EAC-6 precision desulfurizer

EAC-6 precision desulfurizer

Fine desulfurizer

EAC-6 thiol and sulfide desulfurizer is used to remove sulfides such as thiols and disulfides from natural gas and various other chemical feed gases.

1. Main Physical and Chemical Properties

 

External    Observation

Granularity (mm)

Bulk density (g/ml)

Surface area ratio (m2/ml)

Hole capacity
(ml/g)

Void ratio

Black bar

ф(3~4)× (5~15)

0.65± 0.1

>800

~0.6

0.41


II. Reaction Principle and Quality Inspection Standards
1. Reaction principle
In the presence of trace amounts of oxygen O2, thiols in the feed gas are converted into dialkyl disulfides and removed by desulfurizers, achieving the goal of fine desulfurization.
2. Technical indicators (sulfur capacity in the table refers to working sulfur capacity or breakthrough sulfur capacity):

 

Fine desulfurizer

Original particle size fine desulfurization capacity, W%

Strong    Degree N/cm

Thiol

Disulfide

EAC-6

≥ 10

≥ 5.0

≥ 50


III. Normal Operation and Usage Conditions
1. Airspeed: 100~1000h-1.
2. Temperature: 10~90 ℃.
3. Pressure: atmospheric pressure~8.0Mpa.

Detailed Introduction

EAC-6 thiol and sulfide desulfurizer is used to remove sulfides such as thiols and disulfides from natural gas and various other chemical feed gases.

1. Main Physical and Chemical Properties

 

External    Observation

Granularity (mm)

Bulk density (g/ml)

Surface area ratio (m2/ml)

Hole capacity
(ml/g)

Void ratio

Black bar

ф(3~4)× (5~15)

0.65± 0.1

>800

~0.6

0.41


II. Reaction Principle and Quality Inspection Standards
1. Reaction principle
In the presence of trace amounts of oxygen O2, thiols in the feed gas are converted into dialkyl disulfides and removed by desulfurizers, achieving the goal of fine desulfurization.
2. Technical indicators (sulfur capacity in the table refers to working sulfur capacity or breakthrough sulfur capacity):

 

Fine desulfurizer

Original particle size fine desulfurization capacity, W%

Strong    Degree N/cm

Thiol

Disulfide

EAC-6

≥ 10

≥ 5.0

≥ 50


III. Normal Operation and Usage Conditions
1. Airspeed: 100~1000h-1.
2. Temperature: 10~90 ℃.
3. Pressure: atmospheric pressure~8.0Mpa.