KARMIEL, Israel, January 29, 2013 /PRNewswire/ -- Opgal, a world leader in thermal imaging technology, answers the needs of the petro and drilling industry's gas leak detection requirements with its EyeCGas™ Camera System. EyeCGas, an innovative, unique gas detection camera, has already achieved worldwide success for remotely detecting gas in the industrial environmental market. The oil & gas industry continues to face increasing safety and environmental constraints, driving stricter regulations. The recent discovery of significant gas reserves off the coasts of Israel is just one example of this growing issue. But the case of the city of Haifa shows that Opgal's camera addresses other environmental hazards beyond those of gas exploration and production. Benzene, a component of gasoline, is known as a potential contributor to the development of human cancer. Dr. Ofer Dressler, the Director General of the Haifa Bay Urban Association for Environmental Protection, states that "Petrol stations in the Haifa Bay contribute about 15% of the benzene emissions in the area as well as other toxins. It's critical that we continuously monitor these stations." The Haifa Bay Urban Association for Environmental Protection has given top priority to detecting the harmful gas. Opgal's EyeCGas provides a solution to this potential problem as it is used to monitor more than 100 petro stations located within the city of Haifa and will soon also monitor petrochemical plants in the Haifa Bay area. EyeCGas, equipped with a 75mm lens, is the only camera of its kind in the world that has been certified for use in sensitive and hazardous locations according to American and European standards (ATEX, CSA, UL). The camera's impressive performance has earned worldwide accolades and has been sold to dozens of companies around the world through its international network of specialized partners and marketing channels. Opgal's EyeCGas camera technology is based on a unique infrared sensor and algorithms that enable detection of multiple types of hydrocarbon vapors, viewing them as a clear video image on an LCD screen and recording those video images together with an associated audio narration. Assessments conducted by third party laboratories have proven the camera's sensitivity way beyond the minimum EPA requirement of 60 grams per hour. EyeCGas detects methane levels as low as 0.35 grams per hour.