SUSTAINABLE & HEALTHY COMMUNITIES RESEARCH PROGRAM Actionable Science for Communities Releases can potentially affect human health and the environment though their impacts on water quality, or through direct exposure to toxic constituents. SHC 3.62.1 research addresses the overarching question: Research products provide guidance for OLEM and Regions regarding spill preparedness, response and remediation efforts Problem Summary & Decision Context Future Directions Behavior, Fate and Effects of Oil and Spill Agents SHC Task 3.62.1 Robyn Conmy, Task Lead, National Risk Management Research Lab (NRMRL) Jim Weaver, Deputy Task Lead, NRMRL SHC 3.62 has planned for the following deliverables under Task 1 in support of OLEM and the Regions: • Continue with biodegradation and toxicity of diluted bitumen experiments. A summary report is due to OLEM program office in FY17, with a manuscript in prep (Deshpande et al., 2016). • Complete the biodegradation and metagenomic analyses of Alaskan crude oils exposed to two dispersants. This research highlights how biodegradation rates vary as a function of microbial consortia. This has critical implications for understanding fate and transport of oil. Two manuscripts are in prep: Zhang et al., 2017 and SantoDomingo et al., 2017). Deepwater Horizon Field Sensor Evaluation • A novel approach for evaluating Deepwater Horizon (DWH) oil spill field sensors was developed using wave tank oil plume simulations. Conmy et al., 2014 is a citation within the 40 CFR § 300.900-920 proposed decision-rule and was used as testimony material during the DWH trial. Wave tank Oil Plume Simulations • ORD has completed an EPA 600 series report (Conmy et al., 2016) for Interagency Agreement research with Dept. of Interior and the Canadian government to conduct high-pressure jet release simulations for various oil type, dispersant concentrations, and water temperature. Oil Biodegradation • SHC 3.62 conducts various oil and spill agent biodegradation experiments. Recent publications include Deshpande et al., 2017 (in prep); Zhuang et al., 2016; Campo-Moreno et al., 2013 . Spill Response Oil Mapping • Collaborative perspective journal article on DWH technologies White et al., 2016. • This task is dedicated to research on the biodegradation, weathering, dispersion, toxicity and behavior of oil and spill agents in support of the EPA Office of Land and Emergency Management (OLEM) and the Regions. • Research efforts improve the understanding of oil fate & transport; establish appropriate response, remediation and restoration methods; and enhance spill preparedness by determining potential impacts of mitigation technologies to communities and ecosystems • Ecological and human health impacts associated with spilled oil and mitigation technologies (e.g. dispersants) are of concern for or impacted communities. • Awareness by emergency responders and scientists has been heightened on the capabilities and limitations of spill response methods in use today, particularly for atypical spills (deep-water, high pressure, jet release, prolonged, under-the-ice spills). • Unconventional oils (diluted and synthetic bitumen from oil sands formations) are particularly difficult to remediate and exhibit chemical and physical behavior, requiring better characterization of these oils. Task Overview Accomplishments Actionable science for communities EPA is responsible for assessing environmental releases of oils and fuels. What management, response an remediation actions are effective for minimizing environmental and human consequences resulting from oil spills? • Conduct oil dispersion experiments at the DFO Canada wave tank facility to evaluate the influence of hypersaline waters on plume formation. Report due to the Department of Interior in FY17.

Behavior, Fate and Effects of Oil and Spill Agents SHC ...€¦ · Title: Behavior, Fate and Effects of Oil and Spill Agents SHC Task 3.62.1 Author: US EPA, ORD, National Risk Management

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Page 1: Behavior, Fate and Effects of Oil and Spill Agents SHC ...€¦ · Title: Behavior, Fate and Effects of Oil and Spill Agents SHC Task 3.62.1 Author: US EPA, ORD, National Risk Management

SUSTAINABLE & HEALTHY COMMUNITIES RESEARCH PROGRAM

Actionable Science for Communities

Releases can potentially affect humanhealth and the environment thoughtheir impacts on water quality, orthrough direct exposure to toxicconstituents.

SHC 3.62.1 research addresses the overarching question:

Research products provide guidance forOLEM and Regions regarding spillpreparedness, response andremediation efforts

Problem Summary & Decision

ContextFuture Directions

Behavior, Fate and Effects of Oil and Spill Agents SHC Task 3.62.1Robyn Conmy, Task Lead, National Risk Management Research Lab (NRMRL)

Jim Weaver, Deputy Task Lead, NRMRL

SHC 3.62 has planned for the following deliverablesunder Task 1 in support of OLEM and the Regions:

• Continue with biodegradation and toxicity of dilutedbitumen experiments. A summary report is due to OLEMprogram office in FY17, with a manuscript in prep(Deshpande et al., 2016).

• Complete the biodegradation and metagenomic analysesof Alaskan crude oils exposed to two dispersants. Thisresearch highlights how biodegradation rates vary as afunction of microbial consortia. This has criticalimplications for understanding fate and transport of oil.Two manuscripts are in prep: Zhang et al., 2017 andSantoDomingo et al., 2017).

Deepwater Horizon Field Sensor Evaluation• A novel approach for evaluating Deepwater Horizon (DWH) oil spill field sensors was developed

using wave tank oil plume simulations. Conmy et al., 2014 is a citation within the 40 CFR §300.900-920 proposed decision-rule and was used as testimony material during the DWH trial.

Wave tank Oil Plume Simulations• ORD has completed an EPA 600 series report (Conmy et al., 2016) for Interagency Agreement

research with Dept. of Interior and the Canadian government to conduct high-pressure jetrelease simulations for various oil type, dispersant concentrations, and water temperature.

Oil Biodegradation• SHC 3.62 conducts various oil and spill agent biodegradation experiments. Recent publications

include Deshpande et al., 2017 (in prep); Zhuang et al., 2016; Campo-Moreno et al., 2013.

Spill Response Oil Mapping• Collaborative perspective journal article on DWH technologies White et al., 2016.

• This task is dedicated to research on the biodegradation, weathering, dispersion, toxicityand behavior of oil and spill agents in support of the EPA Office of Land and EmergencyManagement (OLEM) and the Regions.

• Research efforts improve the understanding of oil fate & transport; establish appropriateresponse, remediation and restoration methods; and enhance spill preparedness bydetermining potential impacts of mitigation technologies to communities and ecosystems

• Ecological and human health impacts associated with spilled oil and mitigationtechnologies (e.g. dispersants) are of concern for or impacted communities.

• Awareness by emergency responders and scientists has been heightened on thecapabilities and limitations of spill response methods in use today, particularly for atypicalspills (deep-water, high pressure, jet release, prolonged, under-the-ice spills).

• Unconventional oils (diluted and synthetic bitumen from oil sands formations) areparticularly difficult to remediate and exhibit chemical and physical behavior, requiringbetter characterization of these oils.

Task Overview

Accomplishments

Actionable science for communities

EPA is responsible forassessing environmentalreleases of oils and fuels.

What management, response anremediation actions are effectivefor minimizing environmentaland human consequencesresulting from oil spills?

• Conduct oil dispersion experimentsat the DFO Canada wave tank facilityto evaluate the influence ofhypersaline waters on plumeformation. Report due to theDepartment of Interior in FY17.