B.F-electrolyze.R     Targeted geometry for electrode & bath.

[1] A biofouling cleaning step for the water inlet filter has been developed using the physical agents available in the system scope. A good analysis is half the solution.

[2] A particular electrode and bath configuration should reduce the 'retention times' of adhering micro-bubbles (= efficiency gain). The principle is a know but maybe forgotten law of nature.

[3] With 'Brine-barrie.R' I redefine the ion salt problem differently and explore: a) a-polair interfaces, b) a modified bath configuration bringing in directional, field-/gradient-driven laws of nature.

An initial (robust) version of this module may also rely on prototype membranes (bipolar, multilayer impermeability, or vapor intrusion) and special catalysts or electrode coatings.
Given that a WEC can harvest sufficient energy, low-pressure reverse osmosis becomes a viable option. This mechanism can be coupled with pressure build-up for gas storage.

Development under NDA: For a pilot design of essential parts and trial I count on 1 years after PoC.