During oil spills, an accurate estimate of the oil-slick thickness at different locations within
the affected area is an essential requirement to estimate the spilled amount, assess and …

During an oil spill response, one of the main challenges is the ability to measure, in situ and
in real time, the oil slick thickness at different locations throughout the slick. This paper …

This paper presents a ultrasonic-capacitive system for online analysis of the quality of fuel
oils (FO), which are widely used to produce electric energy in Thermal Power Plants (TPP) …

One of the key features impacting the effectiveness of the currently used oil spill cleaning
techniques is knowing, in real-time, the actual thickness of oil films. Aiming to enhance the …

The in situ measurement of thick oil slick thickness (> 0.5 mm) and area in real time in order
to estimate the volume of an oil spill is very important for determining the oil spill response …

Abstract Objectives/Scope: The paper examines how oil spill Surveillance, Modelling and
Visualization capabilities have evolved over the years and how synergies between these …

In order to have on-line measurement of water content in heavy fuel oil (HFO), the so-called
water-cut meters are used. Typically, measurements performed by these devices are based …

Marine pollution by oil spills is a devastating environmental hazard, requiring a low-cost
efficient system for continuous and real-time thickness measurement and localization of oil …

The measurement of oil slick thickness, although at an early stage, has immense
applications in determining the extent and quantity of crude oil accidentally discharged in …

In the oil industry, many applications require the measurement of more than one liquid level
interface, often in challenging environments. In this paper, a new ultrasonic-based technique …