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Biopile study of the effects of bioaugmentation and biostimulation on bioremediation of TPH-contaminated soil
Po Tseng Pan
, Sheng Shung Cheng
, Chun Hsuan Gaop
, Tsung Lin Hsieh
, Li Hsin Chang
,
Liang Ming Whang
, Tsung Chung Chang
, Pao Wen Liu
環境工程學系
研究成果
:
Conference contribution
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Keyphrases
Bioremediation
100%
Petroleum-contaminated Soil
100%
Total Petroleum Hydrocarbons
100%
Biostimulation
100%
Bioaugmentation
100%
Biopile
100%
Biosurfactant
70%
Hydrocarbons
20%
Microbial Diversity
20%
Indigenous Microbes
20%
Petroleum Hydrocarbon-degrading Bacteria
20%
Diesel
10%
Control Test
10%
Moisture
10%
Soil Samples
10%
Biodegradation
10%
Rhamnolipid
10%
Agitation
10%
Removal Efficiency
10%
Degradation Rate
10%
Environmental Conditions
10%
Water Spray
10%
Oxygen Content
10%
Bioremediation Processes
10%
Enhanced Bioremediation
10%
Microbial Concentration
10%
Kappa Coefficient
10%
Reaction Rate Constant
10%
Dry Soil
10%
Petroleum Hydrocarbon Removal
10%
Sprayable
10%
Soil Pores
10%
Biodegration
10%
Laboratory Microcosm
10%
Natural Attenuation
10%
Soil Site
10%
Polar Fraction
10%
Enrichment Culture
10%
First-order Reaction
10%
Loamy Sand Soil
10%
Landfarming
10%
Biomass Formation
10%
Engineering
Bioremediation
100%
Bioaugmentation
100%
Microbial
75%
Soil Sample
25%
Removal Efficiency
25%
Degradation Rate
25%
Spray Water
25%
Oxygen Content
25%
Reaction Rate Constant
25%
Biodegradation
25%
Late Stage
25%
K Value
25%
First-Order Reaction
25%
Natural Attenuation
25%
Earth and Planetary Sciences
Bioremediation
100%
Polluted Soils
100%
Petroleum Hydrocarbon
100%
Bioaugmentation
100%
Diesel
10%
Oxygen Content
10%
Loamy Sand
10%
Spray Cans
10%
Natural Attenuation
10%
Turnover
10%
Agricultural and Biological Sciences
Polluted Soils
100%
Bioaugmentation
100%
Bioremediation
100%
Microorganism
50%
Biodegradation
25%
Rhamnolipid
25%
Loamy Sand Soils
25%
Enrichment Culture
25%
Immunology and Microbiology
Bioremediation
100%
Bioaugmentation
100%
Microorganism
50%
Microbial Diversity
50%
Biodegradation
25%
Colony-Forming Unit
25%
Colony Forming Unit S
25%
Enrichment Culture
25%
Chemical Engineering
Petroleum Derivative
100%
Biodegradation
10%