- •Read text 1a and translate it
- •Find 20 new terms in text 1a and learn them
- •Read text 1b and translate it Text 1b other types of power plants
- •Read text 1b and explain the difference between the internal-combustion-engine power plant, the gas−turbine power plant and the nuclear power plant.
- •Read about different types of power stations ( https://en.Wikipedia.Org/wiki/Power_station) and make a scheme showing their classification.
- •Chapter II
- •Read text 2a and translate it Text 2a burning equipment
- •Find 20 new terms in text 2a and learn them
- •Read text 2b and translate it Text 2b furnaces
- •Read text 2b and answer the questions:
- •What are 3 major types of furnaces? Find the information in the Internet.
- •Read text 2c and translate it Text 2c cyclone furnace (crushed coal) and pulverized coal furnace
- •Find 20 new terms in text 2a and learn them
- •Read text 2b and translate it Text 2d gas burner
- •Read text 2d and fill in the gaps with the words below. Then tell about the work of gas burner.
- •What are flame temperatures of common gases and fuels used in industry? Draw a table. Find the information in the Internet.
- •Read text 2e and translate it Text 2e stokers
- •Find 20 new terms in text 2e and learn them
- •Read text 2f and translate it Text 2f chain- and travelling-grate stokers
- •Read text 2f and fill in the gaps with the sentences below.
- •Tell about the work of a stoker.
- •Chapter III
- •Read text 3a and translate it Text 3a heat transfer and steam generation
- •Find 20 new terms in text 3a and learn them
- •Read text 3b and translate it Text 3b boilers
- •Read text 3b and compare fire-tube boilers and water-tube boilers.
- •Read about different types of fire−tube boilers (http://en.Wikipedia.Org/wiki/Fire-tube_boiler) and make a scheme showing their classification.
- •Read text 3c and translate it. Text 3с the two-drum water-tube boiler and the bent-tube boiler
- •Find 20 new terms in text 3c and learn them
- •Read text 3d and translate it Text 3d the horizontal straight tube boiler and the horizontal-return tubular boiler
- •Read text 3d and fill in the gaps with the sentences below.
- •Tell about the work of horizontal boilers.
- •Chapter IV
- •Read text 4a and translate it Text 4a superheaters
- •Find 20 new terms in text 4a and learn them
- •Read text 4b and translate it Text 4b economizers
- •Read text 4b and correct the mistakes. Translate the sentences.
- •Tell about the work of economizer looking at the picture.
- •Read text 4c and translate it Text 4 c types of economizers
- •Find 20 new terms in text 4c and learn them
- •Read text 4d and translate it Text 4d the air heater and air preheaters
- •Read text 4d and fill in the gaps with the sentences below
- •What is the construction of the air heater? How does it work? Describe the types of industrial air heaters
- •Read text 4e and translate it Text 4e the steam-generating units
- •Find 20 new terms in text 4c and learn them
- •Read text 4f and translate it Text 4f high−capacity, high efficiency steam generating units
- •Read text 4f and say if the sentences are true or false.
- •What steam generating units are used in modern industry? Tell about them.
- •Chapter V
- •Read text 5a and translate it Text 5a heat exchangers
- •Find 20 new terms in text 5a and learn them
- •Read text 5b and translate it Text 5b condensers
- •Read text 5b and fill in the gaps with the words and word combinations.
- •What fluid−cooled types of condensers do you know? Find information http://en.Wikipedia.Org/wiki/Condenser_(laboratory)#Fluid-cooled_types? Tell about them.
- •Chapter VI
- •Read text 6a and translate it Text 6a turbines
- •Find 20 new terms in text 6a and learn them
- •Read text 6b and translate it Text 6b types of turbines
- •Find 20 new terms in text 6b and learn them
- •Read text 6c and translate it Text 6c further classification of turbines
- •Read text 6c and say if the sentences are true or false.
- •Where each type of turbines is used in industry?
- •Read text 6d and translate it Text 6d choice of type
- •Read text 6d and say if the sentences are true or false.
- •What are the advantages and disadvantages of different types of turbines?
- •Chapter VII
- •Read text 7a and translate it Text 7a pump types
- •Find 20 new terms in text 7a and learn them
- •Read text 7b and translate it Text 7b mechanical draft
- •Read text 7b and match the parts of the sentences
- •Speak about the role of the fans and blowers in power-plant engineering.
- •Read text 7c and translate it Text 7c fans and blowers
- •Find 20 new terms in text 7c and learn them
- •Read text 7d and translate it Text 7d centrifugal compressors
- •Read text 7d and fill in the gaps.
- •Speak about compressors and their advantages.
- •Chapter VIII
- •Read text 8a and translate it Text 8a power-plant cycles. The rankine cycle
- •Find 20 new terms in text 8a and learn them
- •Read text 8b and translate it Text 8b the simple, open, gas-turbine power cycle
- •Translate paragraph 2 in written form.
- •Describe gas−turbine power cycle.
- •Historical notes
- •Список устойчивых сочетаний
- •Список сокращений
- •Англо-русский словарь
Find 20 new terms in text 3a and learn them
Read text 3b and translate it Text 3b boilers
Fire-tube boilers. These are boilers with straight tubes that are surrounded by water and through which the products of combustion pass. The tubes are usually installed within the lower portion of a single drum or shell below the water-line.
Water-tube boilers. These are boilers in which the tubes, themselves contain steam or water, the heat being applied to the outside surface. The tubes are usually connected to two or more drums set parallel to, or across, the centerline. The drums are usually set horizontally.
Tube shape and position. The tubular heating surface may be classified: 1) by form — either straight, bent, or sinuous or 2) by inclination — horizontal, inclined, or vertical.
Firing. The boiler may be either a fired or an unfired pressure vessel. In fired boilers the heat applied is a product of fuel combustion. A nonfired boiler has a heat source other than combustion.
Circulation. The majority of boilers operate with natural circuktion. Some utilize positive circulation in which the operative fluid may be forced "once through" or controlled with partial recirculation.
Furnace position. The boiler is an external combustion device in that the combustion takes place outside the region of boiling water. All heat must be transferred through the heating surface to reach the water. The relative location of the furnace to the boiler is indicated by the description of the furnace as being internally or externally fired: 1) the furnace is internally fired if the furnace region is completely surrounded by water-cooled surfaces; 2) the furnace is externally fired if the furnace is auxiliary to the boiler or built under the boiler.
General shape. During the evolution of the boiler as a heat producer many new shapes and designs have appeared. Some of these boilers have become popular and are widely recognized in the trade, including the following:
1. Fire-tube boilers — horizontal return tubular, short firebox, compact, locomotive, vertical tube (steam jenny), Scotch type, and residential units.
2. Water-tube boilers — both horizontal straight tube and bent tube units. The horizontal straight tube boiler may have a box type header made of steel plate, or a sectional header each section of which connects the tubes in a single vertical row. The bent tube boiler may have one to four drums. If the drum is parallel to the tubes, the boiler is long — longitudinal drum; if across the tubes, it is a cross drum. If the furnace is enclosed with water-cooled "surfaces, it is a waterwall (water-cooled) furnace.
