Enhanced in-situ biodegradation and aquifer permeability reduction

Engineering & Materials Science

• Aquifers 92%
• Biodegradation 100%
• Biofilms 72%
• Biofouling 80%
• Biomass 16%
• Bioremediation 58%
• Electrons 53%
• Groundwater 21%
• Oxygen 57%
• Pore size 20%
• Porosity 15%
• Porous materials 35%
• Shearing 19%
• Substrates 37%
• Water 9%
• Water injection 21%

Earth & Environmental Sciences

• aquifer 52%
• biodegradation 61%
• biofilm 48%
• biofouling 65%
• biomass 10%
• bioremediation 34%
• electron 37%
• groundwater 10%
• in situ 43%
• oxygen 46%
• permeability 48%
• porosity 12%
• porous medium 30%
• pumping 15%
• rate 5%
• recharge 15%
• substrate 36%
• water 10%
• well 23%

Chemical Compounds

• Biodegradation 75%
• Dioxygen 34%
• Electron Acceptor 33%
• Electron Donor 32%
• Filtration 15%
• Groundwater 19%
• Permeability 57%
• Pore 11%
• Pore Size 14%
• Porosity 10%
• Reduction 32%