Abstract: Two types of structured media were evaluated for air stripping of volatile organic compounds. Both media proved effective in removing trichloroethylene, cis‐1,2 dichloroethene, chloroform and bromoform under a wide range ...

Abstract: Three natural waters containing substantial levels of dissolved organic carbon were studied to assess the removal of aquatic organic matter and humic substances by coagulation and adsorption. As a general trend, alum ...

Abstract: "A nanofiltration module is studied to determine its ability to remove dissolved organic matter (DOM) from two water sources: An effluent-impacted ground water and a low-turbidity surface water. Both feed and product waters ...

Abstract: Algogenic organic matter (AOM) was extracted from each of two algae (

Abstract: A finite-difference model was developed to more closely examine the observation that polycyclic aromatic hydrocarbon (PAH) transfer to and from low-organic-carbon aquifer sediment and aqueous natural organic matter (NOM) ...

Abstract: The effects of selected initial conditions and operating parameters on the direct filtration process are evaluated by using a synthetic water/benchscale apparatus. An orthogonal design of the controlled experimental ...

Abstract: The performance of several types of water treatment plants in removing various molecular weight (MW) fractions of naturally occurring aquatic organic matter and humic substances is described. An assessment was made of the ...

Abstract: Simple budget models and correlations have been useful in providing order-of-magnitude estimates of eutrophication variables and toxic organic chemicals in lakes and reservoirs. A similar approach is used here to develop ...

Abstract: An understanding of bromate formation mechanisms is critical for minimization and control of bromate formation during ozonation. Bromate formation observed in different natural source waters in the presence of a hydroxyl ...