Traduction de «Propulsion navale » (Français → Anglais) :

vessel propulsion

use of nuclear power for ship propulsion

marine propulsion reactor | ship's reactor

nuclear naval propulsion reactor [ naval propulsion reactor | propulsion reactor ]

marine propulsion systems

Maritime Engineering - Marine Propulsion Systems [ MARE - MPS ]

marine power systems engineer | ship's engineer | marine engineer | marine systems engineer

oar propulsion | paddle propulsion | sail propulsion | screw propulsion

propelling nozzle | propulsive jetpipe | propulsion nozzle

(Return tabled) Question No. 848 Mr. Matthew Kellway: With regard to the National Shipbuilding Procurement Strategy (NSPS): (a) has a statement of operational requirements been established, (i) if yes, when was this done and what are the criteria that will be used to determine what ships will be built, (ii) if no, when will it be done, (iii) if it will not be done, what criteria will be used to determine what ships will be built; (b) will there be an open competition for contracts associated with the strategy; (c) what is a current breakdown of the $35 billion contract value that was assessed, specifically, what is the value of each in ...[+++]dividual component included in this assessed value; (d) where will the technology being used to build the ships come from; (e) what components will be included in each ship (i.e., hull, weapons systems, propulsion, etc.); (f) will the ships have all components necessary for deployment, (i) if not, why not and which components will need to be procured at a future date, (ii) if yes, what contracts have been signed that to account for this answer; (g) how will the contracts be awarded, specifying (i) how many ships will be built, (ii) which shipyards will be used for construction, (iii) what will be the dollar value of contracts awarded to each of the shipyards; (h) what are the details of any changes the government has made to the strategy and associated contracts as a result of delays in delivery (for example, in the case of the Arctic/Offshore Patrol Ships (AOPS)) and what are the impacts of the delays in delivery on the overall cost of the project, identifying in particular whether and how delays have impacted the estimated $3.1 billion cost of the AOPS; (i) has there been an evaluation of how many jobs will be created by this strategy, if yes, (i) how many jobs are expected to be created and for what duration, (ii) who conducted this evaluation, (iii) have the job creation projections been independently verified, and, if yes, ...

eight years of elementary education and five years of secondary vocational education with specialisation in inland navigation engineering, as well as work experience of 24 months, including at least 18 months on inland vessels handling mechanical propulsion and auxiliary systems and six months that may involve experience in repairing combustion engines in shipyards or service workshops, and passing the qualification examination; or

six years of elementary education, three years of lower secondary school, four years of secondary vocational education with specialisation in inland navigation engineering, as well as work experience of 24 months, including at least 18 months on inland vessels handling mechanical propulsion and auxiliary systems and six months that may involve experience in repairing combustion engines in shipyards or service workshops, and passing the qualification examination’.

23. Sees huge potential for reducing the use of fossil fuels and CO2 emissions in the maritime transport sector, in particular through tax incentives for the use of this type of fuel and greater incentives for RD and, inter alia, by promoting the use of, and further research into, biofuels and stepping up the use of wind energy for ship propulsion; stresses, however, the need for mandatory environmental and social certification of biofuels and that their full life-cycle, climate efficiency and CO2 balance be undisputed;