CH

Iron Desulphurisation Dopant

1/

返回中文介面: 鐵水脫硫摻配劑
The process of aluminum smelting in Taiwan produces a large amount of aluminum dross (~10,000 tons/year). Aluminum dross is prone to reacting with water to produce harmful toxic gases (ammonia, methane, hydrogen sulfide, phosphine) which is why this type of waste has always been a challenge to process. In order to provide a solution to this problem, the material is made by cooling and drying aluminum dross in a secondary aluminum smelting process to produce a desulfurization admixture used in the steelmaking process. In addition to increasing the reuse value of aluminum dross, combining the existing desulfurization formula with limestone can reduce the use of natural lime ore as well as improve the efficiency of the desulfurization process. more

1/

Material Features
Related Metrials

6-003-E31.

15F.01.03

Flat Ceramic Plate(Light color)

Coal Ash Mud Mix

6-053-E35

Coal Ash Mud Mix

Reservoir Mud Ceramic Clay

6-048-F45

Reservoir Mud Ceramic Clay

6-002-E31.

15F.01.02

Flat Ceramic Plate (Dark Color)

6-004-E32.

15F.01.04

Plain Brick

6-001-E31.

15F.01.01

Clay Tile

Reservoir Mud Calf Piggy Bank

6-049-F45

Reservoir Mud Calf Piggy Bank

Iron Desulphurisation Dopant

6-051-E35

Iron Desulphurisation Dopant

6-006-E32.

15F.02.01

Ceramic Tiles

Reservoir Mud Lightweight Aggregate

6-047-B63

Reservoir Mud Lightweight Aggregate

6-005-E32.

15F.01.05

Red Clay Sintering Reduction Firing Product

Supplier Information

You need to log in as a member to see the relevant information of the factory.

Member Login

Quick login

The process of aluminum smelting in Taiwan produces a large amount of aluminum dross (~10,000 tons/year). Aluminum dross is prone to reacting with water to produce harmful toxic gases (ammonia, methane, hydrogen sulfide, phosphine) which is why this type of waste has always been a challenge to process. In order to provide a solution to this problem, the material is made by cooling and drying aluminum dross in a secondary aluminum smelting process to produce a desulfurization admixture used in the steelmaking process. In addition to increasing the reuse value of aluminum dross, combining the existing desulfurization formula with limestone can reduce the use of natural lime ore as well as improve the efficiency of the desulfurization process.