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Catalyst For Sulfuric Acid

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MECS CATALYST ENGINEERING STUDY - GENERAL INFORMATION
Company Name:
Address:
Contact Name:
Email Address:
Phone Number:
Date:
Purpose of Study: Improve Conversion Increase Capacity Energy Savings
PLANT DATA (please fill out as completely as possible)
Sulfur Source: Sulfur Burning Metallurgical Spent Acid
Plant Type: Single Absorption Double Abs. 3X1 Double Abs. 3X2 Double Abs. 2X2 Other
If 'other':
Is there air dilution?: Yes No
If 'Yes,' into which pass(es)?:
Dilution Air Temperature:
Study Capacity: normalize to 100% H2SO4
Units: STPDMTPD
Desired Capacity: normalize to 100% H2SO4
Units: STPDMTPD
Design Capacity: normalize to 100% H2SO4
Units: STPDMTPD
Additional O2 available?: YesNo
If 'Yes,' where?:
Additional cooling available?: YesNo(i.e. Heat Exchangers)
If 'Yes,' where?:
CONVERTER INLET / OUTLET GAS CONDITIONS
Inlet SO2%:
Inlet O2%:
Inlet CO2%:
Sulfur Burner Outlet Temp.:
Units: °C°F
Sulfur Burner Inlet Air Temp.:
Units: °C°F
SO2 Emissions (ppm):
Conversion (%):
Desired SO2 Emissions (ppm):
Desired Conversion (%):
CATALYST
Volume (liters) Pass 1:
Volume (liters) Pass 2:
Volume (liters) Pass 3:
Volume (liters) Pass 4:
Volume (liters) Pass 5:
Type Pass 1:
Type Pass 2:
Type Pass 3:
Type Pass 4:
Type Pass 5:
Method of Catalyst Screening: Manual Mechanical
Age Pass 1:
Age Pass 2:
Age Pass 3:
Age Pass 4:
Age Pass 5:
Max. Volume (L) Pass 1:
Max. Volume (L) Pass 2:
Max. Volume (L) Pass 3:
Max. Volume (L) Pass 4:
Max. Volume (L) Pass 5:
MEASURED TEMPERATURES AT STUDY CAPACITY
Inlet Pass 1:
Inlet Pass 2:
Inlet Pass 3:
Inlet Pass 4:
Inlet Pass 5:
Units: °C°F
Outlet:
Outlet:
Outlet:
Outlet:
Outlet:
Max. Allowable Pass 1 Outlet Temp?:
CONVERTER INSIDE DIAMETER AND PRESSURE DROP
I.D. Pass 1:
I.D. Pass 2:
I.D. Pass 3:
I.D. Pass 4:
I.D. Pass 5:
Units:
dP Pass 1:
dP Pass 2:
dP Pass 3:
dP Pass 4:
dP Pass 5:
Units:
List Any Known Problems or Limitations
Heat Transfer Limitations:
Boiler Leaks:
Interpass Exchanger Leaks:

Catalyst For Sulfuric Acid

Request for a Catalyst Engineering Study