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Yes, but not for transmitting steam or condensate, typically. The volatile amines (chemicals used to treat steam and condensate pipes in steam power applications) would corrode the copper, because of their high pH. Copper can and is often used in auxiliary systems necessary to the operation of the power plant. Steel or iron is used for steam pipe. In low pressure (less than 15 psig) applications that do not use steam treatments, such as home heating boilers, copper (or bronze) pipe can be used because the pH is not modified. The ASME Code of rules for the construction of power boilers, does allow for the use of copper or bronze fittings on boilers for certain applications, under strict guidelines, but typically steel is used.
What else can I help you with?
What is the color code for steam pipe in industrial applications?
silver is the color that is generally used.
Who successfully used a steam engine?
In the 1800's steam engines were used successfully everywhere, in trains, ships, factories, farm and road vehicles and many more applications.
Why are steam boilers used in applications requiring a large heating capacity?
A steam boiler is used because they can create a large amount of steams with little space taken up. Steam boilers have a larger capacity while creating a larger amount of steam in the process.
Is the steam engine still utilized in modern industries and applications?
Yes, the steam engine is still used in some modern industries and applications, particularly in power generation and certain manufacturing processes where high temperatures and pressures are required.
Is steam air a common component in industrial processes?
Yes, steam is a common component in industrial processes as it is used for various applications such as heating, power generation, and sterilization.
How are steam engines used in modern industries and applications today?
Steam engines are used in modern industries and applications today primarily for power generation and propulsion. They are commonly found in power plants, locomotives, and certain types of ships. Steam engines convert heat energy into mechanical energy, making them efficient for tasks that require a high level of power output.
Is bituminous coal is metallurgical or steam coal?
Bituminous coal can be used for both metallurgical and steam coal applications. Metallurgical coal is used in the steelmaking process to help create coke, while steam coal is used as a fuel source for generating electricity.
How has the steam engine been replaced?
Steam engines have been replaced by electric motors for most applications.
How is the steam engine utilized in modern applications and industries?
The steam engine is used in modern applications and industries for power generation, transportation, and industrial processes. It is commonly found in power plants, locomotives, and certain manufacturing facilities. The steam engine converts heat energy into mechanical energy, making it a versatile and efficient source of power in various sectors.
Are steam engines still being used?
Steam engines presently produce more power than all other types of engines combined. Most steam engines take the form of the steam turbine engine. The steam turbine is responsible for generating about 86% of the electric power used on this planet. Reciprocating steam engines are still in use for limited applications, but are generally considered obsolete. Steam engines, either the piston or turbine type were used on most big ships until recently, and there are still a few steam locomotives about.
How is steam produced?
Steam is produced by boiling water to its vapor phase. This is typically done in a boiler by applying heat to the water, resulting in the water reaching its boiling point and turning into steam. The generated steam can then be used in various applications such as power generation, heating, or industrial processes.
What is the function of the steam generator?
A steam generator is designed to produce steam by heating water using various energy sources, such as fossil fuels, nuclear energy, or renewable sources. It converts water into steam through a heat exchange process, often in power plants or industrial applications. The generated steam can then be used to drive turbines for electricity generation, provide heat for industrial processes, or support various heating applications. Additionally, steam generators are crucial in maintaining efficient thermal cycles in power systems.
