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Important aspects of design of Blast Furnace and associated ancillary equipments

Important aspects of design of Blast Furnace and associated ancillary equipments The design of the blast furnace (BF) proper and its associated and ancillary equipments (Fig 1) immediately upstream and downstream of the furnace is important for the efficient running of the BF. Besides the furnace proper, the immediate associated equipments include (i) the stock …

satyendra
May 6, 2020
0 Comments
AC EAF, DC EAF, EAF, EBT, Fettling, guniting, hearth, magnesite, Monolithic lining, roof, Taphole,

Refractory Lining of the Electric Arc Furnace Refractories are those materials which withstand high temperature without a significant change in chemical or physical properties. Refractory materials are very important to the electric arc furnace (EAF) operation as they allow the containment of the liquid steel in the furnace hearth without damaging the furnace structure. The …

Refractories for a Reheating Furnace

Mini Blast Furnace and Iron making

satyendra
April 13, 2016
7 Comments
blast furnace, dead man, hearth, Hot metal, refractories, slag, tap hole, tapping,

Salamander Tapping for Capital Repairs of Blast Furnace

satyendra
May 23, 2015
7 Comments
blast furnace, bosh, hearth, lining, refractories, stack, tap hole, Tuyere,

Tag

Important aspects of design of Blast Furnace and associated ancillary equipments

Refractory Lining of the Electric Arc Furnace

Refractories for a Reheating Furnace

Mini Blast Furnace and Iron making

Importance of Hearth, Dead man and Tapping in Blast Furnace Operation

Salamander Tapping for Capital Repairs of Blast Furnace

Improved Designs and Campaign Life of a Blast Furnace

Operation practices and Campaign Life of a Blast Furnace

Design Features of an AC Electric Arc Furnace

Causes and Recovery of Chilled Blast Furnace