It does, absolutely. There are hundreds of very high energy and...

It does, absolutely.

There are hundreds of very high energy and high emission processes that will be disrupted worldwide if Hazer can indeed produce hydrogen and graphite more economically that other methods.

Take the natural gas market, most is combusted to produce energy in one form or another which emits CO2 and when combusted only 10-60% of the energy is actually harnessed. The same methane converted to hydrogen and graphite creates near zero emissions and can be up to 85% efficient. Hazer can disrupt the natural gas 'energy' market.

The steel industry is one of the heaviest polluting industries in existence, they use vast amounts of energy (often generated from natural gas or coal) to purify iron ore. Various carbon forms are added during the steel making process to increase the carbon content and reduce the oxides and purify the melt. One of the favourite carbon additions is synthetic graphite due to the low sulphur content however it is not normally used due to the high price. Around the world companies and countries are working on lowering the pollution caused during steel making with the most promising method looking like hydrogen reduction of ore. So we then have steel maker with natural gas at the gate needing cheap hydrogen and graphite. We can disrupt that.

There are literally hundreds of industries that can be transformed by cheap green hydrogen and graphite, concrete, steel, transport, fertiliser, methanol, electricity. Hazer in a few months will have a plant that proves their process is scalable, at this time the cost estimates should also be further refined allowing Hazer to release a statement about just how disruptive this is on a global scale.

If we can produce hydrogen at under $14/kg (petrol equivalent$ we compete as a transportation fuel, disrupting a trillion dollar industry.

Produce hydrogen on an industrial scale for under $2/kg and we will disrupt the energy and chemical industry.

My figures suggest that on a large scale the process will produce hydrogen for under $1/kg

http://www.asbury.com/ppt/CarbonsForSteelmaking.ppt

https://www.iea.org/media/workshops/2013/hydrogenroadmap/Session1.3BiratETSEPSteelHydrogen.pdf