A selective and efficient catalyst system for acceptorless glycerol dehydrogenation to lactic acid. An immensely enjoyable collaboration with @AkshaiK55372786.
https://t.co/HiZaH5F1iL
Nicely done by @NandiPran for a comprehensive work on Pincer-Ruthenium-Catalyzed Direct Formation of Fuel-Grade Alkanes via a Net-Decarboxylative Coupling of Alcohols | ACS Catalysis https://t.co/DYzE1Qu1RI
@IITGChem@IITGuwahati@CfN_IITG@ANRFIndia
Following our continued efforts towards transformation of Bio-Diesel waste Glycerol to Lactic Acid @bisarya_akshara demonstrates that NNN pincer–Mn and precursor MnCl2 can act as catalyst- Dalton Transactions https://t.co/ShbA8GYuP6
@IITGuwahati@IITGChem@CfN_IITG@DaltonTrans
A Comprehensive work by @BabuVBabu21221 on Pincer-Iron Catalysts for transformation of Bio-Diesel waste Glycerol to Lactic Acid in high yields and excellent selectivity | Inorganic Chemistry https://t.co/8at3m5thTt
@IITGuwahati@IITGChem@CfN_IITG@InorgChem
'Production of hydrogen from alcohols via homogeneous catalytic transformations mediated by molecular transition-metal complexes'
New from Arnab Dutta, Akshai Kumar and co. at @IITGuwahati@AkshaiK55372786, @cfn_IITG, @IITGChem, @ArnabDuttaIITB
https://t.co/7WMtK0UUw4
Nicely done by all the authors. Thoroughly enjoyed the discussions that shaped this Feature Article on Production of hydrogen from alcohols - now published in Chemical Communications https://t.co/45lvbp8Aa5
@IITGuwahati@IITGChem@CfN_IITG@INYAS_INSA@ArnabDuttaIITB@iitbombay
Base metal CoCl2 at room temperature as an anodic electrocatalyst gives impressive current densities for (m)ethanol electro-oxidation with industrially valuable sodium carbonate as sole by-product. See the work from @AkshaiK55372786@IITGuwahati https://t.co/CI1k90ouqu