Oil Pollution Spills- Applied Microsystems
Oil Pollution Spills- Applied Microsystems
Capabilities- Applied Microsystems Services- Applied Microsystems Systems- Applied Microsystems Applications- Applied Microsystems

Home- Oil Pollution Spills- Applied MicrosystemsHome
News- Oil Pollution Spills - Applied MicrosystemsNews
Partners-  Oil Pollution Spills - Applied MicrosystemsPartners
Company-  Oil Pollution Spills - Applied MicrosystemsCompany
Support-  Oil Pollution Spills - Applied MicrosystemsSupport
Sitemap-  Oil Pollution Spills - Applied MicrosystemsSitemap
Contact-  Oil Pollution Spills - Applied MicrosystemsContact

 

 

 

 

Oil Pollution Spills

Every Environmental Manager dreads oil pollution. Spills cause an enormous drain on resources: clean up is time consuming and expensive. By some estimates, the cost of responding to 1000 gallon oil pollution spills is as much as $US 581,000(1). But clean-up costs are minor compared to the negative impact on an organization's brand and image. And repetitive oil spills - even minor ones - lead to increased scrutiny from environmental regulators.

Oil Pollution SpillsApplied Microsystems provides an early warning system to detect oil pollution spills and leaks of oil-on-water. Our system - Spill-Sentry™ - provides 24 hour real-time detection of even minute quantities of hydrocarbons. Spill Sentry is 100% reliable in rough weather or night conditions, when traditional inspection techniques are ineffective.

Earlier - and more reliable - detection of oil pollution spills means faster containment and reduced clean-up costs. Once oil pollution spills is detected, Spill Sentry automatically places telephone calls to the key contacts of your choice, enabling immediate evaluation of the situation.Oil Pollution Spills

Spill-Sentry™ is an integrated early warning system detecting oil pollution spills immediatley. The Spill-Sentry™ System contains two elements: 1) Spill detection buoys deployed in the field; and 2) A PC base station, running the Spill View application software.

The buoys communicate with the base station via cable, radio, or satellite communication protocols. Each buoy sends sample data to the base station, where the data is analyzed to determine if a spill has occurred. The sample frequency is programmable by the user.

When a spill is detected, the Spill View software telephones response team members. A visual and audible alarm also goes off at the base station.

 

 

Applied Microsystems Ltd. 2071 Malaview Ave.W. Sidney, BC, Canada V8L 5X6
Contact Us: sales@AppliedMicrosystems.com Tel:+1-250-656-0771 Fax:+1-250-655-3655