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Particle Manipulation Technologies

PARC has developed novel methods for separating, collecting, transporting and concentrating inorganic and organic particulates in water, on surfaces, in gels, and from air.

These methods include novel fluidic structures based on centrifugal forces and advanced electrostatic methods. Devices can be scaled into macro-level systems for such applications as membrane-free filtration of particles and desalination. Current efforts are aimed at scaling up filtration devices to 1000L/min.

Underlying Technologies

 

 

BUSINESS CONTACT
Nitin Parekh
Director of Business Development, Hardware Systems & Electronic Materials and Devices Laboratories
650-812-4132
RELATED WEBPAGES

Particle Concentration Solutions

Particle Enrichment and Separation Solutions

Particle Collection Solutions

Protein Separation Solutions

PUBLICATIONS

Traveling Wave Particle Separation in Fluidic Cell, conference proceedings

Traveling Wave Bio-agent Concentrator, IEEE Proceedings

High Speed MEMS Device for Sample Preparation of Bio-agents in Water, Conference on Point Detection for Chemical & Biological Defense

Particle Simulation of Traveling Wave Gel Electrophoresis, IEEE Proceedings

Spiral Microfluidic Manipulator for Continuous Flow Microscale Particle Separations, conference proceedings

Antifouling Surface Treatments for Microfluidic Applications, conference proceedings

 
   

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