High retention rate
The pollutant retention rate is high and the effluent water quality is stable.
The solution is based on the core technology of positive osmosis and natural osmotic pressure difference drive. It abandons the traditional membrane process of high-pressure forced filtration. Under normal temperature and near-normal pressure conditions, it can achieve efficient solid-liquid separation and concentration reduction of leachate. The system does not require high-pressure drive and can effectively intercept humic acid, colloids, large-molecule organic substances, heavy metals and various salts in the leachate. It can prevent problems such as organic matter hardening and scaling and irreversible contamination of membrane elements from the root. It has extremely strong water quality shock resistance and is perfectly suitable for complex working conditions such as mixed flow of new and old leachate and large fluctuations in water quality and quantity.
Performance parameters
| Inflow COD | Concentration: 500 - 60000 mg/L (suitable for both new and old, and for all types of incineration leachate) |
| Inflow salt content (Total Dissolved Solids) | 5000~80000 mg/L |
| Running water temperature | 15 to 40 degrees Celsius, the optimal operating condition is 25 to 35 degrees Celsius. |
| Salt retention rate | ≥99.0% |
| Stable membrane flux operation | 7~20 LMH |
| Operating mode | Constant temperature and pressure-free permeation drive, without high pressure, no phase change, and no high-temperature heating |
| Continuous operation capability | 24-hour uninterrupted continuous operation, with strong resistance to water quality and water volume fluctuations |
| Automated configuration | PLC fully automatic control, online water quality monitoring, automatic cleaning, and fault remote alarm transmission |

The pollutant retention rate is high and the effluent water quality is stable.
The membrane has a long service life and low consumable costs.
Operating at normal temperature and without pressure, the energy consumption has been significantly reduced.
Superior anti-pollution performance, suitable for harsh leachate water quality.