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Last updated January 31, 2026
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Organosilicon reaction product emulsions: BASFRecent Research Landscape

Entrained air and foam stability during chemical processing lead to batch inconsistencies and equipment downtime. These innovations utilize hyperbranched polymer architectures to destabilize foam interfaces and ensure fluid homogeneity.

What technical problems is BASF addressing in Organosilicon reaction product emulsions?

Inorganic mineral scale deposition

(5)evidences

Cross-linked polymer networks and insoluble popcorn polymerizates create persistent waste streams that resist conventional processing. Enabling regeneration and controlled disintegration recovers material value and prevents system fouling.

Inadequate rheological stability

(5)evidences

Unstable shale formations react with water-based drilling fluids, leading to wellbore collapse. Preventing this chemical degradation ensures structural integrity during excavation.

Industrial process foam interference

(4)evidences

Uncontrolled foam formation disrupts industrial fluid processing and reduces vessel capacity. Effective suppression prevents mechanical overflow and maintains consistent fluid dynamics.