We are presenting the results of experiments, performed within the activities of the Seventh European Framework Programme - DEECON, on the capture of ultrafine particles and acid gas produced by a two-strokes 40kW marine engine with a technology named Electrostatic SeaWater Scrubber (ESWS). ESWS consists in a scrubber where electrostatic interactions among charged particles and charged droplets allow capturing ultrafine particles, for which the collection mechanisms active in a simple wet scrubber (phoretic, Brownian and inertial contributions) are ineffective. Moreover, due to the seawater alkalinity, an ESWS exploits appreciable acid gases absorption capacities

Abatement of ultrafine particles and acid gases by electrostatic seawater scrubbing

CIMINO S;Lisi L;
2014

Abstract

We are presenting the results of experiments, performed within the activities of the Seventh European Framework Programme - DEECON, on the capture of ultrafine particles and acid gas produced by a two-strokes 40kW marine engine with a technology named Electrostatic SeaWater Scrubber (ESWS). ESWS consists in a scrubber where electrostatic interactions among charged particles and charged droplets allow capturing ultrafine particles, for which the collection mechanisms active in a simple wet scrubber (phoretic, Brownian and inertial contributions) are ineffective. Moreover, due to the seawater alkalinity, an ESWS exploits appreciable acid gases absorption capacities
2014
Istituto di Ricerche sulla Combustione - IRC - Sede Napoli
978-88-88104-16-4
Marine Diesel Exhaust Gas Aftertreatment Systems
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/300745
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