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Mass production of miniaturized components and devices will be a reality in this century. In the same way the microchip gave us portable electronic devices, microtechnology has the potential to revolutionize many products. By miniaturizing pumps, channels, connectors, valves, and materials; interaction distances of fluids and chemicals is reduced and performance is intensified. New implementations become possible as device size is reduced.

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      • Components
        • Advanced Microchannel Heat Exchangers
        • Nanoparticle Micromixers
        • Technology for Design and Quality Control of Microchannel-Based Hemodialyzers and Separators
      • Fabrication
        • Intermetallic Microlamination for High-Temperature Reactors
        • Microchannel Assembly using Surface Mount Adhesives
        • Moderate Temperature Microlamination: Microchannel Assembly Using Brazing
      • Systems
        • Microreactor-Assisted Nanoparticle Deposition
        • Microreactor-Assisted Solution Deposition
        • Microreaction Technology for Cheaper, Greener and Safer Nanomaterial Development
        • Microtechnology-Enhanced Hydrogen Storage for Advanced Fuel Cells
        • Power, Heating and Cooling using Thermal Exhaust Sources
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