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A straightforward, small, online gadget called the OFD-1 Oil Film Detector was created to accurately detect the presence of a floating oil film. The continuous, non-contact measurement method offers real-time control and warning capabilities. The instrument consists of a wall-mount controller/display portion that communicates with a sensor and has an integrated membrane keyboard and backlit LCD.
The sensor is placed above the body of water (or inside a concrete bund), or it may be placed over a sample breaktank that is receiving pumped samples. As a thin film of oil appears on the water’s surface, the non-contact laser is focused there, and the sensor increases its reflectance to detect it. As a result, the technology reacts fast to an occurrence and resumes operations right away after it is over.
The Global Oil Film Detector Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
With the help of a laser and a security camera, HORIB’s newly introduced Laser Scanning Oil Film Detector LO-300 gives early warning of oil leakage (option)The highly sensitive LO-300 employs a laser to scan the ground or the surface of water in order to find an oil layer.When the LO-300 senses an alarm, it can record video and preserve images that were taken before and after the alarm signal.
There are numerous operations accessible, including oil film identification, reflection level diagnostic, and instrumental error assessment.When there has been no touch panel activity for a certain amount of time or longer, the LCD backlight is automatically turned off.
This feature increases LCD lifetime and reduces energy use. With a 3.5-inch colour LCD touch panel and two alarm settings, it has WARNING and ALARM functions.When the cumulative time of the laser module reaches a specific threshold, the LO-300 watches it and then asks maintenance.
A detection distance of up to 4 metres between the detector and the water’s surface is feasible with the LO-300 under fast sample flows with ripples.Up to 6m are accessible for the still-water surface.In order to measure the mean intensity of the reflection from the surface, the laser scanner module spins around the optical axis, rejecting local light scattering by the wave ripple.
