The Demcon convergence Inspector Nanofiltration (NF) and Reverse Osmosis (RO) pilot systems have been developed to quickly evaluate the performance of nano- and reverse osmosis membranes at pressures up to 69 barg (up to 125 barg optional). With the Demcon convergence Inspector NF/RO the user can perform fully automatic filtration tests, retention tests, fouling studies and cleaning studies. The Demcon convergence Inspectors are custom-made and fully customizable. The lab-scale system is also available as a rental.
Feed flow range: customizable
Feed flow accuracy: < 1 %
Permeate flow range: customizable
Permeate flow accuracy: < 0.2 %
Pressure range: 0 – 69 barg (up to 125 barg optional)
Pressure accuracy: < 0.1 %
Temperature range : 0 – 70 °C (up to 130°C optional)
Dimensions: 93 x 50 x 101 c (varies depending on the specification)
Download datasheet for our standard NF/RO Inspector.
Please contact Demcon convergence for higher Pressures, higher and lower temperatures, and more accurate components.
The Demcon convergence Inspector Nanofiltration (NF) and Reverse Osmosis (RO) pilot systems have been developed to quickly evaluate the performance of nano- and reverse osmosis membranes at pressures up to 69 bar. With the Demcon convergence Inspector NF/RO the user can perform filtration tests, retention tests, fouling studies and cleaning and backwashing studies.
The user-friendly software interface records flows and pressures and allows the creation of individual test scripts: whether you want to perform simple filtration tests with several different pressure or flux steps or membrane aging studies, the Demcon convergence Inspector NF/RO has you covered. The system allows you to attach all kinds of flatsheet or spiral wound membranes and thus makes it extremely flexible.
The system is highly customizable and can for example be designed to support pressures up to 125 bar, include additional sensors, allow backwashing studies or heating of the feed fluid and has many more options available. Furthermore, the system can be connected to various membrane types and sizes.
Optionals:
