This system was developed to deliver greater predictability of endpoint sulfur in desulfurization of iron.  The ESM iron desulfurization co-injection system is a unique combination of specially-designed injection equipment; bulk material handling and storage; field-proven, programmable control instruments; and high-quality magnesium reagents.  This system allows either lime or calcium carbide to be co-injected with magnesium.  Typically, the co-injection system is used to introduce magnesium and other powdered reagents simultaneously into transfer ladles of molten iron.  The objective is to achieve a desired endpoint sulfur level by precisely controlling the injection rate and quality of all reagents.

ESM injection equipment is used with many applications other than iron desulfurization.

Other applications include:

 

Typical Injectable Materials

 

Other injectable grade materials frequently used:

 

-Calcium Silicon Calcium Metal

-Calcium Carbide Desulf fluxes

-Lime Lime Spar

-Slag Coagulant Carbon

 

Specifications - ESM Powder Injections:

Capacity

Overall Dimensions Empty Weight Typical Uses
100 cubic foot

2.9 cubic meter

6'6" x 6'6" x 14'

1.9m x 1.9m x 4.0m

6,600 lbs.

2,994 kg.

Carrier Material Injector for Co-Injection Pre-Blended Desul Reagent Injection Steel-Side Alloy Injection

80 cubic foot

2.3 cubic meter

6'6" x 6'6" x 13'

1.9m x 1.9m x 4.3m

5,700 lbs.

2,586 kg.

Carrier Material Injector for Co-Injection Pre-Blended Desul Reagent Injection Steel-Side Alloy Injection

50 cubic foot

1.4 cubic meter

6'6" x 6'6" x 10'6"

1.9m x1.9m x 3.2m

4,400 lbs.

1,996 kg.

Mag Injector for Co-Injection Pre-Blended Desul Reagent Injection Steel-Side Alloy Injection

7.5 cubic foot

0.2 cubic meter

4' x 4' x 7'1"

1.2m x 1.2m x 2.2m

1,800 lbs.

816 kg.

Slag Treatment Injection Molten Aluminum Injection Specialty Injection