The hydrogenation of a dichloromethane soluble fraction of flash pyrolysis oil (bio-oil, BO), obtained by treatment of BO with a water–dichloromethane solvent mixture, was investigated using a water-soluble homogeneous ruthenium catalyst (RuCl3·3H2O/tris(m-sulfonatophenyl)phosphine, TPPTS). The catalyst is active at mild conditions
The hydrogenation of benzene and other arene substrates under biphasic conditions is evaluated using...
Ruthenium-derivatives are effective liquid-phase catalysts for the deep oxidation at room temperatur...
Fast pyrolysis oil can be upgraded by a catalytic hydrotreatment (250-400 degrees C, 100-200 bar) us...
The hydrogenation of a dichloromethane soluble fraction of flash pyrolysis oil (bio-oil, BO), obtain...
The hydrogenation of a dichloromethane soluble fraction of flash pyrolysis oil (bio-oil, BO), obtain...
The use of homogeneous ruthenium catalysts to hydrogenate the water-soluble fraction of pyrolysis oi...
Catalytic hydrotreatment is considered an attractive technology for fast pyrolysis oil upgrading to ...
The use of Ru/C (5%-wt.) as a catalyst for the hydrogenation of fast pyrolysis oil was explored at 3...
Upgrading of bio-oils obtained from the fast pyrolysis of biomasses requires the development of effi...
Hydrogenolysis of biodiesel-derived glycerol to value-added chemicals has emerged as an innovative a...
Abstract: Dichlorodicarbonylbis (triphenylphosphine) ruthenium (II), a cis-selective and homo-geneou...
Biomass is one of the important renewable energy. More attention has been paid on conversion of bi...
Environmental concerns and possible future shortages have boosted research on alternatives for fossi...
The hydrogenation of benzene and other arene substrates under biphasic conditions is evaluated using...
Ruthenium-derivatives are effective liquid-phase catalysts for the deep oxidation at room temperatur...
Fast pyrolysis oil can be upgraded by a catalytic hydrotreatment (250-400 degrees C, 100-200 bar) us...
The hydrogenation of a dichloromethane soluble fraction of flash pyrolysis oil (bio-oil, BO), obtain...
The hydrogenation of a dichloromethane soluble fraction of flash pyrolysis oil (bio-oil, BO), obtain...
The use of homogeneous ruthenium catalysts to hydrogenate the water-soluble fraction of pyrolysis oi...
Catalytic hydrotreatment is considered an attractive technology for fast pyrolysis oil upgrading to ...
The use of Ru/C (5%-wt.) as a catalyst for the hydrogenation of fast pyrolysis oil was explored at 3...
Upgrading of bio-oils obtained from the fast pyrolysis of biomasses requires the development of effi...
Hydrogenolysis of biodiesel-derived glycerol to value-added chemicals has emerged as an innovative a...
Abstract: Dichlorodicarbonylbis (triphenylphosphine) ruthenium (II), a cis-selective and homo-geneou...
Biomass is one of the important renewable energy. More attention has been paid on conversion of bi...
Environmental concerns and possible future shortages have boosted research on alternatives for fossi...
The hydrogenation of benzene and other arene substrates under biphasic conditions is evaluated using...
Ruthenium-derivatives are effective liquid-phase catalysts for the deep oxidation at room temperatur...
Fast pyrolysis oil can be upgraded by a catalytic hydrotreatment (250-400 degrees C, 100-200 bar) us...