Air Stripping Analysis Program

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Abstract Air Stripping Analysis Program (ASAP) provides design engineers with the capability to evaluate and design counter current packed tower, bubble, and surface air stripping processes for the removal of volatile organic compounds (VOCs) from water. ASAP Features: - Practical and Easy to Use Air Stripping Models for VOC Removal - Extensive Vendor Tower Packing Database - Design and Rating Mode Options – Henry’s Law Database and Parameter Estimation Methods - Physical and Chemical Properties Database Including Compounds From U.S. EPA’s Title III Consolidated Chemical List ASAP Applications:- Municipal Water Treatment- Municipal Wastewater Treatment - Environmental Remediation- Pollution Prevention Assessment - Educational Resource ASAP Capabilities Air stripping is widely used for removing volatile organic compounds (VOCs) from aqueous solutions. Carefully controlled pilot plant studies are usually used in the design of air stripping processes. However, these studies can be expensive and time consuming if they are not properly planned. The use of a mathematical model is a complimentary approach to laboratory and pilot plant experimentation since it can simulate the dynamic behavior of the air stripping process and can select the optimum process design. The mathematical models contained in ASAP can be used to: - Assess the Preliminary Design and Feasibility of Using Air Stripping Processes - Plan Pilot Plant Studies and Interpret Their Results - Provide Process Design when Site Specific Model Parameters are Available. Case Number: 9902.01 Status: Commercial Software Related Categories Ecosystems, Lake studies, Pollution prevention and control, Technical communication and learning systems, Water-groundwater