Відео

And thanks Tom for your introduction. Hope it all goes well for you and Hazer.

Hi. I'm a significant shareholder in Hazer and am familiar with your your published company literature. I'd like to hear a more detailed assessment by yourselves of other hydrogen pyrolysis technologies that are nearing commercial readiness and the relative advantages AND disadvantages of the Hazer Process. In short is there any tec out there tht you see as possible long-term competition in the turquoise hydrogen/graphite space. Thanks

Hi. I'm a significant shareholder in Hazer and am familiar with your your published company literature. I'd like to hear a more detailed assessment by yourselves of other hydrogen pyrolysis technologies that are nearing commercial readiness and the relative advantages AND disadvantages of the Hazer Process. In short is there any tec out there tht you see as possible long-term competition in the turquoise hydrogen/graphite space. Thanks

Who will buy these products?

Thank you. It was a great presentation with significant details about the near term growth in this magnificent Australian company.

Brilliant!

There is a US startup called Molten Industries. They claim to have an efficient pyrolysis tec to produce H and battery grade graphite. They appear to be well funded and are rapidly scaling up. Does this represent a commercial threat to Hazer? Thoughts please.

good

Congratulations to the HZR team. Well done all

Brilliant news and thanks for well put together update!

Here is a late question: You say that the Hazer process is carbon neutral if using natural gas (all carbon is captured in the form of graphite). What about emissions associated with the energy needed to drive the process. Thanks.

Thank you for the presentation. Would be also interesting to get more insight what is after product of the catalyst. Targeted materials are clear, interesting is what is seen as waste after the production.

Guys just a quick question about making money off the graphite. If other companies will be using this technology and you'll be licensing it, obviously they will be producing the graphite by-product. Who's property is this graphite? How do we envisage it being sold and which parties profit from the sale of the graphite? I'm thinking the companies that have integrated this tech into their business will want a cut of the graphite profits? Are we exploring Graphene applications in chip manufacturing? IBM published in Nature Communications back in 2014 a microchip made with graphene they used to build a working radio. It uses lower power than silicon, making it attractive for wearable devices.

HZR 🎅 card 💕 Bring It! Been Holding a long time!

A lot longer than a year support ❤ Bravo Zulu team Hazer

Thank u Hazer!!🎉

What a pity this exclusive describes hazer as greener than green when it is turquoise 😂

Brilliant idea, convert methane into hydrogen, and then convert hydrogen into the more useful methane, I must be missing something.

Super super excited about this! Thanks doe the update guys. Ill definitely be buying up a load of shares soon! Been following you since you appeared in new scientist about 6 years ago!

More hard-hitting science from idiot middle-class media people. "No carbon hydrogen" is the explanation. Really, hydrogen has no carbon? WOW! There is no thinking here, just accepting what you've been told, then telling the stupid public. Graphite produced will become lithium batteries! Get in school, media.

Please what is the cost per kg of your hydrogen at $2.5/mmbtu of natural gas

Great to see the publicity!

Nice intro to the future pathways available. Very small reference to the waste water sources (our CDP being just the first). This is genuine green hydrogen, in fact beyond green and could be applied to many large cities worldwide. Plus the recovery of methane from municipal waste dumps. Add in wood and food process waste as well.

THanks for uploading this. Been following you guys since i read about the technology in New Scientist a few years ago. Really really exciting.

Graphite production sounds very promising

0:13 How about some updated information.

The road to success is never easy when you're trailblazing.

Iron ORE is an Oxide. Oxygen reacts with Carbon giving CO2. Oxygen reacts with Hydrogen giving H2O! The process is not a CO2-free! The ORE is not a catalyst as it is converted to the metallic Iron. One should add a new “catalyst “. By definition the catalyst does not change and not needs to be continuously added. The ORE is a REACTANT!!!

The Hazer process only produces so called Grey-Hydrogen. It still needs natural gas as its feedstock. --- What we really need, is that Green-Hydrogen. That process is PtG/PtL/PtX = Power-to-Gas(H2, Hydrogen) / Power-to Liquid (eFuels) made from Electricity & CO2, plus extra Carbons. By 2030++ H2 is needed for carbon-free heavy/steel industry, eFuels are needed for carbon-free long range aviation (f.e. Airbus & Boeing)

The Hazer process only produces so called Grey-Hydrogen. It still needs natural gas as its feedstock. --- What we really need, is that Green-Hydrogen. That process is PtG/PtL/PtX = Power-to-Gas(H2, Hydrogen) / Power-to Liquid (eFuels) made from Electricity & CO2, plus extra Carbons. By 2030++ H2 is needed for carbon-free heavy/steel industry, eFuels are needed for carbon-free long range aviation (f.e. Airbus & Boeing)

How are things going hazer?

wait....Hazor process producing any CO2? or is carbon converted into graphite 100%? is this producing green Hydrogen or blue?

how many tonnes of Graphite does Hazer look to make in their future roadmap.

Thanks. Such a simple process anyone can build one for under $500. Coal + cH4 + h20 = Hydrogen + graphite + $$$$$$.

More pipe dreams to dupe unsuspecting investors

Nice.... Although it's funny that if they were really that concerned with co2. Why are they trying to re-use the graphite. That will only ensure that the carbon is released back into the atmosphere eventually. I like this process. However lets be honest that this isn't really about co2. Its about making money in the energy markets. Which is a great idea.

Yes, but what are the by-products, and at what percentage?

Sounds like an AirJet

Cool Animation from 3:10, didn't know how this tech worked, but now I have a understanding. So this is a Methane and Iron Ore Mixture, based in Western Australia, which can create 2 export products, Hydrogen and Graphite.. .New Age commodities with low C02 emissions Attached. :-) :-)

Csan the graphite from the hazer process be used in production of graphene sheets?

Just do it ASAP

Cannot for the life of me figure why every body inst all over this, massive blue sky potential.