Fiberglass aquaculture wastewater equipment

NegotiableUpdate on 07/04

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Fiberglass aquaculture wastewater equipment

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Livestock wastewater treatment and process I. Fiberglass reinforced plastic for pig farmingIntegrated sewage treatment equipmentThe principle of company wastewater treatment is to separate or decompose various pollutants and water contained in the wastewater, so that it deteriorates and loses its pollution characteristics. Therefore, in order to understand the overview of wastewater treatment, it is necessary to understand the forms in which pollution exists in water and their physical and chemical properties. Generally, pollution can be divided into three forms: suspension, colloid, and solubility. But strict classification is difficult, usually based on the size of pollutant particles. The suspended particles have a diameter of 1-100 μ m, the colloidal particles have a diameter of 1nm~1 μ m, and the soluble particles have a diameter of less than 1 nm. After water is supplied, countless micro batteries will be formed inside the equipment, forming an electric field in their operating space. The new ecology [H] and Fe2+generated during treatment can undergo oxidation-reduction reactions with many components in wastewater, such as colored chromophores or chromophores in colored wastewater, and even chain scission, achieving the effect of degradation and decolorization.
Green Foxtail Algae exhibits high absorption of NH4+- N in aquaculture wastewater treatment, but there is still insufficient research on its tolerance to high concentrations of NH4+- N and nutrient absorption and accumulation characteristics Therefore, this study analyzed the effects of different high concentrations of NH4+- N treatment on the characteristics and N and P nutrient absorption of green foxtail algae, in order to preliminarily explore the mechanism of green foxtail algae's N absorption and removal in aquaculture wastewater, and provide valuable information for better utilization of green foxtail algae for treatment. The aim is to provide theoretical and practical guidance for the reduction, harmlessness, and resource utilization of pollutants in green foxtail algae artificial wetlands
Large citiessewage treatmentThe daily processing capacity of the site is generally in the range of tens to millions of tons, and the location is usually relatively remote. The production, inspection, and various service positions in the site are relatively complete, self-contained, and have clear division of labor.