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Product Details:
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| Certification: | CE, RoHS, ISO9001, NSF | Model: | BW 3013-500 |
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| Salt Rejection Rate: | 96% | Capacity: | 500GPD |
| Warranty: | 3 Years | Weight: | 0.5KG |
| Working Up: | 1000TDS | Recovery: | 50%±5% |
| Function: | Water Purification Plant | Application: | Car, Outdoor, Hotel, Garage, Commercial, Household, Wa |
| High Light: | high quality ro membrane,High Flow Ro Membrane 600 Gpd,600 Ro Membrane |
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RO Water Purifier Parts High Flow 600 Gpd Reverse Osmosis RO Membrane
RO membranes play a key role in wastewater treatment units as they are used to remove salts and other pollutants effectively. RO membrane performance is affected by many different factors such as feed characteristics and operational parameters during operation. The aim of this study is to analyse the influence of feed characteristics of municipal wastewater (conductivity, oxidation reduction potential (ORP),total suspended solids (TSS), turbidity and chemical oxygen demand (COD)) and operational parameters (feed pressure, flow rate and temperature) on RO membrane performance in a municipal wastewater recovery plant using machine learning (ML) techniques. XGBoost, random forest, artificial neural networks (ANNs) and multiple linear regression (MLR) were employed to predict three RO membrane performance indicators (pressure difference across membranes, salt passage and permeate flow rate). The methods that can predict salt passage, permeate flow rate and pressure difference among membranes with the highest accuracy were found as ANNs, random forest and MLR, respectively. Considering the developed models, temperature was found to be the variable affecting all three RO performance parameters. Salt passage was found to be highly affected by feed water conductivity and feed flow rate was determined to be the most influential parameter for the permeate flow rate and pressure difference.
Product Specification
| Model | 3013-600 | |
| Performance | Stable Desalination Rate% | 96 |
| Average permeate Flow GPD | 600 | |
| Test Conditions | Test Pressure | 0.6Mpa |
| Test Temperature | 25±1ºC | |
| Test Solution(NaCl) | 250±50ppm | |
| Test solution pH | 6.5-7.5 | |
| Single Membrane Element Recovery Rate | 50±5% | |
Operating Limit:
| Maximum Operating Temperature | 113ºF(45ºC) |
| Maximum Working Pressure | 150psi(10bar) |
| Maximum Feed Flow | 2.0gpm(7.6lpm) |
| Continuously operating PH range a | 2-11 |
| Short wash PH range (30min) b | 1-13 |
| Maximum feed water SDI | SDI 5 |
| Tolerance Of Free Chlorine | <0.1ppm |
Note:1. The Max. continous operation temperature is 35ºC when PH rate over 10.
2. In certain conditions,if would cause membrane breakage if the free chlorine or the other oxidant in feedwater.The production quality guarantee range is notincluded membrane breakage by oxiadation.
Reverse Osmosis Membrane – Change the reverse osmosis membrane every 24 months. Carbon Post Filter – Change this filter every 12 months to ensure quality water.
Procedures
FAQ:
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Contact Person: Mr. Robert Wang
Tel: 0086 134 2961 7413
