An environmental safe battery

An environmental safe battery.

For example you can generate an electric current with salt water (an electrolyte) and copper and zinc or alluminium, also called a salt water battery.
But this battery isn't strong enough.

So a good environmental safe battery would need a much more powerfull environmental safe electrolyte.


Update:
A specialised voltaic pile with a special electrolyte might give progression.

Maybe a glowing fluid, liquid.
 Non toxic fluorecent. And maybe with an added electrolyte which in combination is not a problem.
 Extra update: Quinine(present in tonic water) an electrolyte and sunlight or concentrated UV light from a UV light bar.

Update 2:
An electrolyte is a liquid or gel which contains ions and can be decomposed by electrolysis

A list of electrolytes:
 Sodium, calcium, potassium, chlorine, phosphate, magnesium and bicarbonate.

Extra update: A list of metals that can together generate electricity with an electrolyte and tests how good they work.

Update 3:
Tests and measurements with the amount of water and the amounts of electrolyte

Combining two, three or more electrolytes.


Step 2: a reloadable environmental safe battery.


Extra update, special update:
Sea water electrolyte power plant.
First: Tests to see if a bigger container with salt and water and bigger plates, pipes, plates or poles of for example copper and zinc do generate more current.
Tests to see what the best metals are to use.
 Extra: The sea water also constantly moves, this might have a possitive effect.




By JK in 2016