4678712
Descrição
Quiz por TRAVIS CANNING, atualizado more than 1 year ago
|
Criado por TRAVIS CANNING
quase 9 anos atrás
|
|
Questão 1
Questão
Cogeneration is
Responda
-
two methods to produce electrical power energy from a single fuel source
-
using one energy source to produce two or more forms of output energy
-
combining two prime movers such as a gas turbine and diesel generator in one plant system
-
all needs are met by one energy source such as power generation, heating, air-conditioning
-
having two or more separate electricity generators in parallel on the same grid
Questão 2
Questão
A combined steam and gas turbine arrangement can be termed:
Responda
-
an ideal system
-
a cogeneration system
-
a once through system
-
ideal relative to system efficiency
-
a high capacity system
Questão 3
Questão
A cogeneration plant could consist of:
1. diesel engine with attached waste heat boiler
2. gas turbine using a boiler as the combustor
3. steam turbine exhausting to a process steam header
4. gas boiler using the exhaust gas from a gas turbine as combustion air
Responda
-
1,2
-
1,2,3
-
2,3,4
-
1,3,4
-
1,2,3,4
Questão 4
Questão
The main advantage of cogeneration is to
Responda
-
reduce total energy costs
-
reduce the number of operators required to operate the plant
-
quicker start up times as compared to conventional coal fired power plants
-
less environmental impact
-
all of the above
Questão 5
Questão
Topping cycle cogeneration is where
Responda
-
the fuel supplied is first utilized for a process due to the high thermal energy and the waste heat is utilized in a HRSG
-
the energy supplied to the electrical power grid is only operated during peak demand periods
-
the fuel supplied will first produce electrical power and the heat energy liberated is the byproduct
-
all of the above
-
none of the above
Questão 6
Questão
Control strategies in a cogeneration system are dependant upon
Responda
-
type of available fuel
-
base load operation
-
peak load demands
-
type of facility
-
environmental impact
Questão 7
Questão
Control strategies used with cogeneration systems are:
1. thermal load
2. electrical load
3. environmental impact
4. duct burner and diverter
5. process demand
6. thermal efficiency
Responda
-
1,2,3
-
4,5,6
-
1,2,4
-
2,4,5
-
1,2,3,4,5,6
Questão 8
Questão
Cogeneration systems may include:
1. gas turbines
2. internal combustion engines
3. waste heat
4. steam turbines
Responda
-
1,2
-
3,4
-
1,2,3
-
2,3,4
-
1,2,3,4
Questão 9
Questão
The advantages of cogeneration at both the micro and macro levels include
1. wide range of configurations are possible
2. on site electricity
3. quick start-up times
4. pollution free fuel
Responda
-
1,2
-
3,4
-
1,2,3
-
2,3,4
-
1,2,3,4
Questão 10
Questão
The pollutants emitted form a cogeneration plant may include:
1. carbon monoxide
2. carbon dioxide
3. NOX
4. water
5. ammonia
6. sulphur dioxide
Responda
-
1,2,3
-
4,5,6
-
1,2,3,6
-
2,3,6
-
1,2,3,4,5,6
Questão 11
Questão
A cogeneration system that utilizes an internal combustion engine is best suited for:
Responda
-
low electrical loads at varying ambient air conditions
-
areas with little water supplies for cooling purposes
-
remote locations
-
peak demand locations
-
any of the above
Questão 12
Questão
A cogeneration system that utilizes an internal combustion engine extracts heat from the:
1. exhaust gases
2. lubrication oil system
3. engine water jackets
4. fuel system
Responda
-
1,2,3
-
2,3,4
-
1,3,4
-
1,2,4
-
1,2,3,4
Questão 13
Questão
Duct burner firing in an HRSG is utilized to:
1. produce steam when the gas turbine is off-line
2. increase steam production
3. control superheated steam temperature requirements
4. meet the process steam temperature requirements
Responda
-
1,2,3
-
2,3,4
-
1,3,4
-
1,2,4
-
1,2,3,4
Questão 14
Questão
Selective catalytic reduction refers to:
Responda
-
breaking down the fuels constituents to burn cleaner using a catalyst
-
decreasing the flue gas temperature by running it through a scrubber
-
giving the flue gas an ionic charge for particulate removal
-
lowering the total carbon dioxide emissions through a catalyst
-
lowering the NOX loading by using a catalyst
Questão 15
Questão
To lower NOX production selective catalytic reduction may be accomplished using:
Responda
-
ammonia
-
hydrogen
-
oxygen
-
methane
-
biofuels
Quer criar seus próprios Quizzes gratuitos com a GoConqr? Saiba mais.