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.

Mobilizing Onsite at National Special Security Events

CSS operates and maintains EPA mobile analytical units that travel to support multi-agency security efforts during high profile events that draw large crowds. 

Industrial Hygiene and Safety Support Services to NIH, Division of Occupational Health and Safety (DOHS)

CSS has provided IH and safety support to NIH, DOHS as a prime contractor since 2007.

Satellite Science & Environmental Intelligence

Helping create a more environmentally sustainable, weather-ready, and secure nation through application of earth observation data  

Facilities Operations & Maintenance

We understand your facility support needs and deliver customized solutions.

Environmental Resource Assessment & Management

We apply science to address challenges affecting the nation’s natural resources.

Emergency Preparedness & Response

We help our clients prepare for and protect the health and environment of communities after disasters and hazmat releases.

IT Services

Our IT solutions meet clients’ evolving needs.

Safety, Health, & Environmental Compliance

We provide our clients with tools to protect their workforce, the public, and the environment.

Space Science Application Support & Operations

We deliver scientific support to advance our clients’ research goals.

Get in touch

Contact us to learn more about our projects, capabilities, solutions, and service offerings.