Mo, Z., Peters, C. D., Long, C., Hankins, N. P., She, Q., & Engineering, S. o. C. a. E. (2022). How split-feed osmotically assisted reverse osmosis (SF-OARO) can outperform conventional reverse osmosis (CRO) processes under constant and varying electricity tariffs.

Mo, Zijing, Christian D. Peters, Cheng Long, Nicholas P. Hankins, Qianhong She, and School of Civil and Environmental Engineering. How Split-feed Osmotically Assisted Reverse Osmosis (SF-OARO) Can Outperform Conventional Reverse Osmosis (CRO) Processes Under Constant and Varying Electricity Tariffs. 2022.

Mo, Zijing, et al. How Split-feed Osmotically Assisted Reverse Osmosis (SF-OARO) Can Outperform Conventional Reverse Osmosis (CRO) Processes Under Constant and Varying Electricity Tariffs. 2022.