Ship Based Systems

Chelsea has built up a reputation for supplying ship based systems to both military and civil operators over a number of years. These systems have been installed on ferrys, research vessels, yatchs and tankers. They have measured the environmental state of the water through which the vessel passes, wave characteristics and water quality to name a few parameters. Please let us know what your specific requirement is and we'll help you find a solution.
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AquaLine FerryBox SystemAQUAline Ferrybox:  Generic, robust and secure environmental monitoring system for ships of opportunity such as ferries, cargo vessels, vocational cruise liners as well as inland waterway vessels. It provides information, in real-time on the environmental state of the surface waters through which the vessel passes.   At the heart of the AquaLine FerryBox System is the Chelsea Technologies’ Group sensors, that are in constant use within many data acquisition systems throughout the world, often deployed in some of the harshest environments. These world class sensors provide AquaLine FerryBox Systems with robust, scientific quality data, offering direct traceability for use within the most demanding monitoring programmes. Chelsea Technologies Group has been supplying in-line flow through systems to both military and civil operators for many years, and has built up a broad understanding of the design, installation and operation of such systems.

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Water Quality Monitors for Exhaust Gas Cleaning SystemsWater Quality Monitors for Exhaust Gas Cleaning Systems:  Robust water quality sensor systems for monitoring hydrocarbons, turbidity & pH for use in exhaust gas cleaning systems. A typical system comprises sensor cabinets monitoring the seawater intake and out-take so comparison data can be used to determine that the cleaning systems operate within acceptable emissions limits. Each cabinet monitors polyaromatic hydrocarbon levels, turbidity, temperature and pH and incorporates a flow switch. Data from the sensors is relayed to a main control system via an Ethernet connection. Chelsea’s new low cost UviLux hydrocarbon sensor has been re-configured for the specific requirements for both the PAH and turbidity measurements.