Leak Surveys, Inc. is proud to announce a breakthrough in infared technology. The HAWK is leading the world in hydrocarbon leak detection using infrared technology for a fast, economical, and safe method of controlling emissions. We are now able to preform you pipeline surveys from the AIR instead of the ground. A new type of infrared camera that we call the HAWK.
With the HAWK we are able to capture real-time images of gas leaks. Until the HAWK was invented a large majority of gas leaks were not visible to the naked eye. The HAWK has solved that problem permanently. With this revolutionary breakthrough, we are now able to preform leak surveys by flying transmission lines. We use helicopters that fly at approximately 500 feet above the existing transmission lines.
Our trained technicians can see and identify natural gas leaks in real-time from this altitude. The survey is recorded to a digital data back as it is being performed. This data bank can then be stored in a company's safety file for review at anytime if the need arises.
With the HAWK we are able to capture real-time images of gas leaks. Until the HAWK was invented a large majority of gas leaks were not visible to the naked eye. The HAWK has solved that problem permanently. With this revolutionary breakthrough, we are now able to preform leak surveys by flying transmission lines. We use helicopters that fly at approximately 500 feet above the existing transmission lines.
Our trained technicians can see and identify natural gas leaks in real-time from this altitude. The survey is recorded to a digital data back as it is being performed. This data bank can then be stored in a company's safety file for review at anytime if the need arises.
Services
History
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The pipeline industry in particular has needed and encouraged the development of a new gas leak detection system for many years.
However, gas leaks, both large and small, have been targeted for detection not just in transmission but in industries involving chemical, paper, metal, manufacturing, utilities, microelectronics, refining, and military/aerospace applications.
The system used by LSI is a completely new technology developed by LSI to detect hydrocarbon vapors.
From greenhouse gas emission compliance to safety concerns to equipment damage, these gas leaks clearly have the potential to cost companies thousands to millions of dollars in lost revenue, damage, or fines.
However, gas leaks, both large and small, have been targeted for detection not just in transmission but in industries involving chemical, paper, metal, manufacturing, utilities, microelectronics, refining, and military/aerospace applications.
The system used by LSI is a completely new technology developed by LSI to detect hydrocarbon vapors.
From greenhouse gas emission compliance to safety concerns to equipment damage, these gas leaks clearly have the potential to cost companies thousands to millions of dollars in lost revenue, damage, or fines.
Advantages
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This method of inspection has some clear advantages over traditional sniffing, soaping, and bagging methods.
LSI will provide pinpointed, real-time visualization of gas leaks recorded in standard digital video formats.
Gas imaging can be performed from up to 50 meters (approx 150 feet) from the target.
The inspection is performed without any interruption of plant operation or personnel responsibilities.
The time required to carry out the inspection is dramatically reduced, reducing the cost.
Because you are able to visually see the gas leaks, you can estimate the leak rate and dispersion pattern and trace it to its source.
LSI will provide pinpointed, real-time visualization of gas leaks recorded in standard digital video formats.
Gas imaging can be performed from up to 50 meters (approx 150 feet) from the target.
The inspection is performed without any interruption of plant operation or personnel responsibilities.
The time required to carry out the inspection is dramatically reduced, reducing the cost.
Because you are able to visually see the gas leaks, you can estimate the leak rate and dispersion pattern and trace it to its source.
The HAWK
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Seeing the leaks visually allows you to trace it to the source.
Helicopters are specially equipped with The Hawk technology and operate at an altitude of approximately 150 feet.
Gas imaging can detected up to 2 miles away.
Airs speed of 50 knots.
Ability to survey 100 to 150 miles of pipeline per day.
Images are captured on video and/or digital photography, marked with GPS coordinates for the safety file.
Pipeline location preloaded into aircraft GPS system.
Detects ethane or methane leaks by Differential Absorption.
Helicopters are specially equipped with The Hawk technology and operate at an altitude of approximately 150 feet.
Gas imaging can detected up to 2 miles away.
Airs speed of 50 knots.
Ability to survey 100 to 150 miles of pipeline per day.
Images are captured on video and/or digital photography, marked with GPS coordinates for the safety file.
Pipeline location preloaded into aircraft GPS system.
Detects ethane or methane leaks by Differential Absorption.
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