FlowCam® for Monitoring Drinking Water

 

Marina Bay Microcystis Sept 6 editedcA cost-effective, efficient and fast solution to monitor source water, reservoirs, and water treatment processes. Reduce labor hours, detect nuisance algae, and predict harmful algae blooms or taste & odor events with the FlowCam.  The FlowCam is a high throughput, semi-automated alternative to manual microscopy. 

Use the FlowCam to:

  • Analyze organisms and particles ranging from 2 µm to 1 mm
  • Identify cyanobacteria, nuisance, and filter-clogging algae
  • Automate cell counts for cyanobacterial colonies and filaments 
  • Process a 1 mL sample in 6 minutes
  • VisualSpreadsheet® software performs image analysis by measuring 40+ morphological parameters including biovolume, coloration, shape, and size to classify taxa. 
  • Identify cyanobacteria, taste and odor, and other nuisance algae
  • Detect filter-fouling algae
  • Differentiate between cyanobacteria and green algae
  • Calculate concentration of each taxa
  • Monitor filter performance
  • Count and measure any particle in a water sample (e.g. sediment)

Download Case Study: Monitoring Taste & Odor Algae at Newport News Waterworks

Visit Drinking Water Monitoring Resources Page for case studies, algae guides, posters and more.

How Does the FlowCam Work?

  1. A live or preserved sample is introduced into the top of the FlowCam
  2. Imaging and flow settings are adjusted to optimize organism and particle analysis
  3. A microsyringe pump draws the sample (minimum volume 200 µL) through a cuvette and a camera photographs each organism/particle as it flows, recording count and concentration in real time
  4. Image recognition software, VisualSpreadsheet, measures 40+ physical properties from each image
  5. Data are analyzed using VisualSpreadsheet, either on the FlowCam or a personal computer. Image libraries and statistical analysis techniques enable identification and classification of taxa. Reports can be exported in CSV format.  

 


 Customer Quote: 

"It used to take us 3 to 4 hours to do algae counts in the summer. Now it takes 15 minutes. We use the FlowCam because it’s quick and easy.”

—Hunter Adams, Water Laboratory Supervisor for City of Wichita Falls, TX



Products

FlowCam Cyano

FlowCam Cyano by Fluid Imaging Technologies for particle characterization analysis

Differentiate cyanobacteria from other algae using fluorescence data. Compatible with FlowCam Automated Liquid Handler. 

How does the FlowCam Cyano work?

Applications: Monitor cyanobacteria, taste and odor algae, and filter-clogging diatoms

Will the FlowCam Cyano work for you? Send us a sample and see for yourself. 

 

 Download FlowCam Cyano Brochure

 

FlowCam Automated Liquid Handler (ALH)

FlowCam ALH for particle characterization analysis For automated, high-throughput, unsupervised sample analysis of up to ninety-six 1-mL samples. Compatible with the FlowCam 8000 Series and FlowCam Cyano. 

Applications: High sample throughput

Will the FlowCam ALH work for you? Inquire about a demo. 

 

 Download FlowCam ALH Brochure

 

VisualSpreadsheet®  Software

Visualspreadsheet microcystisOur proprietary software VisualSpreadsheet performs image recognition, particle measurements, statistical analyses, data collection, and enables data manipulation. With VisualSpreadsheet (ViSP), which is included with every FlowCam, you can create image libraries, digital filters, and use machine learning for auto-classification.  View data in ViSP or export to Excel in CSV format. Visit the ViSP page for more information. 

 

Visit Drinking Water Monitoring Resources Page for case studies, algae guides, posters and more.

eBook: Fundamentals of Flow Imaging Microscopy

FIM General Ebook Cover pic

Download eBook: Ultimate Guide of Flow Imaging Microscopy

Case Study: Monitoring HABs at Big Bear Municipal Water Distrcit

Big Bear Lake Cover page

Download Case Study: HAB Monitoring at Big Bear Lake

App Note: Enumerate Microcystis & Other Colonial Cyanobacteria 

Cyano enumerating cover pic

Download: How to Enumerate Microcystis Colonies Using FlowCam