Method for obtaining microchannel plates for chemical microreactors by means of direct metal laser sinterin

Backlog Engenharia química Materiais, Metalurgia Química

Method for obtaining microchannel plates for chemical microreactors by means of direct metal laser sinterin

NOVELTY – Manufacturing microchannel plates involves adding metal material into a device containing ytterbium, and then performing chemical treatment at 200-1200 degrees C for 2-24 hours. An acidic solution is added to the obtained reaction product. USE – Method for manufacturing microchannel plates for use in microreactor used for producing hydrogen in situ to use in laboratories (claimed).

Main Application Field

J01 (Separation – including evaporation, crystallisation, solvent extraction, chromatography, dialysis, osmosis including drying gases and/or vapours, and separation of solids from gases, liquids and other solids. Isotope separation, filter materials (including molecular sieves for separation), and centrifuges (except where used for analysis) (B01D, B03, B04, B07B).); J04 (Chemical/physical processes/apparatus – including catalysis, catalysts (excluding specific e.g. enzymatic or polymerisation catalysts), colloid chemistry, laboratory apparatus and methods, testing, controlling, general encapsulation, detection and sampling (excluding clinical testing) (B01J, L).)

INVENTORS:

MACIEL FILHO RUBENS
JARDINI MUNHOZ ANDRÉ LUIZ
ROMÃO BINELI AULUS ROBERTO

633_MICROREATOR

Patent number: BR102012032322-A2;BR102012032322-B1

PATENT STATUS:

GRANTED

FOR ADDITIONAL INFORMATION:

parcerias@inova.unicamp.br

+55 (19) 3521-5207 / 2607

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