▎ 摘　　要

NOVELTY - Artificial intelligence based drinking water purification system with graphene nano-material using machine learning and wireless sensor networks a cutting-edge science technology. USE - The system is useful: in a variety of purposes including detection, diagnosis, and treatment (claimed); and for treating drinking water. ADVANTAGE - The method enables the manufacture of membranes at a minimal cost. The graphene-based membranes are easy to create. It is not necessary to use virgin graphene to fabricate graphene treatment membranes. Due to graphene's atomic thickness, it has a large amount of space between its atoms, which enables it to transport large amounts of water. As a result, it is an excellent candidate for water separation. A preferably strong graphene layer can be utilized to produce two-dimensional nanochannels between two stacked graphene sheets of differing diameters, which both offer tremendous promise. The system: is more accurate and faster; is reliable and efficient for monitoring variables; and is environmentally friendly. DESCRIPTION OF DRAWING(S) - The figure shows the artificial intelligence based drinking water purification system.