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| Pacific Northwest National Laboratory (PNNL) Interface |
| CH2M HILL Hanford Group Interface |
| Tri-Party Agreement Milestones |
| High-Risk Waste Site Remediation |
| Shrink the Contaminated Area |
| Reduce Natural and Artificial Recharge |
| Remediate Groundwater |
| Monitor Groundwater |
| EM-22 Technology Proposals |
| Science & Technology Documents |
| Environmental Management Science Program (EMSP) Work |
| Washington Hydrogeology Symposium 2007 |
| Characterization of Systems |
| Hanford Database Integration |
| Risk Assessments |
| Ecological Assessments |
| Groundwater Monitoring |
| Well Management |
| System Assessment Capability |
| Calendar of Events |
| Public Involvement Opportunities |
| Information Resources |
| Information Sharing |
| Topical Workshops |
| Issues Management |
| Program Documents |
| 300 Area Program Documents |
| Annual Reports |
| Documents Under Public Review |
| Articles & Fact Sheets |
| Groundwater/Vadose Zone Integration Project Documents |
618-10 and 618-11 Burial GroundsThese burial grounds contain transuranic waste and are considered high-risk sites for both their inventory and their potential to continue to contaminate groundwater. New retrieval and treatment capabilities are being investigated with the intent of accelerating retrieval to beat the 2018 Tri-Party Agreement milestone. The DOE HQ-EM-50 Office of Science & Technology is expected to provide technologies to support this goal.
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