AU.39.4. Conducting rescue and emergency operations on inland waterways and inland maritime waters
AU.40.2. Operating auxiliary devices and on‑board machinery
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MARINE POWER PLANT
1. Film in the standard version.
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2. Film with subtitles.
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3. Film with subtitles and pauses. Listen and repeat after the speaker.
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4. Film with subtitles and narration.
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classicmobile
Exercise 1
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Exercise 1
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Exercises
classicmobile
Exercise 2
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After watching the film “Marine power plant”, decide which of the following sentences are true, and which are false. Po obejrzeniu filmu „Siłownia statku”, zdecyduj, które z poniższych twierdzeń są prawdziwe, a które fałszywe.
Prawda
Fałsz
It's the candidate's first interview.
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The recruiter wants to test the candidate's knowledge.
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The candidate is not invited to the next stage of the interview.
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The recruiter asks the candidate about the commands given by the captain of a ship.
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The candidate is well-prepared.
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The candidate gives the correct answer to the question about the marine power plant, but does not give the right answer to the question about main drive systems.
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The candidate knows the difference between the main drive system and secondary systems.
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The candidate does not know what machines can be found outside the power plant.
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Source: Instytut Technologii Eksploatacji / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 2
classicmobile
Exercise 3
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Exercise 3
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AUXILIARY ENERGY SYSTEMS
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classicmobile
Exercise 4
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Exercise 4
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Exercises
classicmobile
Exercise 5
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After watching the animation “Auxiliary energy systems”, match the following words/phrases with their translations. Po obejrzeniu animacji z lektorem „Pomocnicze zespoły energetyczne”, połącz poniższe terminy z ich tłumaczeniami.
Source: Instytut Technologii Eksploatacji / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 5
classicmobile
Exercise 6
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Exercise 6
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Marine power plant classification
The hypertext is an excerpt from a radio interview. The reporter is interviewing a ship captain.
Hipertekst przedstawia fragment wywiadu w radio. Dziennikarz prowadzi rozmowę z kapitanem statku.
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Reporter: Welcome back. Today we're hosting captain Adam Nowak. Before the break we were talking about auxiliary energy systems. I'd like to ask you about the classification of marine power plants. How do we group them?
Captain: There are many grouping criteria. The first classification is based on the type of fuel used. Conventional power plantsm95e5dc9c893af74c_1497279637332_0Conventional power plants use dieselm95e5dc9c893af74c_1497279718401_0diesel or heavy fuelm95e5dc9c893af74c_1497279733582_0heavy fuel, while nuclear power plantsm95e5dc9c893af74c_1497279738479_0nuclear power plants produce steam. The next classification is based on the working agent.
Reporter: Could you tell us more about it?
Captain: Of course. Steamm95e5dc9c893af74c_1497279743621_0Steam is the working agent in steam power plantsm95e5dc9c893af74c_1498481495468_0steam power plants, while in combustion power plantsm95e5dc9c893af74c_1497279767416_0combustion power plants, the working agent is burned. There are also combined power plantsm95e5dc9c893af74c_1538037484939_0combined power plants, with both steam and exhaust gasesm95e5dc9c893af74c_1497279748379_0exhaust gases used as working agents.
Reporter: Sounds interesting.
Captain: And it's just the beginning! The next group is a large one. As regards engine types, there are power plants with ***combustion piston engines,***m95e5dc9c893af74c_1497279762480_0***combustion piston engines,*** combustion turbines, steam turbines, turbo‑jet engines and combined power plants.
Captain: Indeed. There are two smaller groups left.
Reporter: I'm sure our listeners can't wait to hear about them.
Captain: When it comes to the method of transmitting energy to propellersm95e5dc9c893af74c_1497279753543_0propellers, there's a geared drive propulsion system and a direct drive propulsion system. The last classification is based on the number of propellers. There are multi‑shaft and single‑shaft plants.
Reporter: You're an expert in your field.
Captain: Thank you.
Reporter: Let's move on to our next topic.
classicmobile
Exercise 7
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Exercise 7
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siłownia konwencjonalna
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olej napędowy
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olej ciężki
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siłownia jądrowa
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para wodna
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spaliny
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pędnik
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tłokowy silnik spalinowy
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siłownia spalinowa
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siłownia parowa
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siłownia kombinowan
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MARINE BOILERS
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classicmobile
Exercise 8
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Exercise 8
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Exercises
classicmobile
Exercise 9
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After listening to the audio recording “Marine boilers”, decide which of the following sentences are true, and which are false. Po odsłuchaniu nagrania audio „Kotły okrętowe”, zdecyduj, które z poniższych twierdzeń są prawdziwe, a które fałszywe.
Prawda
Fałsz
In a ship with a combustion engine, boilers do not produce steam.
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Circulating pump is another name of a waste heat boiler.
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In winter, the demand for heating steam is much lower than in summer.
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Only part of the water drawn by a circulating pump evaporates in a waste heat boiler.
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The effectiveness of a waste heat boiler is not enough to meet the ship's demand for heating steam during a voyage.
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The heating surface of boilers fired with waste gas can be divided into an upper compartment and a bottom compartment.
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The sailor explains water circulation using the La Mont pump as an example.
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The two heating methods in boilers with oil and waste gas from the engine cannot be used together.
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Source: Instytut Technologii Eksploatacji / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 9
classicmobile
Exercise 10
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After listening to the audio recording “Marine boilers”, match the Polish words/phrases with their translations. Po odsłuchaniu nagrania audio „Kotły okrętowe”, połącz polskie terminy z ich tłumaczeniami.