Data and Tools
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ECM for Dicloran in Soil - MRID 51056602
ECM for Dicloran in Soil - MRID 51056602
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ECM for Flubendiamide & Degradates in Soil - MRID 46816926
Environmental Chemistry Methods for Flubendiamide & Degradates in Soil - MRID 46816926
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ECM for Azinphos-methyl & Oxon Degradate in Soil - MRID 46311403
Environmental Chemistry Methods for Azinphos-methyl & Oxon Degradate in Soil - MRID 46311403
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ECM for Cyhalofop-butyl Degradates in Soil - MRID 45000523
Environmental Chemistry Methods for Cyhalofop-butyl Degradates in Soil - MRID 45000523
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ECM for Aminopyralid in Soil - MRID 47572602
Environmental Chemistry Methods for Aminopyralid in Soil - MRID 47572602
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ECM for Acrolein & 3-hydroxypropanaldehyde in Water - MRID 41513204
Environmental Chemistry Methods for Acrolein & 3-hydroxypropanaldehyde in Water - MRID 41513204
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Compiled Acute Exposure Guideline Values (AEGLs)
Complied AEGL values
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UWSG Mapping Application Instructions
Instructions to locate your project area and create the required project area map
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Protect Your Tap Outreach Toolkits
Download Protect Your Tap Outreach Toolkits.
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Individual Modules for 3Ts
EPA's 3Ts - Training, Testing, and Taking Action - provides tools and outreach materials to schools, child care facilities, states, and water systems, to implement a voluntary testing and remediation programs to reduce lead in drinking water.
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Footnotes - Recommendations of Specifications, Standards, and Ecolabels for Federal Purchasing
This page provides footnotes to the EPA recommended standards and ecolabels for federal agencies.
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Chemical Risk Assessment for PFAS in Biosolids Webinar Archive
This EPA Tools & Resources webinar, recorded June 21st, details EPA’s chemical risk assessment for PFAS in Biosolids. EPA’s Office of Water discusses the current work related to assessing risk due to the presence of PFOA and PFOS in biosolids.
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E3 Webinar Presentations
The E3 Support Network provided webinar presentations offering information about E3-related tools and resources.
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Well Plugging
A reduced emissions completion (REC) is a practice that employs equipment to capture gas produced during well completions following hydraulic fracturing and deliver it to the sales line. Compared to traditional completions, RECs reduce methane emissions.
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Reduced Emission Well Completions and Workovers
A reduced emissions completion (REC) is a practice that employs equipment to capture gas produced during well completions following hydraulic fracturing and deliver it to the sales line. Compared to traditional completions, RECs reduce methane emissions.
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Pressurized Storage Tank
Replacing an atmospheric pressure storage tank with a pressurized storage tank can significantly reduce emissions of methane and volatile organic compounds (VOCs).
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Plunger Lift System Without Planned Atmospheric Venting
Installing a plunger lift system is an effective method for removing accumulated liquids and restoring gas pressure. Plunger lift systems without planned venting eliminate the emissions associated with well blowdowns used to remove the accumulated liquid.
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Pipeline Hot Taps
Hot tapping is a procedure used to make a new pipeline connection while the pipeline remains in service, flowing natural gas under pressure. The operator can make a new connection without having to shut down the pipeline or performing pipeline blowdown.
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Mechanical Controllers
Replacing natural gas-powered pneumatic controllers with mechanical controllers can reduce methane emissions.
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Flash Tank Separators
During the dehydration process, glycol absorbs methane, volatile organic compounds (VOCs), and hazardous air pollutants (HAPs) from the wet gas. A flash tank separator can be used in the dehydration process to remove the gas absorbed by glycol.