Articles
| Open Access |
DOI: Carriage Of High Consolidation Coal Dust Suspended In Water Through Channel
V.K. Chippa, Hansraj Singh , Department Of Applied Mechanics, Bhaskaracharya College Of Applied Sciences, New Delhi,Abstract
The weight drop and rheological qualities of blend of fly debris (FD) and BDse debris (BD)
Suspended in water (4:1) at high fixations. Weight drops have been estimated at different
stream speeds utilizing a pilot plant test circle at different focuses. Such estimations have been
made for different fixations in the range 50-70% by weight. Rheological examinations are
additionally done for blend of fly debris (FD) and BDse debris (BD) Suspended in water . The
reliance of relative weight drop on stream speed at different focuses has additionally been
dissected. Further, by utilizing the rheological information, pressure drop has been anticipated
in a straight pipeline of 42 mm distance across at higher focuses. Exploratory outcomes
acquired from a pilot plant test circle were contrasted and the anticipated outcomes. The
correlation indicated an excellent understanding between these information. Explicit Energy
Consumption for the Carriage of coal debris Suspended in water has been determined at fixed
speeds and its reliance in strong focus has been quantitatively examined
Keywords
: Coal Dust, Suspended in water
References
Soi; King B., 1999, "Constant Mixing and Pumping of High Density Fly Dust Water Slurries:
Laboratory and Pilot Plant Studies", seventh Conference of Electrical Power Supply
Industry, pp. 211-223.
Chandel E. H., Chambers, A. J., 1992, "Attributes of Fly Dust Slurries", Conference 5, Cost
Effective Balk Materials Handling, Mech. 54 pp. 210-219.
Patel, S. N. what's more, Seshadri, V., 2005, "Attributes of Coal Dust and their job in
Hydraulic plan of Dust Disposal Pipelines". Indian Journal of building and Material
Science, Vol. 17, pp 211-217.
Mishra A. K., 2001, "Study on high focus Fly debris Suspended in water Disposal through
Pipeline", Ph.D. Proposal, Department of Applied Mechanics,Delhi.
Datta, M. also, Kumar, V., 2002, "Exchange Coal Dust Disposal Systems for Thermal Power
Plants", Project Report presented by Department of Applied Mechanics, mumbai to
Central Pollution Board Mumbai
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