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MAN PRIMESERV DELIVERS FUEL AND EMISSION SAVINGS FOR TRAWLER

Thursday, October 15, 2020 

MAN Energy Solutions’ after-sales division, MAN PrimeServ, has announced the conclusion of a project involving the retrofitting of an SCR (Selective Catalytic Reduction) system to a fishing vessel operated by Norwegian company Ivan Ulsund Rederi, saving 475t of CO2 and 45t of NOx per year.

The trawler, Brusøyskjær, now enjoys reduced NOx levels that surpass IMO Tier III standards, while its MAN 6L27/38 main engine enjoys a reduced fuel consumption owing to optimisation work.

PrimeServ states that up to 90% of the trawler’s NOx emissions can be reduced – starting from just 15% engine load. This is due to the intelligent integration of the SCR into the vessel’s engine control system and combining it with sensors before and after the SCR reactor – such as the temperature control – to achieve an optimal emissions reduction. The SCR can be operated in the engine operation area from 15-100% MCR, dispensing with the need for a cut-out. This facilitates a maximum reduction in NOx taxes for years to come. Many shipping companies – not just those based in Norway – currently benefit from incentive programmes to protect the environment.

During the retrofit, the SCR system was combined with a Tier II upgrade for the engine, including the introduction of a variable frequency drive (VFD) mode, and an upgrade of the Alphatronic 2000 remote control system that will cut fuel consumption by 150,000 litres of MGO annually. MAN’s SCR concept facilitates system installation aboard even the most compact of ship designs.

Mads Færk, Head of Sales, MAN PrimeServ Norway, said: “The customer expressed a wish to have one point of contact and the same SCR supplier as the manufacturer of the vessel’s main engine, which we were happy to accommodate as it allowed us to devise the best solution for this particular vessel and its operational requirements. Despite the very tight time-schedule and difficulties arising from the corona virus, we were able to fulfil all requests for a minimal SCR footprint, high NOx reduction rate, prompt delivery of all components, and a high-efficiency propulsion system on time.”

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