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- Cold_ironing abstract "Cold ironing, or shore connection, or alternative maritime power (AMP), is the process of providing shoreside electrical power to a ship at berth while its main and auxiliary engines are turned off. Cold ironing permits emergency equipment, refrigeration, cooling, heating, lighting and other equipment to receive continuous electrical power while the ship loads or unloads its cargo. Shorepower is a general term to describe supply of electric power to ships, small craft, aircraft and road vehicles while stationary. Cold ironing is a shipping industry term that first came into use when all ships had coal-fired engines. When a ship tied up at port there was no need to continue to feed the fire and the iron engines would literally cool down, eventually going completely cold, hence the term cold ironing.Shutting down main engines while in port continues as a majority practice. However, auxiliary diesel generators that power cargo handling equipment and other ship's services while in port are the primary source of air emissions from ships in ports today, because the auxiliaries run on heavy fuel oil or bunkers. Cold ironing mitigates harmful emissions from diesel engines by connecting a ship's load to a more environmentally friendly, shore-based source of electrical power. An alternative is to run auxiliary diesels either on gas (LNG or LPG) or extra low sulphur distillate fuels, however if noise pollution is a problem, then cold ironing then becomes the only option.A ship can cold iron by simply connecting to another ship's power supply. Naval ships have standardized processes and equipment for this procedure. However, this does not change the power source type nor does it eliminate the source of air pollution. The source for land-based power may be grid power from an electric utility company, but also possibly an external remote generator. These generators may be powered by diesel or renewable energy sources such as wind, water or solar.Shore power saves consumption of fuel that would otherwise be used to power vessels while in port, and eliminates the air pollution associated with consumption of that fuel. Use of shore power facilitates maintenance of the ship's engines and generators, and reduces noise.".
- Cold_ironing thumbnail PxKohliColdIron.jpg?width=300.
- Cold_ironing wikiPageExternalLink INT-NAM%202011.pdf.
- Cold_ironing wikiPageExternalLink Arduino_Carrillo_Murillo_Ferrari.pdf.
- Cold_ironing wikiPageExternalLink papoutsoglou.pdf.
- Cold_ironing wikiPageExternalLink mel20146a.html.
- Cold_ironing wikiPageID "13757374".
- Cold_ironing wikiPageLength "9806".
- Cold_ironing wikiPageOutDegree "36".
- Cold_ironing wikiPageRevisionID "684457729".
- Cold_ironing wikiPageWikiLink Berth_(moorings).
- Cold_ironing wikiPageWikiLink Cargo.
- Cold_ironing wikiPageWikiLink Category:Air_pollution_control_systems.
- Cold_ironing wikiPageWikiLink Category:Electrical_systems.
- Cold_ironing wikiPageWikiLink Category:Nautical_terms.
- Cold_ironing wikiPageWikiLink Category:Port_infrastructure.
- Cold_ironing wikiPageWikiLink Category:Ports_and_harbours.
- Cold_ironing wikiPageWikiLink Category:Power_electronics.
- Cold_ironing wikiPageWikiLink Category:Shipping.
- Cold_ironing wikiPageWikiLink Coal.
- Cold_ironing wikiPageWikiLink Diesel_engine.
- Cold_ironing wikiPageWikiLink Ecosystem.
- Cold_ironing wikiPageWikiLink Electric_power.
- Cold_ironing wikiPageWikiLink Engine.
- Cold_ironing wikiPageWikiLink File:Marpol6.png.
- Cold_ironing wikiPageWikiLink Fossil_fuel.
- Cold_ironing wikiPageWikiLink Freight_transport.
- Cold_ironing wikiPageWikiLink Fuel_oil.
- Cold_ironing wikiPageWikiLink Hapag-Lloyd.
- Cold_ironing wikiPageWikiLink International_Maritime_Organization.
- Cold_ironing wikiPageWikiLink Lighting.
- Cold_ironing wikiPageWikiLink 78.
- Cold_ironing wikiPageWikiLink Mains_electricity.
- Cold_ironing wikiPageWikiLink Merchant_vessel.
- Cold_ironing wikiPageWikiLink Particulates.
- Cold_ironing wikiPageWikiLink Port.
- Cold_ironing wikiPageWikiLink Port_of_Oakland.
- Cold_ironing wikiPageWikiLink Reefer_ship.
- Cold_ironing wikiPageWikiLink Refrigeration.
- Cold_ironing wikiPageWikiLink Ship.
- Cold_ironing wikiPageWikiLink Shorepower.
- Cold_ironing wikiPageWikiLink File:PxKohliColdIron.jpg.
- Cold_ironing wikiPageWikiLinkText "Cold ironing".
- Cold_ironing wikiPageWikiLinkText "cold ironing".
- Cold_ironing wikiPageWikiLinkText "shore-side power capacity".
- Cold_ironing wikiPageUsesTemplate Template:Convert.
- Cold_ironing wikiPageUsesTemplate Template:Reflist.
- Cold_ironing wikiPageUsesTemplate Template:Vague.
- Cold_ironing subject Category:Air_pollution_control_systems.
- Cold_ironing subject Category:Electrical_systems.
- Cold_ironing subject Category:Nautical_terms.
- Cold_ironing subject Category:Port_infrastructure.
- Cold_ironing subject Category:Ports_and_harbours.
- Cold_ironing subject Category:Power_electronics.
- Cold_ironing subject Category:Shipping.
- Cold_ironing hypernym Process.
- Cold_ironing type Election.
- Cold_ironing type Industry.
- Cold_ironing type Technology.
- Cold_ironing type Term.
- Cold_ironing comment "Cold ironing, or shore connection, or alternative maritime power (AMP), is the process of providing shoreside electrical power to a ship at berth while its main and auxiliary engines are turned off. Cold ironing permits emergency equipment, refrigeration, cooling, heating, lighting and other equipment to receive continuous electrical power while the ship loads or unloads its cargo.".
- Cold_ironing label "Cold ironing".
- Cold_ironing sameAs Q17051145.
- Cold_ironing sameAs m.03chb7g.
- Cold_ironing sameAs Q17051145.
- Cold_ironing wasDerivedFrom Cold_ironing?oldid=684457729.
- Cold_ironing depiction PxKohliColdIron.jpg.
- Cold_ironing isPrimaryTopicOf Cold_ironing.