18D - Industrial Chemical
Reactions
, Haber process
• Equation –
The Haber process is an industrial reversible reaction that uses nitrogen (N2) and hydrogen (H2) to produce ammon
(3H2). At high temperatures, an iron catalyst is usually used.
This chemical reaction produces 450 million tons of ammonia, which is used to make dyes, explosives, and most im
fertilizer (ammonium nitrate).
Coughing (at most) is a symptom of ammonia production (If exposed to low concentrations) The nose, throat, and r
tract are all burning. (If high concentrations are present)
, Equation for ammonium nitrate
Reactions
, Haber process
• Equation –
The Haber process is an industrial reversible reaction that uses nitrogen (N2) and hydrogen (H2) to produce ammon
(3H2). At high temperatures, an iron catalyst is usually used.
This chemical reaction produces 450 million tons of ammonia, which is used to make dyes, explosives, and most im
fertilizer (ammonium nitrate).
Coughing (at most) is a symptom of ammonia production (If exposed to low concentrations) The nose, throat, and r
tract are all burning. (If high concentrations are present)
, Equation for ammonium nitrate
