Research Papers by Andrew G. Livingston

i n f o A customised simulation tool was used to estimate the SEC for RO and FO desalination by considering the effect of different process variables and UF pretreatment step. Using a CAPE-OPEN interface standard for running Matlab scripts in ASPEN, this modelling approach provided a flexible tool fo

A novel enantioseparation process using the combination of EIC and OSN has been 0.60 FIRST CYCLE SECOND CYCLE 0.50 R S ee 0.40 0.30 Step B Step D Step B Step D Combined streams –20 –40 0.20 1st Cycle (%) 2nd Cycle (%) Step B –46 –34 ee of S / % R and S enantiomers in the permeate / mmol Table 1 ee a

Despite the membrane incompatibility, results from the MEDKR reaction show that there is great potential for the MEDKR system if improved base resistant OSN membrane can be produced. Therefore new base resistant OSN membranes are currently being developed in order to produce a more robust MEDKR proc

This article describes a novel process for recovery of aromatic amines and phenolic compounds form wastewaters, the membrane aromatic recovery aromatic system (MARS). Laboratory work on wastewaters containing aniline and phenol will be presented, including data demonstrating removal and recovery of

Organic solvent nanofiltration is an emerging technology made possible by the recent development of solvent resistant nanofiltration (SRNF) membranes. These membranes have many potential applications from continuous operation over many months in refinery systems [1,2] to short term operation for a f