NAIAD Hexa Series consists of a total of 6 modules.
Each module can be added or omitted depending on the characteristics of the wastewater.
The most appropriate process module can be configured based on water treatment test results to suit each wastewater.
No. | Water treatment functions (ID Name) |
function | Release |
---|---|---|---|
A | Main control Unit and Reservoir Tank (MCU-RT) |
Data acquisition and unmanned system coordination, influent storage | O |
B | Plasma Oxidation Unit (POU) | Removal of TOC (COD) from sewage wastewater by plasma oxidation process | O |
C | Electro-Coagulation Unit(ECU) | Removal of dissolved and suspended solids using a coagulant produced by electrolysis of metals | O |
D | Ceramic Membrane Filtration Unit (CMFU) |
Removal of suspended soilds using a high-performance ceramic membrane | O |
E | Sedimentation and Dewatering Unit (SDWU) |
Recover treated water through solid-liquid separation and dewater the settled sludge | O |
F | Activated Carbon Unit (ACU) | Removal of dissolved and suspended solids | O |
G | Coagulation-Flocculation Unit(CFU) (Drinking Water Unit 1) |
Removal of dissolved and suspended substances through coagulant input and continuous coagulation process | |
H | Sedimentation-Disinfection Unit(SDU) (Drinking Water Unit 2) |
Recover treated water through solid-liquid separation and remove pathogens through a sterilization process | |
I | Reverse Osmosis Unit(ROU) (Deionized-drinking Water Unit) |
Produce ultra-pure water and drinking water by applying reverse osmosis process to remove dissolved ions | |
J | Filtration Unit (FU) | Removal of suspended solids using sand and macro filters | |
K | Anaerobic Bioreactor Unit (ABU) | Removal of nitrogen in sewage wastewater through anaerobic denitrification process | |
L | Advanced Oxidation Process Unit (AOPU) |
Removal of dissolved organic pollutants using Advanced oxidation process |