GenesisAlert.com
Title
Water Monitoring Systems
Description
(EWOS (SM) & D-TECS (SM) ) Early Warning Oil Spill & Detection Tracking Environmental Contaminants System; an in-situ water monitoring system which provides monitoring, management and early warning of significant toxic loads from chemical spills to algaeic blooms to bio-threats in almost any water environment, including oceans, streams, lakes, reservoirs, groundwater, industrial applications or process controls.EWOS (SM) & D-TECS (SM) is the first choice for early remote sensing, as it is the only dedicated comprehensive, integrated system on the market suitable for all water environments.
EWOS (SM) & D-TECS (SM) has adapted various monitoring platforms for use with an array of multi-sensors. EWOS (SM) & D-DECS (SM) sensor technologies include the only patent 5,777,483 for oil spills using dielectric technology, membrane, and fluorometry based sensors are off the self technology but we have our own patented technologies for sensors being developed and tested for the market 2003 by Baxter Technologies Inc, capable of detecting different types of water conditions, contaminants, and toxins.EWOS (SM) & D-TECS (SM) sensors have been integrated with multi-parameter functionality that allows for one sensor pack to monitor and detect multiple conditions.EWOS (SM) & D-TECS (SM) has optional telemetry packages that range from spread spectrum, radio, cellular or satellite up-down link with the only patented Ethernet threshold notification network world wide ,with the latest patent for Japan and includes global positioning.EWOS (SM) & D-TECS (SM) integrated system provides real-time monitoring for oil spills and other hazards, immediate notification and
EWOS (SM) & D-DECS (SM) sensors can be pre-calibrated with a one button function, an enormous advantage over most current sensor technology, in addition to the convenience and improved sensing accuracy, it provides the end user with a quantifiable savings in time, costs and labor.EWOS (SM) & D-TECS (SM) sensors transmit a data signal (via RF, Cell or satellite ) to a central monitoring center then to the ethernet to enable real-time from both user and receiver.
