Liquid hydrocarbons from Methane hydrate piezo mineral tumbler

This is a cool temperature, generatorless physical piezoelectric methane hydrate piezoelectric peening tumbler. Everytime the piezoceramic blobs sparkle against each other from the rotation they transform some of the CH4 or possibly CH4 H20 atmosphere at the peening tumbler with their over 1KV electrical sparks. Published material (link) notes the transformation of CH4 to other hydrocarbons at 1 Kilovolts to 100 Kilovolts, so current piezeoelectric ceramics are just adequate. Oceanic Methane hydrates are described as being 5 to 7 times more plentiful than coal.

Methane hydrates at the ocean suggest the possibility that the large amounts of natural mechanical motion of water could be used to provide mechanical effects to create piezoelectricity. If it actually works it is an ocean onsite cool reactor that produces higher value hydrocarbons from the earths most plentiful hydrocarbon.

Dielectric disintegration of CH4 creates a variety of hydrocarbons. One reference (link) notes that 4/10th of these are C5 hydrocarbons are higher. The thing though is producing higher hydrocarbons from CH4 very cheaply. One big research opportunity is that there are no easily found studies on dielectric disintegration of the actual methane clathrate crystal, describing its various reaction products. Also although an electric arc through anything causes chemical reactions, producing the electricity is only partially efficient, although a cogen like apparatus where process warmth that has value could cofunctionalize the electricity that transforms the methane hydrate. Thus the onsite cool piezo reactor that produces higher value hydrocarbons from the earths most plentiful hydrocarbon might be better.

Now its likely that current state of the art or better mineral grinders with piezoelectric surfaces as well as possibly witricity would have higher efficiency, its just pretty comprehrensible to have a mineral tumbler with piezo blobs at ch4s gas producing something thats rather like butane to hexane, with gunk), at least from (link) Also I read that during the 20th century about 4/5 the value of liquid natural gas (LNG) was from the transport as well as distribution. even just converting ch4 to a hydrocarbon that is liquid at waterice temperature would make these fuels three or four times cheaper than LNG.

I saw some graph that said that oceanic methane hydrates are like 5 or 7 times more plentiful than all of earths coal as well as oil reserves, thus creating new ways to convert CH4 to more highly valued things like liquid fuels or even just longer hydrocarbons is of value. (Technically, possibly quadrillions of US$14 trillion/yr, half a century of growing use, over a quadrillion US$) so if any of you have methane hydrate ideas, yum yum!