3C2H6O2+7H2O= C2H4O3+11H2+O2+H2C2O4+CH2O2 Glycolic acid is produced electrochemically from ethylene glycol under alkaline conditions(NaOH). Hydrogen is produced at
Fantastic news! We've Found the answer you've been seeking!
Question:
3C2H6O2+7H2O= C2H4O3+11H2+O2+H2C2O4+CH2O2
Glycolic acid is produced electrochemically from ethylene glycol under alkaline conditions(NaOH). Hydrogen is produced at the cathode, and formic acid and oxalic acid are side products. Mass balance to produce 5000 tonnes a year of glycolic acid. the conversion of ethylene glycol is 60%. Selectivity of 85% glycolic acid, 3% formic acid and 2% oxalic acid. How much water is needed? How much NaOH is required? Produce a table of mass in and mass out
Related Book For
Auditing and Assurance Services An Applied Approach
ISBN: 978-0073404004
1st edition
Authors: Iris Stuart
Posted Date: