%A"Gandhi, R L" %D1982 %I; Bechtel Petroleum Inc., San Francisco, CA %2 %J[] %K01 COAL, LIGNITE, AND PEAT, SLURRY PIPELINES, REVIEWS, COAL, COPPER, DESIGN, EQUIPMENT, FLUID FLOW, FUEL SLURRIES, HYDRAULIC TRANSPORT, IRON, LIMESTONE, MINERALS, PARTICLE SIZE, PHOSPHATES, USES, CARBONACEOUS MATERIALS, CARBONATE ROCKS, DISPERSIONS, DOCUMENT TYPES, ELEMENTS, ENERGY SOURCES, FOSSIL FUELS, FREIGHT PIPELINES, FUELS, MATERIALS, METALS, MIXTURES, OXYGEN COMPOUNDS, PHOSPHORUS COMPOUNDS, PIPELINES, ROCKS, SEDIMENTARY ROCKS, SIZE, SLURRIES, SUSPENSIONS, TRANSITION ELEMENTS, TRANSPORT, 013000* - Coal, Lignite, & Peat- Transport, Handling, & Storage %PMedium: X; Size: Pages: 1-11 %TOverview of slurry pipelines %XSlurry pipelines have proven to be a technically feasible, environmentally attractive and economic method of transporting finely divided particles over long distances. A pipeline system normally consists of preparation, pipeline and utilization facilities and requires optimization of all three components taken together. A considerable amount of research work has been done to develop hydraulic design of a slurry pipeline. Equipment selection and estimation of corrosion-erosion are considered to be as important as the hydraulic design. Future applications are expected to be for the large-scale transport of coal and for the exploitation of remotely located mineral deposits such as iron ore and copper. Application of slurry pipelines for the exploitation of remotely located mineral deposits is illustrated by the Kudremukh iron concentrate slurry pipeline in India. %0Journal Article %N;Journal ID: CODEN: JOPID %1 %CNetherlands %Rhttps://doi.org/ Journal ID: CODEN: JOPID HEDB %GEnglish