Leaching characteristics of alkaline coal combustion by-products: A case study from a coal-fired power plant, Hebei Province, China

Earth and Planetary Sciences

• Investigation 100%
• By-Product 100%
• Province 100%
• Coal Combustion 100%
• Coal-Fired Power Plant 100%
• China 100%
• Solid 25%
• Sample 25%
• Liquid 25%
• Ratio 16%
• Value 16%
• Selenium 16%
• Partitioning 16%
• Nickel 16%
• Assessment 8%
• Environment 8%
• Plant 8%
• Groundwater 8%
• Metal 8%
• Coal 8%
• United States 8%
• Arsenic 8%
• Environmental Risk 8%
• Aspect 8%
• Cause 8%
• Chemical Analysis 8%
• Trend 8%
• Content 8%
• Attention 8%
• Mobility 8%
• Occurrence 8%
• pH 8%
• Volume 8%
• Molybdenum 8%
• Environmental Protection Agency 8%
• Trace Element 8%
• Quality Standard 8%
• Beryllium 8%
• Limit Value 8%
• Barium 8%
• Thallium 8%
• Environmental Effect 8%
• Bottom Ash 8%
• Fly Ash 8%

Engineering

• Characteristics 100%
• By-Product 100%
• Coal 100%
• Fired Power Plant 100%
• Upper Limit 25%
• Elements 16%
• Arsenic 16%
• Hazardous Element 16%
• Potential Source 8%
• Properties 8%
• Test Method 8%
• Groundwaters 8%
• Power Plant 8%
• Environmental Impact 8%
• Environment 8%
• Environmental Protection Agency 8%
• Limiting Value 8%
• Quality Standard 8%
• Large Production Volume 8%
• Lead Content 8%
• Bottom Ash 8%
• Solid Ratio 8%
• Environmental Risk 8%
• Thallium 8%

Chemistry

• Chemical Reaction Product 100%
• Coal 100%
• Coal Combustion 100%
• Atom 33%
• Nickel 33%
• Solid 25%
• Sample 25%
• Liquid 25%
• Ash 16%
• Selenium 16%
• Molybdenum 16%
• Beryllium 16%
• Barium 16%
• Environment 8%
• Toxic 8%
• Phase Composition 8%
• Metal 8%
• Volume 8%
• Groundwater 8%
• Thallium 8%