Device for preparing hydrogen and synthesis gas from rapid pyrolysis of glycerine, comprises laser as source of coherent radiation, power control unit, high-precision laser scanning optical system, feeding unit and tubular reactor

Backlog Engenharia química Materiais, Metalurgia Química

Device for preparing hydrogen and synthesis gas from rapid pyrolysis of glycerine, comprises laser as source of coherent radiation, power control unit, high-precision laser scanning optical system, feeding unit and tubular reactor

NOVELTY – Device comprises laser (1) as source of coherent radiation, a power control unit, a high-precision laser scanning optical system (2), a feeding unit (3) for positioning or fixing the pyrolysed material, a tubular reactor of rapid pyrolysis, optoelectronic unit (5) and optionally support software (4) for communication and control of the optoelectronic units. USE – Device for preparing hydrogen and synthesis gas from rapid pyrolysis of glycerine (claimed). ADVANTAGE – The device is cost effective and low energy consuming, and performed in simple and rapid manner. DETAILED DESCRIPTION – An INDEPENDENT CLAIM is included for a method for preparing hydrogen and synthesis gas from rapid pyrolysis of glycerine, which involves: (A) irradiating a quantity of glycerin at the entrance of the material port of the rapid pyrolysis reactor with laser beam; (B) preparing the reaction gases from the irradiated glycerin and passing the gases obtained through a condenser; and (C) collecting the non-condensable gases through an outlet located in the upper part of the reactor. DESCRIPTION OF DRAWING(S) – The drawing shows a schematic view of a hydrogen and synthesis gas synthesizing device. Laser (1) Laser scanning optical system (2) Feeding unit (3) Optionally support software (4) Optoelectronic unit (5)

Main Application Field

E36 (Non-metallic elements, semi-metals (Se, Te, B, Si) and their compounds (except for E35).); H04 (Petroleum processing – including treating, cracking, reforming, gasoline preparation – biosynthesis based on hydrocarbon feedstocks is included (C10G).); 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).); L03 (Electro-(in)organic – chemical features of conductors, resistors, magnets, capacitors and switches, electric discharge lamps, semiconductor and other materials, batteries, accumulators and thermoelectric devices, including fuel cells, magnetic recording media, radiation emission devices, liquid crystals and basic electric elements. Growing of single crystals of semiconductors and their doping are included, but semiconductor devices, where the manufacture is not claimed are excluded. Electrography, electrophotography, magnetography, electrolysis, electrophoresis, power plant, X-ray and plasma-techniques, ion exchange resins, polyelectrolytes, electroplating, metal electrodeposition, electroforming, anodising, electrolytic cleaning, cathodic protection and electrolytic or electrothermic production or refining of metals are all covered elsewhere (Sections G, J, K and M).); T01 (Digital Computers)

INVENTORS:

ANA PAULA GIMENEZ PERES
ANDRÉ LUIZ JARDINI MUNHOZ
AULUS ROBERTO ROMÃO BINELI
RUBENS MACIEL FILHO

676_SYNGAS

Patent number: BR102013031976-A2

PATENT STATUS:

For information contact Inova Unicamp

FOR ADDITIONAL INFORMATION:

parcerias@inova.unicamp.br

+55 (19) 3521-5207 / 2607

This technology profile has been automatically generated.

COMPARTILHE:

TECNOLOGIAS RELACIONADAS: