All posts by: Jenelle Maya

Goosenecks (Standpipe elbows) in the life cycle of a Coke Oven Battery

Coal supplied to coke oven batteries is most economically brought in freighters that, even in the mid 1970’s, were unloading coal at over 5,000 tons per hour. As, by choice, they bring different kinds of coals, they are first stored in separate piles from where they are eventually collected, blended and sized. (Even the particular underground stream from which the coal is mined can influence the final quality and economics.) It is very desirable to do extensive research and testing to obtain the most desired mixture. The steel plant owners often invest and pay particular attention to this research and lab work to determine which mixture and size gives them the most desirable results. For the volumes and economies, all this makes sense.

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Keeping aging Steel Plants operating economically

Many of the larger steel making plants, for example, Integrated Steel Plants, require large capital investments and thus are very expensive to replace in whole. As a natural consequence, the owners are forced to find ways to keep them operational, be it with good on-going maintenance, with periodic partial, or extensive rebuilds. Read more

Reducing the Requirement for Raw Materials Through Recycling at all Stages of Steel Manufacturing

Reducing the Requirement for Raw Materials Through Recycling at all Stages of Steel Manufacturing

Key Components and Fundamentals

            Ferrous materials such as irons and steels are some of the few materials that are considered to be 100% recyclable.  They can be infinitely remelted and made into new forms without losing its overall quality.  Not only is steel scrap used in steel manufacturing to produce new plates and other structural members, it plays a key role in the foundry industry.  The foundry industry makes use of pig iron from the steel manufacturer’s blast furnace, and scrap steel from a number of different sources to manufacture complex components that would otherwise be impossible to form. Read more