Miljövänlig , Låg Kostnad, Mindre Känd Vatten Teknik för Framtiden (Sammanfattning på Svenska) / Environmentally Friendly, Low Cost, Less Well Known Water Technology for The Future

• General Electrolysis Introduction 7(for section 16-18)
• Another example: Even same pH & name types of electrolyzed water has
different quality as indicated below based on production chamber types(std
typical models only, there are exceptions)
Cham
ber
divi
sion
none
Processed
water type
Electrolyte is
dissolved in
water: NaCl,
KCl(more
expensive) etc,
2 same as above
3 Often purewater
use. Only
dissolved ion
comes into final
product
How it works
Acid-Alkaline water
mixture. Or only/mainly
cathode functions by low
voltage use
Ion passing membrane
dividing into 2 rooms with
each has electrode
operating
Cathode+membrane, &
Anode+mambrane work
as divider. Electrolyte
chamber in between
Effect
Stability &
Lastability
Less stable,
& shorter
effect due
to
electrolyte
presence
same as
above
Stable &
longer
lasting
Rust effect
on metal
with NaCl
use
Rust prone
water with
salt
same as
above
Much less
rust prone
water, no
salt or
chlorine,
Direct
pH
control
no
no
some
yes
Chance of
non useful
byproducts
Small
amount of
Cl2/NaCl,
Small
amount of
Cl2/
Trihalome
thane/NaCl
Much less
or none of
above
Power
use &
run cost
low
high
low
Intend
ed
effect
Weak
er
than 3
chamb
er
Weak
er
than 3
chamb
er
Strong
er
than
above
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