Cu Bdc And Cu2o Derived From Cu Bdc For The Removal And Oxidation Of Asphaltenes have been associated with a number of problems in the petroleum industry with regard to the storage, exploration, and transportation of petroleum crude. in the current work, copper benzenedicarboxylic acid (cu bdc) and cu bdc derived metal oxide has been used in the removal and oxidation of the asphaltenes. the mof derived metal oxide was confirmed to be cu2o. though adsorption of. Cu bdc naturally had no catalytic behavior because of the low decomposition temperature. however, unlike cu bdc, cu bdc derived cu 2 o reduced the oxidation temperature by 50 °c without decomposing. therefore, the adsorption process was dominated by cu bdc, and the oxidation catalysis and thermal tolerance was superior in cu 2 o. in conclusion.
Cu Bdc And Cu2o Derived From Cu Bdc For The Removal And Oxidation Of In the current work, copper benzenedicarboxylic acid (cu bdc) and cu bdc derived metal oxide has been used in the removal and oxidation of the asphaltenes. the mof derived metal oxide was confirmed to be cu2o. though adsorption of asphaltenes followed a langmuir adsorption isotherm in both cases, cu bdc was superior to cu2o with an a. Title = "cu bdc and cu2o derived from cu bdc for the removal and oxidation of asphaltenes: a comparative study", abstract = "asphaltenes have been associated with a number of problems in the petroleum industry with regard to the storage, exploration, and transportation of petroleum crude. The cu2o, however, was successful at catalyzing the asphaltene oxidation reaction and a reduction of 50 °c in oxidation temperature was observed. hence comparing cu bdc with cu2o, mof was successful in the adsorption reaction but the mof derived metal oxide had the upper hand in the oxidation reaction. Download scientific diagram | fesem micrographs of (a) cu bdc and (b) cu 2 o. from publication: cu bdc and cu 2 o derived from cu bdc for the removal and oxidation of asphaltenes: a comparative.
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