Hydrocarbon layer thickness monitors are used in oil/water separators, groundwater wells, sumps (wet), tanks and ponds to monitor the thickness of hydrocarbon and various other organic solvents. It consists of a controller (signal processor) and one or more sensors, depending on application needs. It monitors the thickness of hydrocarbons and other organic solvents on water in many applications including remediation control, skim tanks, monitoring oil/water separators and wastewater sewer monitoring. This system monitors oil thickness changes over time in groundwater wells to enable effective oil removal methods.

Hydrocarbon on water detector is designed for sumps, tanks, ponds, and groundwater wells. It consists of a controller and one or more sensors, depending on application needs. The sensor is installed in sumps and in groundwater monitoring wells to detect floating oil sheens resulting from oil leaks in underground storage tanks and pipelines. It is also used to monitor hydrocarbons and other organic solvents during site assessment and remediation.

Hydrocarbon on water wave rider detector is designed for marine offshore applications, lagoons, lakes, rivers, open canals, and large retention ponds. This system consists of a controller (signal processor) and one or more sensors, depending on application needs. The sensor is designed for installation at offshore oil tanker buoy terminals, jetties, and piers to detect floating oil sheens resulting from spills or leaks occurring during the loading and offloading process. Its additional applications include detecting and monitoring floating hydrocarbons in lagoons, lakes, rivers, open channels, large retention ponds, and near offshore oil rigs.

Hydrocyclone is a device to classify/separate or sort particles in a liquid suspension. The simple form is a cone, apex down, fed tangentially at the base. There are two exits on the axis the larger exit is on the base and a smaller exit is at the apex. Internally centrifugal force is countered by the resistance of the liquid, with the effect that larger or denser particles are transported to the wall and eventually exit at the apex with a limited amount of liquid, whilst the finer or less dense particles, remain in the liquid and exit at the base through a tube extending into the body of the cyclone.