Real-time HABs Detection and Modeling
We develop and deploy the sensors and monitor in real-time, HABs activities to support immediate response.
Real-time detection and modeling
Working with a consortium of research entities, CSS helps develop sensors for the Environmental Sample Processor (ESP), an autonomous electromechanical fluidic device capable of collecting, processing, and analyzing water samples to identify algal species, toxins, and toxin concentrations in real-time. CSS’ focus has been on the design and implementation of the toxin sensors on the ESP, including those for domoic acid, saxitoxin and microcystin detection.
Additional Projects
Red Hill Drinking Water Crisis
CSS supported the U.S. EPA Red Hill response operations in Hawaii in early 2022.
Regulatory Documentation Development
CSS develops documents to meet the requirements of environmental regulations.
Harmful Algal Blooms (HABs)
We provide site-specific in situ monitoring coupled with predictive modeling, to provide an early warning system to advise health officials and resource managers on how to best focus their efforts to protect health and environment.
Service Areas
Environmental Resource Assessment & Management
We apply science to address challenges affecting the nation’s natural resources.
Satellite Data Applications
Helping create a more environmentally sustainable, weather-ready, and secure nation through application of earth observation data
Emergency Preparedness & Response
We help our clients prepare for and protect the health and environment of communities after disasters and hazmat releases.
Space Science Application Support & Operations
We deliver scientific support to advance our clients’ research goals.
Facilities Operations & Maintenance
We understand your facility support needs and deliver customized solutions.
Human Health Risk Assessment
We help advance the understanding of chemical effects on people and the environment.
Get in touch
Contact us to learn more about our projects, capabilities, solutions, and service offerings.