Catalytic cartridge SO.sub.3 decomposer
Patent
·
OSTI ID:864353
- Berkeley, CA
A catalytic cartridge internally heated is utilized as a SO.sub.3 decomposer for thermochemical hydrogen production. The cartridge has two embodiments, a cross-flow cartridge and an axial flow cartridge. In the cross-flow cartridge, SO.sub.3 gas is flowed through a chamber and incident normally to a catalyst coated tube extending through the chamber, the catalyst coated tube being internally heated. In the axial-flow cartridge, SO.sub.3 gas is flowed through the annular space between concentric inner and outer cylindrical walls, the inner cylindrical wall being coated by a catalyst and being internally heated. The modular cartridge decomposer provides high thermal efficiency, high conversion efficiency, and increased safety.
- Research Organization:
- Lawrence Livermore National Laboratory (LLNL), Livermore, CA
- DOE Contract Number:
- W-7405-ENG-48
- Assignee:
- United States of America as represented by United States (Washington, DC)
- Patent Number(s):
- US 4351806
- OSTI ID:
- 864353
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
/422/376/423/
annular
annular space
axial
axial flow
axial-flow
cartridge
catalyst
catalyst coated
catalytic
catalytic cartridge
chamber
coated
concentric
concentric inner
conversion
conversion efficiency
cross-flow
cross-flow cartridge
cylindrical
cylindrical wall
decomposer
efficiency
embodiments
extending
flow
flow cartridge
flowed
gas
heated
hydrogen
hydrogen production
incident
increased
inner
inner cylindrical
internally
internally heated
modular
normally
outer
outer cylindrical
production
provides
safety
space
thermal
thermal efficiency
thermochemical
thermochemical hydrogen
tube
tube extending
utilized
wall
walls
annular
annular space
axial
axial flow
axial-flow
cartridge
catalyst
catalyst coated
catalytic
catalytic cartridge
chamber
coated
concentric
concentric inner
conversion
conversion efficiency
cross-flow
cross-flow cartridge
cylindrical
cylindrical wall
decomposer
efficiency
embodiments
extending
flow
flow cartridge
flowed
gas
heated
hydrogen
hydrogen production
incident
increased
inner
inner cylindrical
internally
internally heated
modular
normally
outer
outer cylindrical
production
provides
safety
space
thermal
thermal efficiency
thermochemical
thermochemical hydrogen
tube
tube extending
utilized
wall
walls