In this industry, only Styrene based ion exchange have gained foothold. Different processes in which Tulsion® resins are used in nuclear industry are
- Influent water treatment
- Cooling water treatment
- Treatment of cooling agent for primary circuits
- Condensate treatment
- Effluent treatment
Tulsion® Resins are prudently tailor-made to suit the requirements of this demanding industry as there are stringent quality norms for resins in terms of their chloride, hydroxide and metal ion contents.
| Tulsion® | FEATURES |
|---|---|
| T- 46: | Resin having minimum of 99% of its exchange sites in H+.Li+ form. With high bead strength and low metallic impurity. |
| A- 30: | Resin having a minimum 90% sites in OH- form and less than 3% sites in Cl-form |
| A-33: | Resin having a minimum 92% sites in OH- form and less than 3% sites in Cl-form, having high breaking strength and low metallic impuritie |
| MB-104: | Intimate mixture of strong acid T-46 Li+ and A-33 OH- containing one equivalent of Li+ per equivalent of OH- |
| MB - 106: | Intimate mixture of strong acid T-46 H+ and A-33 OH- containing one equivalent of H+ per equivalent of OH- Used for ultra purification of water. |
| Packaging |
|---|
| The material is packed in colour coded bags of 25 lits which are further packed in MS drums for handling ease. (6 colour coded bags/MS drum). |