Analysis on Water Consumption and Water-Saving Technology of Wet-Ash Transportation System

Yan Zhang; Hai Wei Xie

doi:10.4028/www.scientific.net/AMR.955-959.2151

Paper Titles

Application and Development of Superconducting High Gradient Magnetic Separation on Environmental Protection
p.2128

Evaluation of the Multistage Biological-Ecological Process for Removal of Organic Matter and Nutrient from the Rural Domestic Wastewater under Ambient Temperature
p.2133

Enlightenment of Everglade Wetland Restoration in Florida, USA to Chinese Dongting Lake Restoration
p.2139

Abatement of Toluene by Non-Thermal Plasma Combined with Photocatalyst
p.2147

Analysis on Water Consumption and Water-Saving Technology of Wet-Ash Transportation System
p.2151

Applicability from Earthworms to Live in the Soil with PAHs
p.2155

Degradation of p-Chloronitrobenzene in Aqueous Solution by Iron Silicate Catalytic Ozonation
p.2162

Effect of Fractal Dimension of Powder Activated Carbon on SO₂ Adsorption
p.2169

Experimental Study on Catalytic Reduction of SO₂ by Rare Earth Compound
p.2173

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Analysis on Water Consumption and Water-Saving Technology of Wet-Ash Transportation System

Abstract:

The plants can use a lot of water, so Wet-Ash Transportation System is very important to the safety operation of the plant. In this paper some new ways of technical reformation for Wet-Ash Transportation System are presented and the direction of research in future is pointed. These contents can be referenced in improvement of the water saving technology later.