A mechanical screening device known as a rotary screen is used to separate materials, primarily in the processing of solid waste and minerals. consists of a perforated cylindrical drum with an inclined feed end that is typically present. The feed material spirals down the rotating drum, where the undersized material that is smaller than the screen apertures passes through the screen and the oversized material leaves at the other end of the drum, resulting in the physical size separation.

Magnetic Separator: Based on the generation of magnetic forces on the particles to be separated, which are higher than opposing forces such as gravity or centrifugal forces. This principle is used to separate ferromagnetic particles from crushed scrap mixtures.

The burner, igniter, and flame monitors make up the Combustion System. The gas must be brought to a controlled, uniform temperature in the combustor with the least amount of contaminants and pressure loss possible. In addition to clean combustion and proper gas mixing, the main challenges in combustor design include flame stabilisation, removing pulsation and noise, reducing pressure loss, and maintaining a constant, tightly controlled output temperature. The combustors in gas turbine power plants can be single or numerous. Though it is more difficult to manage, the single-combustor design is bigger and less compact than the many types. Combustion Systems are chemical processes where an oxidant, or substance that transfers oxygen atoms, and a material that can be burned as fuel interact chemically. The

To circulate combustion air through the burners and remove combustion byproducts from the furnace, ID systems use a fan that is housed in the exhaust. The term "pull" system is occasionally used to describe this kind of air supply. The fan must be built to withstand high gas temperatures, but these temperatures shouldn't be too high because the flue gases often pass through an upstream convection section that eliminates a substantial amount of energy before they reach the ID fan. By producing a vacuum of negative air pressure, induced draught fans, also known as ID fans, are used in systems like steam boilers and thermal oil heaters to pull out and remove exhaust gases from combustion chambers.

A Refractory Material, often known as a refractory, is one that resists chemical, thermal, or mechanical attack and maintains strength and shape at high temperatures. Furnaces, kilns, reactors, and incinerators all require Refractory Materials. Additionally, crucibles and moulds for casting glass and metals as well as surface-mounted flame deflector devices for rocket launch structures are made of refractories. High temperature chemical and physical stability is required for Refractory Materials. They must have particular ranges of thermal conductivity and the coefficient of thermal expansion depending on the operating environment, be chemically inert, and/or be resistant to thermal shock. The most crucial components utilised in the production of refractories are aluminium, silicon, and magnesium oxides. one more oxide typically

Pipelines use butterfly valves, a class of rotational motion valves with a quarter-turn, to stop the flow of fluid. Butterfly valves are frequently mentioned as having the ability to control flow. Oil flow control valves, commonly referred to as Sensitrol Valves or Micro Valves, are utilised in many types of burners. These are manual valves that act as tight shutdown valves and limiting orifices to control the oil-to-air ratio. burners before turning off. High quality gun metal and brass were used to make this. To extend the life of micro valves, the inside tips are toughened, ground, and lapped.