What are strategies of researching wastewater or stormwater impacts?
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Researching wastewater and stormwater impacts involves various strategies. One approach is to evaluate the performance of different stormwater treatment strategies, including structural best management practices (BMPs), low-impact development (LID) designs, and manufactured BMPs, to assess water quality and storm volume reduction . Additionally, monitoring storm sewers and implementing source control measures, such as removing illicit connections and increasing cleaning frequency, can effectively decrease pollutant emissions via storm sewer outfalls . Furthermore, studying contaminated industrial stormwater, especially from industrial sites like refineries and mines, is crucial due to its potential environmental impacts. Research has shown promising results in treating heavy-metal contaminated stormwater using innovative approaches like direct addition of reagents and filtration systems, which effectively reduce contaminant levels to below allowable discharge limits .
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| Papers (5) | Insight |
|---|---|
16 Citations | Strategies include centralized systems, recycled water, greywater treatment, rainwater harvesting, and hybrid combinations to analyze wastewater and stormwater impacts on flows and contaminants for improved system integration. |
| Research strategies for stormwater impacts involve integrated approaches focusing on toxicity, indigenous biota, habitat surveys, and contaminant analysis of sediments and runoff from affected areas, emphasizing cost-efficiency and meaningful interpretations. | |
Open access 01 Jul 2015 | Strategies include novel methods like reagent addition and filtration using alumina refinery residue to remove inorganic contaminants from industrial stormwater, as studied in the paper. |
Open access 01 Jan 2016 | Research strategies for stormwater impacts include source control (illicit connection removal, gully pot cleaning) and end of pipe measures (sediment basins, lamella settlers), with source control proving most effective. |
| Strategies include evaluating structural BMPs, LID designs, and manufactured treatments for water quality and storm volume reduction under varied mass loading conditions in parking lot runoff. |
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