The biological monitors currently on the market are based on living entities such as algae, clams, or fish, thereby overcoming some of the difficulties inherent in the chemical monitoring devices.
On the other hand, CheckLight's system will automatically respond to the threat in real time, setting off an alert triggered by reduced light emission. For example, if two values change, but neither of them is, by itself, sufficient to set off an alert, then, even if the combination of the two will cause contamination of the water, a chemically-based solution will not detect the hazard. The major disadvantage of chemical monitoring devices - even those that test multiple parameters - is their inability to detect and analyze the combined effects of subtle changes in multiple contaminants, each of which may be within its own acceptable limits. Clearly surpassing currently available chemical monitors, it will likely become a global industry standard. In the US, where awareness of CheckLight's products is widespread, the company is recognized by the EPA (Environmental Protection Agency) in 20, CheckLight was selected as one of the 8 companies whose technologies were verified for use by the EPA's ETV (Environmental Technology Verification) program.Īs with the solutions provided by other members of the Whitewater Technology Group, CheckLight's technology is unrivaled in today's market - both in its superior detection capabilities and its cost-effectiveness. One of the largest customers is the Environmental Protection Ministry of China.
GALCON COMPUTERIZED CONTROL SYSTEMS MANUAL
The company currently sells a manual kit providing early warning of water contamination. The benefit of this technology is that, rather than monitoring and analyzing the changing values of various parameters, bacteria respond directly in real time to a wide range of dangerous contaminants by simply dimming or turning off the light.ĬheckLight offers broad-spectrum bio-monitoring solutions for drinking water. If water is contaminated, the bacteria react by reducing emitted light, which immediately generates an automatic contamination alert. For densely populated, potentially high-risk cities - such as New York, San Francisco, and Chicago - this technology can significantly reduce the threats associated with terror attacks, as well as those posed by equipment malfunctions and natural disasters.ĬheckLight's technology utilizes natural luminescent bacteria as early-warning biosensors, positioned inside the monitoring stations. The company's products are of particular interest to early adopters for whom water management and rapid detection of water contaminants are high priorities. In line with the Whitewater Technology Group's focus, CheckLight targets water utilities and municipalities in the US, Europe, and Asia.
Enabling comprehensive coverage of large areas, the system is exceptionally sensitive to very low concentrations of a wide range of toxic chemical agents, provides reliable and consistent results, and requires minimum maintenance and on-site visits. Operating automatically, CheckLight's exceptionally fast, reliable, and cost-effective solution provides real-time, online monitoring, and enables flexible, unlimited expansion through the simple addition of monitoring units.Ĭomposed of numerous monitoring units - located at monitoring stations throughout the water system, and seamlessly integrated with the SCADA system - CheckLight's solution performs continuous automatic monitoring of water quality at various points in the system, sending immediate alerts regarding problematic areas.
CheckLight's state-of- the-art technology, which has been verified by the EPA's ETV program, utilizes non-pathogenic luminous marine bacteria as early-detection sensors. Tel Aviv, Israel - Checklight, part of the Whitewater Technology Group, introduces a revolutionary monitoring system for municipalities and water utilities that, for the first time, automatically detects water contamination - alerting the SCADA system within minutes. A real-time, online solution based on luminescent bacteria sensors for municipalities and water utilities
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