▎ 摘　　要

NOVELTY - Graphene oxide reverse osmosis membrane comprises a sub-nano carbon tube, an oxidation graphene layer and a phospholipid double-molecular layer loaded with a sub nano carbon tube and an integrated protein. The surface of the oxidized graphene layer is modified with an anti-adhesion polypeptide on the surface. The integrated protein is bonded with the anti-adsent, and realizes the anchoring of the oxidation graphene and the phosphorus-phospholipids double membrane layer, and the oxidization graphene layer has an oxidizing graphene layer pore and an oxidating graphene layer channel. The phospholopid double matrix layer is encapsulated in the oxidizing graphene layer channel channel. USE - The oxidation graphene reverse osmosis membrane is used for seawater desalination of commercial application purpose, cellulose acetate, polyamide and polyimide. ADVANTAGE - The oxidation graphene reverse osmosis membrane has excellent desalting performance, structure stability, and has a certain pre-treatment effect. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a preparation method of the oxidation graphene reverse osmosis membrane of integrated sub-nano carbon tube. DESCRIPTION OF DRAWING(S) - The drawing shows a schemaic view of graphene and phospholipid double-molecular layer anchoring structure. 1Sub-nano carbon tube 2Graphene oxide layer 5Phospholipid double-molecular layer 7Integrating protein 8Anti-adhesion polypeptide 9End functional group