstable hydration products in slag-based binders lead to premature road surface cracking and degradation. Precise engineering of the mineralogical phase balance ensures long-term structural integrity and chemical resistance.

What technical problems is IFF addressing in Multiphase pozzolanic biomass binders?

Inadequate binder mechanical durability

(6)evidences

The combination of slag-based binders and pitch-based road surfaces addresses the inherent mechanical instability and poor interfacial bonding in heavy-duty pavement. Solving this prevents premature cracking and surface disintegration under environmental stress.

Electrochemical membrane degradation

(5)evidences

Loss of mechanical integrity and processing stability in recovered PVB materials. Restoring these properties allows for high-pressure hydrogen storage and structural membrane applications.

Recalcitrant plastic waste accumulation

(4)evidences

Semi-crystalline structures in plastic waste resist natural enzymatic breakdown. Overcoming this structural stability allows for the reduction of persistent environmental microplastic pollution.