Steel mills are often located close to water sources such as rivers, lakes, or oceans for logistical reasons. Water is used in various stages of the steelmaking process, such as cooling and transportation. Additionally, water provides a cost-effective means for transporting raw materials and finished products.
Steel can be tempered (hardened by heat treatment followed by quenching -cooling).
Rivers can be used for many things. Travelling (boats), dams, energy, water mills, water for cooling, and as a water source.
Ponds are typically fresh water, but you can also have salt water ponds or brackish (somewhat salty) ponds.
It takes approximately 62,000 liters (16,400 gallons) of water to produce 1 ton of steel. This water is used for cooling, cleaning, and in the production process itself. Efficient water management practices are important in the steel industry to minimize water consumption.
The primary difference between steel quenched in water and in oil lies in the cooling rate and resulting microstructure. Water provides a much faster cooling rate than oil, which can lead to higher internal stresses and a greater risk of cracking or warping in the steel. Quenching in oil, while still rapid, offers a more controlled cooling process, resulting in a more uniform microstructure and improved toughness. Consequently, steel quenched in oil is often preferred for applications requiring greater durability and resilience.
You heat your object until its hot red and then you cool it quickly in water
I think it is water collected in lakes, ponds, oceans, or other bodies of water.
Coral reefs are salt water Ponds are fresh water
usually ponds are freshwater, lakes can very rarely be salt water though
mainly ponds mainly ponds
No, ponds cannot move backwards. They are stationary bodies of water.