Stainless Steel – The Vital Component of Power Plants
Stainless Steel is the core component of modern-day buildings. From small designs to modern miracles, it is used to increase the stability of buildings. You can’t imagine the existence of mega structures without the use of Steel. The demand for Steel in the construction sector is 50% of all demand for Steel globally.
Before the invention of electricity, an individual had three basic needs for survival- food, clothes, and a shed. Now electricity has become the most crucial requirement of daily life. Stainless Steel is used throughout the three stages of the electrical infrastructure- Power Generation, Transmission, and distribution. Like the construction industry, the role of Steel is also crucial in the power generation sector. Most of the machines used in electric power plants are made of Steel as the core material.
As electricity is a basic necessity of routine life, Steel is highly used in the power generation sector. Steel is the core element everywhere in a power plant, from machines to infrastructure. There are some reasons behind this massive use of Steel in the power generation sector. Temperature bearing capacity, excellent weldability, mechanical strength, rust-proof, water-resistant, high durability, and heat resistance make steel the most-used metal in power plants.
In different sections of a power plant, Steel is used in various forms. The use of Steel is directly visible in superheaters and reheaters, heat exchangers, storage vessels, flue gas treatment, steam pipes, contaminant vessels, and pressure tubes. It explains the importance of Steel as a core structural material in the power generation infrastructure. To get more information about the importance of Steel in power plants, you can access the infographic below.
