Small-molecule remover - RT series

PRODUCT INTRODUCTION
The small-molecule remover is mainly a product for the trace removal of small molecules such as urea in recycling water and ultrapure water systems. At present, the small-molecule remover RT161 is mainly combined with Oxi-HiDU equipment to efficiently remove small molecules in recycling water and ultrapure water. The small-molecule remover RT103 and small-molecule remover RT184 mainly have a significant effect on the removal of small molecules such as urea in ultrapure water systems, and are mainly used in the front-end process for ultrapure water preparation to ensure stable and up-to-standard effluent water TOC.

PACKAGING, STORAGE AND PROTECTION
1,000 kg/barrel, or as required by users;
Store it in a cool and dry place, with a recommended storage temperature of 10-30℃.
PRECAUTIONS
This project is a chemical agent, and is strictly prohibited to be placed in a humid and hot place exposed to sunlight and rain;
In case of any special circumstance, contact the pharmaceutical engineer in time to solve it.
METHOD OF USE
■The combined use of small molecule remover RT161 and Oxi-HiDU has a significant removal effect on small-molecule organics such as urea. When used in combination with double-membrane process, there is no need to adjust pH. The dosage can be automatically controlled and monitored according to the effluent TOC or urea concentration. When TOC is high, the dosage can be properly increased.
■The small-molecule remover RT103 is used in combination with RT184, and both of the two are used in the front-end process for ultrapure water preparation, such as raw water tank or filtered water tank. The dosage is determined according to the content of TOC or small molecules in the local tap water, and the reaction time is recommended to be greater than 1h. After reaction, a proper amount of reductant needs to be added for reduction to ensure the effluent ORP is less than 400mV.
Note: When the small-molecule remover is added for reaction, attention needs to be paid to the reaction time and reaction temperature, etc.