BIBLIOS

Tipo
Artigos em Conferência

Tipo de Documento
Resumo

Título
Seeking Sustainability: a different way to produce catalyst particles

Participantes na publicação
Luis C. S. Nobre (Author)
António M. F. Palavra (Author)
INSTITUTO SUPERIOR TÉCNICO
Mário J. F. Calvete (Author)
UNIVERSIDADE DE COIMBRA
Carlos A. Nieto de Castro (Author)
Dep. Química e Bioquímica
CQE
Beatriz P. Nobre (Author)
INSTITUTO SUPERIOR TÉCNICO

Resumo
In the last decades, chemists become more concerned about the impact of the chemistry and\nindustrial chemistry in the world. These concerning’s were translated in a search for more\nsustainable processes, methods and products in different grounds: Environmental, Social and\nEconomic 1. Many future scenarios and solutions have been proposed, and in many of them,\ncatalysts appear with an important role to play. To achieve these future scenarios, some challenges\nare need to be faced in the catalysis field, for example the nanoarchitecture of the catalysts 2.\nIn this work, the proposal is to produce particles of catalysts using the Supercritical Anti Solvent\nmicronization (SAS) process. SAS is already been used in the production of particles of compounds\nto the pharmaceutical or food industry, as well as to obtain some precursors of catalysts 3,4. The SAS\ntechnique enables the production of particles controlling the size of the particle, the size\ndistribution and the morphology, according with the experimental conditions.\nThis method to obtain the catalysts particles is particularly interesting for heterogeneous catalysis,\nbut in the homogeneous catalysts perspective, it can be used to recover the catalyst from the\nreaction medium.

Editor
Manuel Almeida, Maria José Calhorda e Armando Pombeiro


Instituição
UNIVERSIDADE DE LISBOA

Evento
UL Chemistry PhD Meeting (2ECQUL), Universidade de Lisboa, December 4-5

Identificadores da Publicação

Local
Lisboa, Portugal

Organizadores
Colégio de Química da Universidade de Lisboa

Editora
Universidade de Lisboa

Coleção
Abstract Book



Identificadores do Documento
URL - https://www.ulisboa.pt/sites/ulisboa.pt/files/public/bookabstracts_2ecqul.pdf

Keywords
Supercritical Anti Solvent micronization (SAS) process Catalysts Sustainability