Environmental legislation such as the EU Water Framework Directive is providing a significant impetus towards increased monitoring of natural waters. The widespread availability of autonomous, field deployable systems which can provide long-term, reliable, high frequency data on key water quality parameters via wireless communications would allow a significant improvement in our ability to monitor the quality of our natural water resources. An autonomous sensor for the analysis of a key nutrient, phosphate, in water has been developed by National Centre for Sensor Research (NCSR) researchers in Dublin City University. This sensor incorporates microfluidic technology, colorimetric chemical detection, and wireless communications into a compa...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...
Environmental legislation such as the EU Water Framework Directive is providing a significant impetu...
A sensing platform for the in situ, real-time analysis of phosphate in natural waters has been reali...
This work presents the ongoing development of a microfluidic chip for a low cost field deployable ph...
This work presents the ongoing development of a microfluidic chip for a low cost field deployable ph...
A portable sensor for the analysis of phosphate in aqueous samples has been developed. The sensor i...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
A portable sensor for the analysis of phosphate in aqueous samples has been developed. The sensor i...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...
Environmental legislation such as the EU Water Framework Directive is providing a significant impetu...
A sensing platform for the in situ, real-time analysis of phosphate in natural waters has been reali...
This work presents the ongoing development of a microfluidic chip for a low cost field deployable ph...
This work presents the ongoing development of a microfluidic chip for a low cost field deployable ph...
A portable sensor for the analysis of phosphate in aqueous samples has been developed. The sensor i...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
A portable sensor for the analysis of phosphate in aqueous samples has been developed. The sensor i...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
As the need for more temporal and spatial monitoring grows due to the pressures from legislation and...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
An autonomous microfluidic sensor for phosphate in environmental waters has been developed and asses...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...
There is an increasing demand for autonomous sensor devices which can provide reliable data on key w...