https://www.enviro.wiki/api.php?action=feedcontributions&feedformat=atom&user=RobbinsK 2026-04-15T13:43:24Z User contributions MediaWiki 1.31.1 https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=10 2015-08-21T14:03:33Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> ER Wiki Outline – DRAFT<br /> <br /> (Lead Authors shown in parentheses)<br /> <br /> <br /> 1. Introductory page<br /> <br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=9 2015-08-21T14:03:13Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> ER Wiki Outline – DRAFT<br /> (Lead Authors shown in parentheses)<br /> <br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=8 2015-08-21T14:02:44Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> &#039;&#039;&#039;ER Wiki Outline – DRAFT&quot;&quot;<br /> <br /> &quot;&quot;(Lead Authors shown in parentheses)&#039;&#039;&quot;<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=7 2015-08-21T14:02:23Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> &#039;&#039;&#039;ER Wiki Outline – DRAFT&quot;<br /> <br /> &quot;(Lead Authors shown in parentheses)&#039;&#039;&#039;<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=6 2015-08-21T14:02:09Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> &#039;&#039;&#039;ER Wiki Outline – DRAFT<br /> <br /> (Lead Authors shown in parentheses)&#039;&#039;&#039;<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=5 2015-08-21T14:01:53Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> ER Wiki Outline – DRAFT<br /> <br /> (Lead Authors shown in parentheses)<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=4 2015-08-21T14:01:36Z

<p>RobbinsK: /* ER Wiki Outline – DRAFT */</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> ER Wiki Outline – DRAFT<br /> (Lead Authors shown in parentheses)<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK https://www.enviro.wiki/index.php?title=Talk:Main_Page&diff=3 2015-08-21T14:01:07Z

<p>RobbinsK: /* Environmental Restoration Wiki DRAFT Outline */ new section</p> <hr /> <div>== Environmental Restoration Wiki DRAFT Outline ==<br /> <br /> <br /> == ER Wiki Outline – DRAFT ==<br /> (Lead Authors shown in parentheses)<br /> <br /> 1. Introductory page<br /> 2. Common groundwater contaminants <br /> a. Hydrocarbons and Chlorinated solvents (Bilgen Yuncu)<br /> b. Explosives and propellants (Paul Hatzinger)<br /> c. Metals and radionuclides (Miles Denham)<br /> d. Emerging contaminants <br /> i. 1,4-dioxane (Shaily Mahendra) <br /> ii. NDMA (Paul Hatzinger)<br /> iii. Perfluorinated organics (Jennifer Field)<br /> 3. Fluid Flow and Transport<br /> a. Advection, dispersion, and diffusion (Chuck Newell)<br /> b. Sorption (Richelle Allen-King)<br /> c. NAPL migration (Kurt Pennell)<br /> 4. Characterization<br /> a. Direct push (Wes McCall and Tom Christy) <br /> b. Geophysics (Lee Slater)<br /> c. MBTs (Dora Ogles)<br /> d. Stable isotopes (Paul Hatzinger)<br /> 5. Degradation processes<br /> a. Abiotic (oxidative, reductive, hydrolysis) (Paul Tratnyek)<br /> b. Biotic: aerobic (John Wilson), cometabolic (Paul Hatzinger) and reductive (David Freedman)<br /> 6. In Situ Remediation Technologies<br /> a. Air sparging and SVE (Rob Hinchee)<br /> b. Surfactants and cosolvents (Kurt Pennell)<br /> c. ISCO (Michelle Crimi)<br /> d. ISCR (Paul Tratnyek)<br /> e. Biostimulation and bioaugmentation<br /> i. Aerobic (John Wilson)<br /> ii. Cometabolic (Paul Hatzinger)<br /> iii. Anaerobic bioremediation (Dave Major)<br /> f. In situ thermal (Paul Johnson)<br /> g. Monitored natural attenuation (John Wilson)<br /> h. Range treatment (Kevin Finneran)<br /> i. Amendment Delivery Technologies<br /> i. Hydraulic and Pneumatic Fracturing<br /> ii. Jetting<br /> iii. Electro Kinetics (Dave Reynolds)<br /> j. In Situ Combustion – Smoldering (Jason Gerhard)<br /> 7. Performance evaluation<br /> a. Source zone modeling (Ron Falta)<br /> b. Plume response modeling (Ron Falta)<br /> c. Mass flux and mass discharge (Brian Looney)<br /> d. Long-term monitoring (Dave Adamson)<br /> 8. Soil vapor intrusion (Tom McHugh)</div>

RobbinsK