RI 6945 Experimental Study Of Pressure Drop Across Fixed Beds Of Anthracite Briquets And Blast Furnace Materials

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 32
- File Size:
- 1566 KB
- Publication Date:
- Jan 1, 1967
Abstract
The Bureau of Mines conducted pressure-drop studies in a 4-foot-diameter simulated blast furnace shaft to compare anthracite metallurgical briquets with coke and formcoke. The test materials were used alone, layered, and in mixed burdens of commercial fuel-to-ore ratios. Anthracite briquets had a higher pressure drop per foot than furnace coke, but they had a lower pressure drop per foot than formcoke. This appears to be due to packing and shape, as well as to particle size. The superficial air velocities at which beds of briquets and furnace coke disrupted were about the same. However, if briquets of the shapes and sizes tested are substituted for furnace coke in commercial metallurgical furnaces, higher blowing pressures will be required to deliver comparable amounts of air. Test burdens with more than 5 percent material smaller than 1/4-inch diameter showed significant increases in resistance to airflow.
Citation
APA:
(1967) RI 6945 Experimental Study Of Pressure Drop Across Fixed Beds Of Anthracite Briquets And Blast Furnace MaterialsMLA: RI 6945 Experimental Study Of Pressure Drop Across Fixed Beds Of Anthracite Briquets And Blast Furnace Materials. The National Institute for Occupational Safety and Health (NIOSH), 1967.