RI 3091 Reduction Of Zinc Oxide By Methane Or Natural Gas ? Introduction
- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 17
- File Size:
- 6190 KB
- Publication Date:
- Jan 1, 1931
Abstract
From thermodynamic calculations3 Maier predicted that zinc oxide Land methane would react at specified temperatures substantially according to equation (1). (1) ZnO + CH; = Zn (gas) + CO + 2H2 Other reactions that may take place are: (2) CH4 = C + 2H2. (3) ZnO + CO = Zn (gas) + CO2 (4) ZnO + H 2 = Zn (gas) + H2O . Maier predicted that 870°C. would be the critical temperature above which reaction (1) would take precedence over reaction (2) and that reaction (1), at equilibrium, would be substantially complete at or above 927°C.
Citation
APA: (1931) RI 3091 Reduction Of Zinc Oxide By Methane Or Natural Gas ? Introduction
MLA: RI 3091 Reduction Of Zinc Oxide By Methane Or Natural Gas ? Introduction. The National Institute for Occupational Safety and Health (NIOSH), 1931.