Please let me explain. We are referring here to nanotechnology since our (polymer) nanofiltration membranes do contain "nano pores". That is why we consider our production technology as nanotechnology. Our nanofiltration membranes are used for making drinking water, and are approved by NSF, KIWA, etc. That means no toxic chemicals, no nano particles, ect. Our nanofiltration membranes remove low molecular weight organic materials, as residual medicine, pesticides, hardness, color, etc. During operation we do need hardly chemicals for cleaning, while our energy consumption is very low (
Published by Michiel Staatsen
Please let me explain. We are referring here to nanotechnology since our (polymer) nanofiltration membranes do contain "nano pores". That is why we consider our production technology as nanotechnology. Our nanofiltration membranes are used for making drinking water, and are approved by NSF, KIWA, etc. That means no toxic chemicals, no nano particles, ect. Our nanofiltration membranes remove low molecular weight organic materials, as residual medicine, pesticides, hardness, color, etc. During operation we do need hardly chemicals for cleaning, while our energy consumption is very low ( <0,3 kWh/m3).