Acetylene vs Hydrogen: Difference between revisions

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*This page aims to determine the differences in Oxy-Acetylene and Oxy-Hydrogen torches, and their use
*This page aims to determine the differences in Oxy-Acetylene and Oxy-Hydrogen torches, and their use
*Useful for individual guidance, as well as the necessity/value of [[Acetylene]] in a [[Bio-Petrochemistry]] workflow
*Useful for individual guidance, as well as the necessity/value of [[Acetylene]] in a [[Bio-Petrochemistry]] workflow
=Various Specs=
*Flame Temp:
**Acetylene
***With Air: 2500*C (4532*F)
***With Oxygen: 3480*C (6296*F)
**Hydrogen
***With Air 2254*C (4089*F)
***With Oxygen (?)
*Need to check sources as these current ones are all just ripped from the wikipedia page, and that needs sources checked as well


=Internal Links=
=Internal Links=
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=External Links=
=External Links=
*
*[https://en.wikipedia.org/wiki/Adiabatic_flame_temperature The Wikipedia Page on Adiabatic flame temperature]
*[https://www.quora.com/Can-hydrogen-be-used-as-an-acceptable-substitute-for-acetylene-when-welding A [[Quora]] Post Asking this Question]


[[Category: Welding & Cutting]]
[[Category: Welding & cutting]]

Latest revision as of 04:11, 5 July 2021

Basics

  • This page aims to determine the differences in Oxy-Acetylene and Oxy-Hydrogen torches, and their use
  • Useful for individual guidance, as well as the necessity/value of Acetylene in a Bio-Petrochemistry workflow

Various Specs

  • Flame Temp:
    • Acetylene
      • With Air: 2500*C (4532*F)
      • With Oxygen: 3480*C (6296*F)
    • Hydrogen
      • With Air 2254*C (4089*F)
      • With Oxygen (?)
  • Need to check sources as these current ones are all just ripped from the wikipedia page, and that needs sources checked as well

Internal Links

External Links