Development of an Oil Thickness Sensor Phase II

Imad H. Elhajj; Daniel Asmar; Mahdi Saleh; Ali Rida Tabikh; Moustafa Ammouri; Sevag Babikian; Ghassan Oueidat; Mahmoud Alayass; Mohammad Alameh

Development of an Oil Thickness Sensor Phase II

Imad H. Elhajj, Daniel Asmar, Mahdi Saleh, Ali Rida Tabikh, Moustafa Ammouri, Sevag Babikian, Ghassan Oueidat, Mahmoud Alayass, Mohammad Alameh

EEE - Academic & Research

American University of Beirut

Research output: Book/Report › Commissioned report

Abstract

This project developed oil thickness sensors to quantify the thickness of oil floating on water. Two unique sensors were developed to measure oil thickness greater than 3 mm in real time. The first is a hand held unit that can be deployed from a vessel or used in a test environment. Measurements are read by the user directly from the sensor. The second is designed for mounting on a skimmer, buoy, or oil containment boom, and is designed to measure in wave conditions. This sensor transmits oil thickness measurements wirelessly to a user up to a distance of 200-250 meters.

Original language	English
Publication status	Published - 2022

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https://www.bsee.gov/sites/bsee.gov/files/research-reports//1103aa.pdf

Cite this

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title = "Development of an Oil Thickness Sensor Phase II",

abstract = "This project developed oil thickness sensors to quantify the thickness of oil floating on water. Two unique sensors were developed to measure oil thickness greater than 3 mm in real time. The first is a hand held unit that can be deployed from a vessel or used in a test environment. Measurements are read by the user directly from the sensor. The second is designed for mounting on a skimmer, buoy, or oil containment boom, and is designed to measure in wave conditions. This sensor transmits oil thickness measurements wirelessly to a user up to a distance of 200-250 meters.",

author = "Elhajj, {Imad H.} and Daniel Asmar and Mahdi Saleh and Tabikh, {Ali Rida} and Moustafa Ammouri and Sevag Babikian and Ghassan Oueidat and Mahmoud Alayass and Mohammad Alameh",

year = "2022",

language = "English",

}

TY - BOOK

T1 - Development of an Oil Thickness Sensor Phase II

AU - Elhajj, Imad H.

AU - Asmar, Daniel

AU - Saleh, Mahdi

AU - Tabikh, Ali Rida

AU - Ammouri, Moustafa

AU - Babikian, Sevag

AU - Oueidat, Ghassan

AU - Alayass, Mahmoud

AU - Alameh, Mohammad

PY - 2022

Y1 - 2022

N2 - This project developed oil thickness sensors to quantify the thickness of oil floating on water. Two unique sensors were developed to measure oil thickness greater than 3 mm in real time. The first is a hand held unit that can be deployed from a vessel or used in a test environment. Measurements are read by the user directly from the sensor. The second is designed for mounting on a skimmer, buoy, or oil containment boom, and is designed to measure in wave conditions. This sensor transmits oil thickness measurements wirelessly to a user up to a distance of 200-250 meters.

AB - This project developed oil thickness sensors to quantify the thickness of oil floating on water. Two unique sensors were developed to measure oil thickness greater than 3 mm in real time. The first is a hand held unit that can be deployed from a vessel or used in a test environment. Measurements are read by the user directly from the sensor. The second is designed for mounting on a skimmer, buoy, or oil containment boom, and is designed to measure in wave conditions. This sensor transmits oil thickness measurements wirelessly to a user up to a distance of 200-250 meters.

UR - https://research.manchester.ac.uk/en/publications/5ed08879-bcb6-4142-8759-33c78fc01126

M3 - Commissioned report

BT - Development of an Oil Thickness Sensor Phase II

ER -

Development of an Oil Thickness Sensor Phase II

Abstract

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