Since the forward reaction is exothermic, to produce a lot of product and favour the forward reaction the system needs to be colder. However, cooling a system slows down all chemical reactions and so the system can’t be too cold. This process is carried out at a much higher temperature to ensure the speed of production.
High temperatures are often used in industrial reactions to increase the rate of reaction, facilitate the breaking of chemical bonds, and provide sufficient energy to overcome activation barriers. This can lead to higher yields, faster reaction times, and improved selectivity in the production of desired products.
Because in tertiary temprature is high so pressure is high as( PV=nRT)
high temprature
Pyrometallurgy involves using high temperatures to extract metals from ores, while hydrometallurgy uses aqueous solutions to dissolve and extract metals. Pyrometallurgy is typically used for high melting point metals, while hydrometallurgy is more suitable for low melting point metals or when environmental concerns are important.
1) It melts at low temperature. 2) With oxygen and water it make reactions at normal temperature. 3) It burn at 883 degree Celsius so it is not use for high temprature.
High presure and temprature condition
due to high resistance and low temprature coefficient
turbine blade angle is that angle with which,a high presseure & high temprature steam is made to empenge on it.
pressure helps the metamorphic with the high temprature or pressure
lamont boiler is high pressure boiler & it'swork on high pressure at constant temprature
A crucible is a container designed to withstand high temperatures, typically made of ceramic, metal, or glass. It is used for heating substances to very high temperatures for processes like melting, calcination, or chemical reactions in laboratories and industrial settings.
Industrial reactions with high atom economies produce less waste, reducing environmental impact and making the process more sustainable. High atom efficiency also leads to higher yield of desired products, increasing the overall efficiency and reducing production costs.