From FLIR
When a leak presents itself below surface either indoors or outdoors, finding the source can be quite time consuming and expensive. There are many determining factors as to what methodology might be best applied; among them are the material (such as water, gas, oil, etc.), temperature differentials and pressure differentials. In some cases, gas sniffing devices might be used while in others infrared thermography and ultrasound can prove to be quite effective. This paper will demonstrate the effectiveness of integrating ultrasound technology with infrared thermography to locate leaks underground. A brief overview about the principles and methodology of underground leak detection will be followed by actual case histories.
Products & Services
Product Announcements
|
|
||||||
|
|
Topics of Interest
Ultrasonic leak detection has been used for a variety of applications ranging from energy reduction by locating compressed air leaks to quality assurance inspections such as locating wind noise and...
10.9 INFRARED TESTING AND TESTING FOR RESERVOIR LEAKAGE Infrared Testing Infrared thermography can be used as a method of testing for leaks which do not surface. The method is quite expensive...
When companies begin exploring incorporating ultrasound technology and devices into their preventive maintenance (PM) and predictive maintenance (PdM) programs it can be very confusing for first time...
An airborne gas detection infrared (IR) system which includes a laser, infrared imager, and video-recorder is described in this paper. The sensitivity of the system to leaks from ground pipelines by...
Remote inspection of underground heat supplying systems on the basis of aerial infrared thermography (AIT) is able to find latent leaks of hot water and other imperfections (malfunctions). Moreover,...