AENXIC.The science beneath the system.
Electrochemical processes, advanced materials and composite membrane architecture — aimed at heavy metals and microbial contamination.
01 Mechanism
Three things happen in the treatment zone
- Ionic contaminants migrateAn applied field moves heavy-metal and other ionic species toward active surfaces.
- Contaminants are retainedComposite materials hold what has migrated, so it leaves with the cartridge rather than the water.
- Microbial cells are treatedElectrochemical conditions in the same zone act on microorganisms as water passes through.
02 Intended contexts
Where it is meant to be used
A
Groundwater with metals
Sources where heavy-metal contamination is the main concern.
B
Community supply
Shared infrastructure that needs low energy use and simple servicing.
C
Remote sites
Places without reliable grid power or high-pressure pumping.
03 Terms
Reading the numbers
- Recovery
- The share of feed water delivered as product water.
- Reject
- The share of feed water discarded instead of delivered.
- Removal efficiency
- How much of a given contaminant is removed. It depends on the contaminant and source water, so one figure never covers all cases.
- Specific energy
- Electrical energy used per litre of treated water, measured under stated operating conditions.
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