Harmful algal blooms (HABs) are an issue associated with eutrophication, the presence of excess nutrients in water. Rapid growth of organisms like cyanobacteria can deplete oxygen levels, increase stratification, and produce harmful toxins. NexSens automated detection systems can help track HABs and predict when potentially hazardous conditions are forming.
TriOS UV Nitrate Sensors are in-situ UV photometers that measure nitrate in lakes/rivers, drinking water, and wastewater applications. Nitrate is measured using the common principles of UV optical absorption utilized in laboratories worldwide. The sensors are compatible with X-Series data loggers over the RS-485 sensor interface using the Modbus-RTU communication protocol. Below is information on […]
The Northeast Ohio Regional Sewer District maintains multiple water quality monitoring stations along rivers that flow into Lake Erie near Cleveland.
Researchers at Buffalo State University are studying water and weather at the deeper and less algae-prone eastern basin of Lake Erie near Dunkirk, New York.
To find out what conditions are spurring blooms in the water, Bates College partnered with the Auburn Water District to launch a monitoring system.
LimnoTech worked with NexSens to design and deploy a monitoring platform near Toledo’s water intake after the water crisis of 2014.
A NexSens data buoy on Buffalo Pound equipped with sensors for weather, sunlight and temperature changes helps researchers at University of Saskatchewan.
