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Caterpillar Marine - Marine Engines Caterpillar

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<strong>Marine</strong> Engineering at Carnival<br />

Corporate Shipbuilding in<br />

Southampton (UK), summarises<br />

his overall impression<br />

of the MaK 9 M 43 C. Mr Joly<br />

also emphasises the excellent<br />

support provided via<br />

<strong>Caterpillar</strong> <strong>Marine</strong> and the<br />

various specialist groups in<br />

the <strong>Caterpillar</strong> engine plants<br />

in Kiel and Rostock. “We’re<br />

delighted to experience this<br />

engine in deployment. We<br />

expect reliability in operation<br />

and low fuel consumption,”<br />

Joly adds. “We’re particularly<br />

pleased by the<br />

Flexible Camshaft Technology<br />

(FCT) and the fact that<br />

this ensures extremely low<br />

soot particle emissions even<br />

with minimum output –<br />

exactly reflecting Carnival’s<br />

focus on sustainable development<br />

and environmental<br />

protection.”<br />

“High engine performance<br />

and dedicated customer<br />

advisory service” is<br />

also the verdict of Jens<br />

Kohlmann, Senior Superintendent<br />

Machinery, and<br />

Detlef Stremlow, Superin-<br />

tendent Newbuildings Machinery at<br />

AIDA Cruises in Rostock (Germany).<br />

“The surface temperatures correspond<br />

to SOLAS, the sound levels are below<br />

the limit values, the engine vibrations<br />

are restricted to a minimum, and<br />

the plant complies with the low prescribed<br />

levels for fuel consumption,”<br />

says Stremlow, soberly reading off the<br />

entries in his check list. Kohlmann and<br />

Stremlow are also impressed by the<br />

easy accessibility to every area of the<br />

MaK 9 M 43 C for inspection purposes.<br />

“We’re delighted by the results for the<br />

acceptance test of the engines for the<br />

ship,” concludes Kohlmann, “but from<br />

the standpoint of an operator, we’re<br />

even happier about the performance<br />

that can be expected in daily operation<br />

on board.”<br />

Satisfied shipyard<br />

“The AIDA engine plant offers<br />

numerous technical improvements,”<br />

explains Jürgen Storz, head of the<br />

10<br />

Dedicated for the “AIDAdiva” – shipment of one MaK 9 M 43 C<br />

engine<br />

Mechanical Engineering Group at<br />

Meyer Werft, “particularly for reducing<br />

emissions and minimising vibrations<br />

and for engine automation.” In<br />

particular, very strict limit values<br />

for soot particles and NOx over the<br />

entire load area required an advanced<br />

engine design “and the selected FCT<br />

system of MaK offered a very good<br />

performance,” emphasises Heinz-Hermann<br />

Jungeblut from the Mechanical<br />

Engineering Group at Meyer Werft.<br />

Strict requirements as regards vibrations<br />

also necessitated careful inspection<br />

of the engine vibrations and their<br />

effects on the built-on equipment<br />

and also vibrations transferred to the<br />

engine substructure, thus considerably<br />

affecting passenger comfort. “The<br />

new resilient dampers have in any<br />

case demonstrated their effectiveness:<br />

all vibration measurements were<br />

well below the specified limits,” notes<br />

Jungeblut.<br />

“Special priority was given to the automation<br />

system required by the yard for<br />

the engine plant. <strong>Caterpillar</strong><br />

and Meyer Werft cooperated<br />

closely to develop this,”<br />

comments Storz. The system<br />

comprises a safety management<br />

system and an alarm/<br />

monitoring system with a<br />

bus connector to the controlling<br />

automation system<br />

of the ship. Its function and<br />

the interaction with the<br />

engines were fully tested<br />

on the test stand. The connecting<br />

cables are ready, a<br />

class approval of the entire<br />

systems being made possible<br />

for the plant acceptance<br />

tests. This is an important<br />

advantage for the<br />

yard, according to Storz:<br />

“This innovative approach<br />

creates confidence even<br />

from the test stand phase<br />

and saves us a great deal<br />

of time with the later<br />

putting into operation of<br />

the engines on board the<br />

vessel.”<br />

That is also confirmed by<br />

Aloys Meemann, who heads<br />

the project management at<br />

Meyer Werft and is responsible<br />

for the punctual delivery<br />

of all four AIDA ships: “We’re convinced<br />

that all parties involved have<br />

done everything required to provide<br />

the ship owner with an innovative<br />

yet uncomplicated and therefore<br />

reliable engine plant. We’re highly<br />

satisfied with the cooperation with<br />

<strong>Caterpillar</strong>.”<br />

One hardly needs to add anything<br />

to these statements from the<br />

experts, except perhaps a concluding<br />

comment from Leif Gross, Sales<br />

Director Global Cruise Projects at<br />

<strong>Caterpillar</strong> <strong>Marine</strong>: “The <strong>Caterpillar</strong><br />

team is extraordinarily proud that<br />

it is equipping the new AIDA cruise<br />

ships with the basis of a powerful yet<br />

cost-efficient and low-emission propulsion<br />

plant. We’re already looking<br />

forward to April 2007, when the “AID-<br />

Adiva” will be named in Hamburg –<br />

the people of this city are meanwhile<br />

known as enthusiastic fans of cruise<br />

ships, including those at the headquarters<br />

of <strong>Caterpillar</strong> <strong>Marine</strong> Power<br />

Systems.”

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