ONEIA Xiao-Dong Huang presentation
description
Transcript of ONEIA Xiao-Dong Huang presentation
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Plant Growth Promoting Rihzobacteria Enhanced Phytoremediation Systems for
Remediation of Contaminated Soils
Xiao-Dong Huang, Ph.D.Vice President
Waterloo Environmental Biotechnology IncWaterloo, Ontario
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Outline
1. Bacteria enhanced phytoremediation
3. Remediation cases: PHC and Salt
3. Cost analysis
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1. Preserves natural environment and improves soil quality2. It is driven by solar energy and suitable to most regions
and climates3. It is cost effective and technically feasible4. Restoration of ecosystem5. Can be used effectively at remote sites6. Effective for remediation of PHC and salt – relevant to the
energy industry
Advantages of Phytoremediation
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Phytoremediation process is too SLOW10-20 years for completionFeasibility ? Not goodThe Question:How to speed up the process to 10-20 months?The answer: Soil Rhizobacteria
Disadvantages of Phytoremediation
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Microorganisms in soil: Plant associated bacteria:
Plant Growth Promoting Rhizobacteria (PGPR) Degrading Bacteria:
Contaminant degradation
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Inoculationto plants
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1 week later
uninoculated
Inoculated
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Greenhouse experiment for PHC degradation
BioremedaitionBacteria enhancedPhytoremediaionPhytoremediation
Bacteria enhancedPhytoremediaion
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Greenhouse testing: PHC remediation
Enhanced phytoremphytorem
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Plant promote rhizobacteria population
5 x 108
5 x 107 有
PhytoremEnhanced phytoBiorem
June seeding
July August September
Rih
zosp
ere
bact
eria
pop
ulat
ion,
log
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0
10
20
30
40
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0 2 4 6 8
Degradation kinetics of bacteria enhanced phytoremediation
time
Deg
rada
tion
rate,
%
Phytoremediation Enhanced Phytorem
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HPLC analysis of PAH Degradation by PEP System
DBP
CHRBAP
DBA
BBA BKF
BBFPYR
FLA
PHE
BGP
3 months40%
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Application of PEPS for PHC Remediation(2007- 09)
All sites met applicable criteria1. Sarnia, ON – land farm for oil sludge – 3 year study (15% w/w –
60% F3 (C16-C34), 30% F4 (C34 – C50)2. Quebec City, QC – Tier 1 criteria met in one year3. Steinbach, MB – Complete remediation in 1 year – Gas station
site 4. Hinton, AB – Complete remediation in 2 years – Diesel invert
drilling waste5. Peace River, AB – Complete remediation in 3 years – Flare pit
material6. Edson, AB – Complete remediation in 2 years – Diesel invert
drilling waste
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2006/6/19
Field application: Sarnia refinery landfarming site
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PH
C, %
Field application: Sarnia refinery landfarming site
3 years remediation: PHC from 15% down to 3%
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PEPsPhytorem
7
14
21
28
F2 (C16-15) F3(C16-25) F4 (C26-50) >C50
g/kg
35%
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Quebec City, QC PHC contaminated soil treated with bioremediation for one year
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Soil contain 1000 ppm PHC
Quebec City, QC – start of Season May 20 2009
Quebec tier 1 criteria: 300 ppm
Treatment pads
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Quebec City, QC – End of Season Oct 20 2009
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PHC Removal for Growth Season
QB Tier 1 standard
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Field application: Gas Station in Steinbach, Manitoba
One year remediation: PHC from 2200 ppm down to 1000 ppm
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Plant Growth and Coverage at a Diesel Invert Site near Hinton AB
2008 remediation operation: Plating on June 25Final sampling on Oct 5Plant coverage 95%Pant height: 45 cm
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PHC removal at Hinton site, AB
Alberta Tier 1 standard
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A closed contaminated site near Peace River, AB
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PHC Remediation at Peace River Site, AB
28%
51%
Alberta Tier 1 standard
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Plant growth and coverage at a diesel invert site near Edson AB
July 31 2008
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PHC Remediation near Edson, AB
Alberta Tier 1 standard
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Second Generation Full Scale Sites
1. Three sites near Dawson Creek, BC2. One site near Fort Nelson, BC3. One site near Swan Hills, AB4. One site near Hinton, AB5. One site near Edson, AB6. One site near Red Earth Creek, AB
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Application of PEPS for Salt Remediation (2007- 09)
1. Norman Wells, NWT 2. Provost, AB3. Cannington Manor, SK4. Alameda, SK5. Kindersley, SK6. Brazeau, AB7. Weyburn, SK (7 sites)8. Red Earth, AB
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Norman Wells, NWT – Start of Season (2008)Soil Impact – Salt
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Norman Wells, NWT – End of Season (2010)
Soil Impact – Salt
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Norman Wells, NWT – End of Season (2009)Soil Impact – Salt
Plant Biomass (dry wt g/m2 ± SE)
Year Plot A Plot B Plot C
2009 300 ± 26 397 ± 50 623 ± 44
2010 393 ± 16 592 ± 40 525 ± 20
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• ECe (2009): decreased from 13-17 to 4-12 dS/m
• ECe (Spring 2010): all sampling points were below applicable targets
• Successful remediation was achieved in 1 year
Soil Impact – Salt Provost, AB: End of Season (2009, Year 1)
• High salt spots have filled in with plants
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Phytoremediation Cost analysis for the Edson Site
• 1.07 ha impacted to a depth of 0.3 m or 3,210 m3 of PHC impacted material
• The costs for the entire project for PEPs was: $104,000 or $32.50/m3
• Landfilling this material would have cost $70/m3 • Assumes a 2 h truck turnaround time if no backfill
required • If backfill was required, the cost would rise to $90/m3
• Composting would cost $75-150/m3
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Examples of Remediation Methods• Dig and dump - Any contaminant type - $100-500/m3• Soil incineration - On or off site - Organic contamination -
$200-600/m3• Chemical extraction - Any type of contamination -
$250/m3• Electrokinetic separation - Metals/Salts - $200/m3• Soil flushing/fracturing - Any contaminant type - $250/m3• Land farming - Small organics - $50/m3• Bioremediation - Organics - $100/m3• Our PEPs - Any contaminant type - $25-50/m3
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Development, Proof, and Application of PGPR Enhanced Phytoremediation
Systems (PEPS)Over 10 years of research and full-scale field application:1. PHC: 18 sites in AB, BC, MB, QC and ON(2004-10)
2. Gas station: site fully remediated in 1 summer (2007)
3. Salt: 14 sites in SK, AB and NWT (2007-10)
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• Works effective for PHC and salt remediation. • Remediation at all sites have been successful; > 20 sites.• Costs of PHC and salt remediation are low.• Unit cost drops as the volume of material increases. • Phytoremediation costs (all in) < half the cost of landfilling.• Liability is reduced, not transferred to a landfill.• Cost effective at remote sites.• Purchase of backfill not required. Soils are reused.• Tier 2 approach - if required only marginal cost increase.• Green technology, solar energy and carbon sequestration. • Environmentally friendly and Positive PR opportunity.
Why Use Phytoremediation?
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Colleagues and PartnersPeople in the group
• Bruce Greenberg• Karen Gerhardt• Jola Gurska• Xiao-Ming Yu• Mark Lampi• Shan Shan Wu• Julie Nykamp• Nicole Knezevich• Greg MacNeill• Xiaobo Lu• Scott Liddycoat• Han Zheng• Brianne McCallum• Peter Mosley• Matt Hannaberg
Partners • S Willets, O Mrklas, C Gordey,
Conoco Phillips Canada• B Moore, Devon Canada Inc• E Harrison, Cenovus Energy• P Coldham, Questerre Engegy• L Lawlor, Imperial Oil• A Traverse, Baytex Energy Corp• G Millard, Shell Canada• Canadian Forestry Oil Corp• Perry Gerwing, Earthmaster • T Chidlaw, MWH• J Budziak, Seaway • D McMillan, SNC• G Stephenson, Stantec• S Steed, NorthWind• G Adams, URS• B Chubb, Maxxam