Pesquisar sobre a utilização de outros catalisadores e outras condições experimentais para os testes catalíticos, adotando-se o sistema de fluxo de ar, através da otimização e aplicação do reator de leito de lama, dada a sua eficiência e viabilidade econômica.
Adotar outros métodos de síntese que proporcionem um maior controle sobre o tamanho das partículas dos óxidos metálicos sobre o suporte, visto que, quanto menor o tamanho destas, maior o número de sítios ativos, menor o impedimento estérico e maior a capacidade de adsorção.
Estudar as reações de ODS utilizando como fases ativas os óxidos de níquel, paládio e titânio suportados em SBA-15 ou MCM-48, comparando assim a reatividade e seletividade destes em relação aos óxidos suportados em MCM-41.
Estudar a incorporação de outras fases ativas sobre materiais mesoporosos do tipo MCM-41, MCM-48 e SBA-15.
Estudar outros parâmetros reacionais variando condições experimentais como temperatura, pressão e concentração das fases ativas sobre materiais mesoporosos do tipo MCM-41, MCM-48 e SBA-15.
Avaliar a eficiência do ODS na remoção de compostos sulfurados presentes em amostras reais, tais como, gasolina e óleo diesel.
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