Ironmaking, Steelmaking, and Non-Ferrous Metal Smelting Workers X Keywords: Coke
9 matching jobs found.
Raw Material Charging Worker (Ironmaking, Steelmaking)
A worker in ironmaking and steelmaking plants responsible for weighing and charging raw materials such as coke, iron ore, and limestone into blast furnaces and converters.
Ore Blender (Pig Iron Production)
Skilled worker who weighs and mixes raw materials such as iron ore, limestone, and coke in prescribed ratios to prepare raw materials for pig iron production in blast furnaces.
Blast Furnace Control Worker
Blast furnace control workers operate, monitor, and manage blast furnaces that produce steel, handling everything from raw material charging to temperature and pressure control, quality control, and safety management as a technical role.
Coke Charging Worker (Ironmaking, Steelmaking)
A site operator in the ironmaking process who charges coke, used as fuel for the blast furnace, into the furnace and maintains and equalizes the combustion state and temperature inside the furnace.
Kneading Worker (Steel Making)
A job that mixes and kneads iron ore, coke, etc., in a specified blending ratio to prepare raw materials for the steelmaking process. Involves work in high-temperature, heavy labor environments to maintain stable quality.
Pig Iron Maker
A profession that operates blast furnaces or melting furnaces to melt iron ore and coke to produce pig iron. Manages furnace temperature and chemical composition to maintain safe and stable smelting processes.
Hot Blast Furnace Worker
A job that operates and manages hot blast stoves, reducing and melting iron ore and coke at high temperatures to produce pig iron.
Smelting furnace worker
Operators who operate smelting furnaces such as blast furnaces to melt iron ore or iron scrap and produce molten steel.
Furnace Operator (Blast Furnace)
Manufacturing job that charges raw materials such as iron ore and coke into a blast furnace and performs melting and pig iron production. Monitors and adjusts furnace interior temperature and pressure to ensure safe and efficient operation.