Btw, some info on the paper #Hydrodechlorination of #hexachlorobenzene in a miniaturized nano-Pd(0) reaction system combined with the simultaneous extraction of all #dechlorination products
We studied the elimination of #HCB and all 11 possible intermediate products by #dehalogenation with nanosized #palladium #catalyst
https://doi.org/10.1016/j.apcatb.2020.119100
#HydrophobicOrganicChemicals, #PersistentOrganicPollutants, #POPs, #HCB, #pollutants, contaminants, #spme, #nanoparticles, #catalysis, #remediation
#remediation #catalysis #nanoparticles #SPME #pollutants #Pops #persistentorganicpollutants #HydrophobicOrganicChemicals #catalyst #palladium #dehalogenation #hcb #dechlorination #hexachlorobenzene #hydrodechlorination
Great idea. I add #contaminants #EnvironmentalAnalysis #SPME #HydrophobicOrganicChemicals #PlanetaryBoundaries #NovelEntities #pollutants #adsorption #bioavailability #bioaccumulation #ClayMinerals #nanoparticles
#nanoparticles #ClayMinerals #bioaccumulation #bioavailability #adsorption #pollutants #novelentities #planetaryboundaries #HydrophobicOrganicChemicals #SPME #EnvironmentalAnalysis #contaminants
My current work is on "#ClayMinerals as sorbents for #HydrophobicOrganicChemicals - #ClayHOC" at #JLUgiessen together with my colleagues Martin Gerzabek, Daniel Tunega, and Peter Grancic from #BOKU Vienna.
Funding by #DFG and #FWF is highly acknowledged.
#MolecularSimulations #pollutants #SPME #adsorption #FWF #dfg #boku #JLUGiessen #ClayHOC #HydrophobicOrganicChemicals #ClayMinerals