DEW Driven Cali Fires; Microwaves Can Turn Wood into Methane and H2 Gas

I might have discovered the mechanism of how these fires spread so quickly. What got me thinking about this was one person's testimony about how the Camp Fire wasn't spread via burning embers. He talked about how his wood pile literally burst into flames with flames 20 feet tall within seconds. That is not natural, you need some kind of accelerant. People have talked about the aluminum from chem trails, and yes, aluminum can burn, but it's mainly an excellent conductor.

Spray everything with aluminum chemtrails, make sure it's good and dry with a Santa Ana wind (HAARP that weather), then microwave the wood with DEW to turn it into a blast furnace with methane and hydrogen gas, released from the wood by beamed microwaves. As long as they run the microwave beams just in front of the flames, it'll be a monster fire that "no one has seen the likes of before".

There is a bit of scientific literature of treating wood with microwaves I found (less than 50%):

The use of microwave (MW) technology is growing in all industries. This increased use has resulted from the high efficiency of converting electricity into MW energy; energy savings associated with rapid, in-depth heating of materials; specific interactions that can be achieved between MW energy and materials; radical acceleration of technological processes; reductions in MW equipment costs; and improvements in the reliability of industrial MW equipment. The new technology of MW wood modification is based on the supply of high-intensity MW power, up to 135,000 kW/m3 at frequencies of 0.922 and 2.45 GHz. Such power induces significant changes to the microstructure of wood and a dramatic increase in wood permeability.

[link to www.researchgate.net (secure)]

Another citation here (link follows):

By using microwave pyrolysis, almost half of lignocellulosic biomass can be converted into gas product, which is mainly composed of H2, CH4, CO, and CO2, with more bioenergy because of its high H2 and CO yields. The addition of proper catalysts provides substantial influence on the product selectivity of microwave pyrolysis. The gas and liquid yields as well as the heating performance of microwave pyrolysis can be dramatically promoted by adding catalysts.

[link to www.sciencedirect.com (secure)]

Last Edited by Crypto-Tard on 11/25/2018 01:14 AM