Beijing University of Technology

The University of Texas System

Commonwealth Scientific and Industrial Research Organisation

Baoshan Iron & Steel Co., Ltd.

Monash University

Huanting Wang

Benny D Freeman

Anita Joyce Hill

George Simon

Jun Lu

Seungju Kim

Jing Wei

Huacheng Zhang

Ze-Xian Low

Xingya Li

Disclosed herein is an ion selective separation membrane including: a metal organic framework layer formed on, in, and/or around a substrate, the metal organic framework having a crystal structure that includes a first surface and a second surface and includes ion transport channels formed between respective pore windows in the first surface and the second surface; first and second electrodes to apply a potential difference across the membrane; wherein the respective pore windows have a pore size that is less than the hydrated diameter of the ion for which the ion selective separation membrane is selective.

Metal organic framework membranes

The invention relates to a membrane, and method of manufacture of a membrane for reverse osmosis having a porous substrate, and a layer adjacent the porous substrate comprising a two dimensional nanosheet material and crosslinked polymer. The two dimensional nanosheet material is preferably chosen from the group comprising graphene oxide including reduced graphene oxide, holey graphene, holey graphene oxide, laminated graphene oxide and holey reduced graphene oxide.

Reverse osmosis membrane and method of use

A hydrogel composite draw material for forward osmosis comprising: a porous elastic polymeric foam element including a three-dimensional continuous network of pores interpenetrated with a polymer hydrogel. In use, the hydrogel composite draw material draws a water flux of at least 3.5 L/mh.

Forward osmosis draw material

Growing community of inventors

Victoria, Australia

Huanting Wang