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Additionally, LNG engines are tuned to either emit low nitrogen oxide (NO x ) emissions—at the cost of higher methane emissions in some cases—or to incorporate NO x reduction technologies such as exhaust gas recirculation (EGR) or selective catalytic reduction (SCR).
Exhaust gas boilers and waste heat recovery equipment are also included in the design. meter beam allows passage through the existing Panama Canal locks. A single screw is directly driven by a dual-fuel, two-stroke, 22.9 MW engine developed specifically for LNG applications by MAN. The STREAM 4200 LNG’s 32.25-meter
New Panamax is the term for the size limit of ships that will be capable of traveling through the Panama Canal after its planned expansion is completed in 2014: 366m in LOA, 49m in width and 15.2m The ship is projected to respond to anticipated growth in demand for ships in the New Panamax category. in tropical freshwater (FTW) draft.
The design is future compliant with new IGC code, Panama requirements as well as significant advances in a range of features, including the speed-range flexibility, hull form and boil-off rate. —Martin Davies, the Project Manager at DNV GL. The primary fuel—i.e.
The low-diversion scenario assumes 2% diversion from the Panama and Suez canals between July and November of 2025. MARPOL Annex VI sets limits on NO x and SO x emissions from ship exhaust, and prohibits deliberate emissions of ozone-depleting substances. ships diverting from prior routes to Arctic routes. Earlier post.).
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