Contract · Federal · No Set aside used
TECHNOLOGY LICENSING OPPORTUNITY: ScreenFlow Liquid-Liquid Microcontactor
- Agency
- ENERGY, DEPARTMENT OF / ENERGY, DEPARTMENT OF
- Location
- Los Alamos, NM
- Amount
- Amount not listed
- Posted
- Jul 22, 2026
- Set-aside
- No Set aside used
- NAICS code
- 33399 look up NAICS codes
- PSC code
- AN12
Timeline
-
Posted
Jul 22, 2026
-
Status
Open now
What contracts like this typically pay
No award history yet for this category (NAICS 33399).
What this contract is for
- Agency
- ENERGY, DEPARTMENT OF / ENERGY, DEPARTMENT OF
- Location
- Los Alamos, NM
- Set-aside
- No Set aside used
- NAICS
- 33399
- Scope
- Federal
ScreenFlow pairs wettable screens with printed-in gaskets to deliver membrane-free, microscale liquid-liquid contact that scales from microliters to industrially useful flow rates using off-the-shelf materials and standard machine-shop fabrication.
ScreenFlow turns one of chemistry’s most common operations, the mixing and separating two immiscible liquids, into a predictable, layer-by-layer process that scales from benchtop experiments to production-relevant flow rates without sacrificing the efficiency advantages of microscale contact.
By replacing fragile single-channel chips and mass-transfer-limiting membranes with paired wettable screens, the ScreenFlow Liquid-Liquid Microcontactor from Los Alamos National Laboratory achieves direct liquid contact, supports flow in the same or opposite directions and tolerates real operating pressures while remaining buildable with ordinary machining and assembly methods.
The newer printed-gasket configuration further reduces parts, shortens build time and enables stable biphasic operation over days at a time, giving developers a robust platform for extraction, purification and sample-handling workflows that previously required bulkier or more delicate equipment.
How it Works Two liquids enter the device through separate inlets and travel through their own dedicated guide; each guide contains a fine, liquid-conducting woven screen, sized to the microfluidic regime.
One screen is built from a hydrophilic material so it preferentially carries an aqueous stream, while the paired screen is built from a hydrophobic, oleophilic material so it preferentially carries the organic stream.
Where the two guides overlap along their main length, the liquids meet at a stable, capillary-held interface.
Therefore, dissolved species, fine particles and hea...
Official solicitation and documents
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