process of production of molecular carbon bolters with morphologic control and microporous molecular carbo

Backlog Engenharia química Materiais, Metalurgia Química

process of production of molecular carbon bolters with morphologic control and microporous molecular carbo

NOVELTY – The production of morphologically-controlled carbon molecular chains comprises replication of a porous structure serving as a mold on the basis of approximately 2 nm diameter microporous carbon material. The series of chains (UEC) resembles the conventional zeolite molding materials, in large pore volume and surface area. EMBODIMENT – The various functional groups on the surface of the porous structure are controlled by the pyrolysis temperature, and the carbons:hyrogen ratio is directly proportional to this. USE – In industrial chemistry.

Main Application Field

E36 (Non-metallic elements, semi-metals (Se, Te, B, Si) and their compounds (except for E35).); 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).); L02 (Refractories, ceramics, cement – includes manufacturing methods, limes, soil preparation for (road) building, magnesias and slags, cements, mortars, concretes, abrasives, thermal or acoustic insulation (non)oxide ceramics and ceramic composites, but not brick making, concrete mixers or casting or potters’ wheels (C04).)

INVENTORS:

PIRES CLÉO THOMAS GABRIEL VILELA TEIXEIRA
MUNSIGNATTI ERICA CRISTINA DE OLIVEIRA
PASTORE HELOISE DE OLIVEIRA

152_PENEIRAS MOLECULARES

Patent number: BR200700985-A;BR200700985-B1

PATENT STATUS:

GRANTED

FOR ADDITIONAL INFORMATION:

parcerias@inova.unicamp.br

+55 (19) 3521-5207 / 2607

This technology profile has been automatically generated.

COMPARTILHE:

TECNOLOGIAS RELACIONADAS: