Effects of primary substrate concentration on NDMA transport during simulated aquifer recharge

Earth & Environmental Sciences

• recharge 68%
• aquifer 56%
• substrate 52%
• oxic conditions 51%
• removal 40%
• anoxic conditions 37%
• biodegradation 24%
• effect 18%
• organic carbon 14%
• water 11%
• redox conditions 11%
• soil column 10%
• used water 10%
• methanol 9%
• toluene 9%
• dissolved organic carbon 9%
• water content 7%
• irrigation 7%
• drinking water 7%
• effluent 6%
• food 6%
• wastewater 6%
• rate 6%
• test 3%

Engineering & Materials Science

• Aquifers 100%
• Substrates 54%
• Organic carbon 44%
• Biodegradation 40%
• Water 26%
• Oxidation-Reduction 12%
• Potable water 12%
• Toluene 11%
• Irrigation 11%
• Effluents 10%
• Water content 10%
• Wastewater 10%
• Methanol 9%
• Soils 7%

Chemical Compounds

• Column Like Crystal 46%
• Biodegradation 30%
• Organic Carbon 21%
• N-Nitrosodimethylamine 14%
• Irrigation 14%
• Redox Condition 13%
• Carcinogenic 10%
• Drinking Water 9%
• Soil 8%
• Wastewater 7%
• Toluene 7%
• Food 6%
• Methanol 5%