Membrane Cleaning
Selecting an effective solution
Our Genesys Reverse osmosis chemicals are manufactured solely in UK facilities and these are special chemicals added upstream of a reverse osmosis membrane system. Genesys reverse osmosis chemicals are designed to prevent or slow-down mineral scale formation on the membrane surface. For this reason, the right antiscalant is critical for the consistent operation of a reverse osmosis system.
Mineral scale is formed when the dissolved minerals in water are allowed to concentrate to beyond their saturation limit, where they will start to come out of the solution. Similar to water spots on a window, the water sprayed on the window appears clear but there are dissolved minerals in each drop. As that water evaporates the dissolved minerals stay behind and show themselves as a hard water spot.
- Genesol 34 – Alkaline chelant, surfactant – Organics, biofouling, sulphate & silica
- Genesol 36 – Anionic surfactant – Organics & biofouling
- Genesol 38 – Mild acid dispersant – Metal & inorganic scales
- Genesol 40 — Alkaline detergent, surfactant – Biofouling, organics and clay removal
- Genesol 50 – Alkaline chelant – Inorganic and organic deposits
- Genesol 61 – Neutral pH cleaner – Inorganic and organic deposits
- Genesol 701 – Acidic powder, detergent, chelant, surfactant, effervescent – Metal & inorganic scales
- Genesol 703 – Alkaline Powder, detergent, chelant, surfactant, – Clay & biofouling, organics
- Genesol 704 – Alkaline powder, detergent, chelant, surfactant, effervescent, microbubble technology
Genesys
| Product | Description | Activity | Data sheets |
|---|---|---|---|
| New genesol uf 2 | Acidic pH, Osmotic cleaner for U.F. Systems | Acid soluble scales and Iron |  |
| New genesol uf 12 | High pH, effervescent, Osmotic Cleaner for U.F. systems | Biofouling, Proteins, Alumino-Silicates, Organics | |
New genesol uf fe |
Oxalic acid based cleaner for U.F. systems | Iron and Manganese fouling | |
| New genesol 721 | Low foaming, osmotic effect, powder acid cleaner | Acid soluble scales and Iron | |
| New Genesol 80 | On line and off line cleaner targeting biofilm | Disrupts & inhibits biofilm development | |
| New genesol uf7 | Neutral pH cleaner for Ultra Filtration systems | Organic and inorganic foulant removal | |
| Genesol 34 | Alkaline chelant, non-ionic surfactant | Organics, biofilm, sulphate and silica | |
| Genesol 36 | Anionic surfactant adjunct | Organics and biofilm | |
| Genesol 37 | Strong nitric/phosphoric acid | Mineral scale | |
| Genesol 38 | Organic acid, non-ionic dispersant | Iron and inorganic scale | |
| Genesol 40 | Alkaline detergent, surfactant, sequesterant | Biofilm and organics | |
| Genesol 50 | Alkaline chelant adjunct | Inorganic and organic foulants | |
| Genesol 703 | Powdered alkaline detergent, surfactant, sequesterant | Alumino-silicate (clay) and biofilm | |
| Genesol 704 | High pH detergent, ionic strength builder & bubble generation | Biofilm, organic fouling & aluminosilicates | |
| Genesol 734 | Powdered alkaline cleaner, ionic strength & microbubble generation, non-hazardous for transport | Biofilm, organics & clays | |
| Genesol 764 | Powdered alkaline cleaner with microbubble generation, EDTA free & non-hazardous for transport | Biofilm, organics & clays | |
Happy Clients Say
The process of Packaged STP is depending of characteristic of sewage however we are describing the typical process of Package STP in follows:
F.A.Q
The process of Packaged STP is depending of characteristic of sewage however
Successful membrane cleaning relies on both the effectiveness of the cleaning compounds, their professional application, and the design and operation of the cleaning equipment. For the best results, RO membrane cleaning should be performed with both high and low-pH cleaning chemicals.
RO membrane cleaning should be performed with high and low-pH CIP chemicals. High pH cleaning should always be performed first to penetrate and disperse biological or organic foulants.
High pH cleaning is a common procedure used to clean RO elements that have been fouled by dissolved organic material or biological growth.
