Henkel logo

Henkel

Last updated January 31, 2026
141
Innovation Areas
3,300
Inventors
25
Collaborations

Renewable anionic surfactant synthesis: HenkelRecent Research Landscape

Inconsistent foam stability in aerosol delivery systems leads to poor surface contact and cleaning failure. Precise control of surfactant combinations ensures uniform chemical distribution and mechanical action.

What technical problems is Henkel addressing in Renewable anionic surfactant synthesis?

Internal combustion deposit accumulation

(7)evidences

Carbon and oil residues build up within air intake manifolds and valves. Removing these obstructions restores engine airflow efficiency and prevents mechanical performance degradation.

Poor ecological surfactant performance

(4)evidences

Inadequate cleaning efficacy of surfactant systems under standard washing conditions. Improving stain removal power enhances consumer product competitiveness.

Petrochemical feedstock dependency

(3)evidences

High-concentration liquid detergents suffer from phase instability and poor solubility when water content is reduced. Resolving these solubility limits allows for more compact and sustainable product formats.