PPT-Infiltration at sites with potential contamination

Mike Trojan MPCA February 27 2019 Note this webinar was requested of MPCA by stakeholders We encourage you to ask questions during the webinar so that we can clarify issues as we go through the material. Renewable Energy Developers To introduce renewable energy developers to considerations unique to redevelopment of potentially contaminated sites and provide a common framework for discussions with state and local governments at the project developme Tools. Professor Mark . Kibblewhite. (. mark@mksoilscience.eu. ). INTRODUCTION. Local soil contamination. . from . historic and present misuse, disposal and spillage of . materials may . present . an . Infiltration definitions. Infiltration rate. : the volume of water flowing into the soil profile per unit of surface area per unit time. Infiltrability. : the infiltration rate resulting when water at atmospheric pressure is made freely available at the soil surface. e 2 6 5 LAND CONTAMINATION AT FOUNDRY SITES 5.1 Conceptual model of foundry site land contamination Contamination in localised areas is likely as a result of the handling and storage of raw materials Introduction. Green . Ampt. method. Ponding time . Reading: Applied Hydrology Sections 5.1 to 5.6. depth. Wetting Zone. Transmission. Zone. Transition Zone. Saturation Zone. Wetting Front. q. Infiltration. at Shale Hills CZO. Authors: Anna Schwyter, Meagan . redmon. , henry . lin. , Neil . Xu. , national science foundation, Pennsylvania state university. Overview. The purpose of this study is two-fold:. flow. (Mays p 310-321). Learning objective. Be able to calculate infiltration, cumulative infiltration and time to ponding using the Green-. Ampt. method as given in Mays Section . 7.4. The rate at which water can infiltrate is important for determining the partition between whether rainfall infiltrates or becomes runoff that flows overland to streams.. CJ Biddle CRNA, PhD, . . . Kathryn Robinson, BSN. , . Benjamin Pike, BSN. Michael . Kammerman. , AS, Beverly Gay, RN, MSN. , . Brad . Verhulst. , PhD. Virginia Commonwealt. h University Medical Center, Richmond, VA. (Mays p 310-321). Learning objective. Be able to calculate infiltration, cumulative infiltration and time to ponding using the Green-. Ampt. method as given in Mays Section . 7.4. The rate at which water can infiltrate is important for determining the partition between whether rainfall infiltrates or becomes runoff that flows overland to streams.. Presented to Caltrans and RWQCB Staff. May 10, 2013. Prepared by . Caltrans . and Office of Water Programs. . 1. Presented by Sean Penders (Caltrans). Eric Berntsen (SWRCB). Brian Currier (CSUS-OWP). . Susan Hammond. August 22, 2017. Dioxin 2017, Vancouver, Canada. Objectives of Agent Orange work in Laos. Assess . relative exposure risks at sites in Lao PDR that are potentially hazardous as a result of Agent Orange use and . Green . Ampt. method. Ponding time . Reading: Applied Hydrology Sections 5.1 to 5.6. depth. Wetting Zone. Transmission. Zone. Transition Zone. Saturation Zone. Wetting Front. q. Infiltration. General. Water entering the soil at the ground surface . It replenishes the soil moisture deficiency and the excess moves downward by force of gravity called deep seepage or percolation and builds up the ground water table . Cassandra Canela. Ariel . Payan. Overview. Overall analytical process. Basics. Differential extraction vs unknown/known extraction. How to find the information within paperwork. Issues. Contamination.