A novel chemical sampling device, Artificial mussels (AM) for monitoring trace metals, was developed by a research team led by Prof. Rudolf WU. This method has been used in 30+ countries for toxic trace metals monitoring.

A novel dissolved oxygen monitoring method has been developed. This is the collaborative work of Prof. Rudolf WU (the Education University of Hong Kong) and Dr. Vincent KO (City University of Hong Kong).

Prototypes of the sensor using replaceable photo-sensing films for dissolved oxygen monitoring have also been produced by using 3D printing.

The sensor prototypes have been tested and validated on the fish raft of the State Key Laboratory of Marine Pollution (SKLMP).

With the support of CityU HK Tech 300 and SKLMP, NerOcean has been established. Our aim is to provide a cost-effective solution for sustainable environmental monitoring and management by our new generation of dissolved oxygen sensors using replaceable photo-sensing films.

A new version of prototype has been developed and validated at AFCD’s monitoring site in Ma Nam Wat Aquaculture Zone.

NerOcean received Angel Investment Fund of HK$ 1M from CityU!

NerOcean successfully joined HKSTP Incubation Programme.

We have a booth to show our sensors and services at Hong Kong Convention and Exhibition Centre!

NerOcean has embarked on a new project to develop a cost-effective, compact sampling device capable of detecting toxic trace metal ions and radioactive substances in both seawater and freshwater.