Silikon nanopulver fra RECSI/G14 til hydrogenproduksjon?

Slettet bruker
RECSI 17.02.2021 kl 08:39 2813

Denne teknologien kan det være verdt å følge med på framover...G14-RECSI-(Aker clean hydrogen?)

HYDROLYSIS HYDROGEN PRODUCTION: APOLLON SOLAR'S GENNAO H2TM SYSTEM

Apollon Solar is also active in hydrogen based clean renewable energy. Over the years, they have developed an expertise in hydrogen production by hydrolysis, getting porous silicon nano powders to react with water "H2O" and therewith releasing significant quantities of hydrogen "H2".

Drawing on this unique expertise, Apollon was approached by the French government to develop a compact and portable hydrogen-based electricity generation system that must be reliable and efficient enough to charge military personnel batteries on missions. This work led to the creation of the Gennao H2TM a self-contained system that integrates a fuel cell. The system operation is simple; a chemical powder is introduced, and as the powder reacts with water, hydrogen is generated by hydrolysis and converted into electricity by the integrated fuel cell, thus allowing the system to charge several batteries at once.

The operational capabilities of the system having reached the validation phase of the French military program, Apollon Solar is now ready to start the commercialization of a civilian version of its GennaoTM H2 system.

COLLABORATION WITH HPQ SILICON TO CREATE MORE EFFICIENT AND ECONOMICAL HYDROGEN

With Apollon Solar's Hydrogen business having entered the commercial phase, HPQ took advantage of the 5th renewal to include it in the scope of the agreement.

Even though using porous silicon nanopowders would double the amount of hydrogen released by the system, the high costs of making porous silicon nanopowders required Apollon to use a less efficient, but more economical and environmentally friendly chemical powder to launch its GennaoTM H2 system.

With a goal of increasing the efficiency of the system, HPQ and Apollon will explore the technical and commercial potential of creating a new generation of more efficient, economical and environmentally friendly powders for the GennaoTM system using either:

Silicon nanopowders made by HPQ's PUREVAPTM Nano Silicon Reactor to increase the H2 generation potential of the GennaoTM H2 system by 40% (based on the mass capacity production of H2 of 14% of Silicon Nanopowders);
a. By December 2020, HPQ-NANO plans to send Apollon the first samples of silicon nanopowders manufactured by PUREVAPTM NSiR for H2 generation testing;

Porous silicon nanopowders manufactured with the transformation of Silicon produced by HPQ's PUREVAPTM QRR process in Apollon's patented process, to increase the H2 generation potential of the GennaoTM H2 system by 100% (based on the mass capacity production of H2 of 20% of Silicon Nanopowders);
Also included in the agreement is the right for HPQ to commercialize, exclusively in Canada, and non-exclusive in the U.S.A., the GennaoTM H2 system, as well as, also distribute and sell the powders required for the hydrolysis production of Hydrogen ("H2").

Apollon will support HPQ North American marketing of the GennaoTM H2 system and the powder bags. By November 2020, Apollon will make available to HPQ a GennaoTM H2 system and the bags of powder needed for demonstration to potential buyers.

During the term of this fifth renewal, Apollon and HPQ will work to finalize a long-term commercial agreement that will grant HPQ (or one of its subsidiaries) a Canadian exclusivity for the sale of GennaoTM H2 system and associated powders bags, and the exclusivity for all customers located in the United States to whom HPQ is marketing GennaoTM H2 system.

Finally, the parties have agreed that during the renewal period, or until the date of the signing of a long-term commercial agreement, that HPQ will have Canadian exclusivity on the distribution, sale, marketing and representation of GennaoTM H2 system and associated powders, and that it will be able to distribute, sell, market and represent GennaoTM H2 system and associated powders with customers in the United States.

About Silicon

Silicon (Si), also known as silicon metal, is one of today’s strategic materials needed to fulfil the Renewable Energy Revolution (“RER”) and the decarbonization of the economy presently under way. Silicon does not exist in its pure state; it must be extracted from quartz (SiO2), in what has historically been a capital and energy intensive process.

https://www.globenewswire.com/news-release/2020/09/17/2095420/0/en/HPQ-and-Apollon-Solar-Extend-Agreement-to-Work-on-Porous-Silicon-for-Batteries-and-Expand-Collaboration-to-Include-Hydrogen-Production.html
stockwalker
17.02.2021 kl 09:32 2360

meget interessant
..Apollon Solar er også aktiv innen hydrogenbasert ren fornybar energi. Gjennom årene har de utviklet en ekspertise innen hydrogenproduksjon ved hydrolyse, og får porøse silisium-nanopulver til å reagere med vann "H2O" og frigjør derved betydelige mengder hydrogen "H2"...

Apollon burde samarbeide med RECSI for mengde og kvalitet på Si pulveret.. men det opprettede Gennao H2TM, et selvstendig system som integrerer en brenselcelle, er/blir vel konkurrent til G14.. om ikke Aker Aker tar storeslem og sluker alt..
Slettet bruker
17.02.2021 kl 09:48 2226

Ja, men som vi har sett på anodesiden til batterier, kommer de andre etter med tilsvarende patenter. Det samme ser jeg for meg her også. Og i forhold til nanosilikon som produkt så sa vel CEO til Apollon Solar at han egentlig ikke ser på RECSI som konkurrent pga. potensiell enorm etterspørsel til produktene, og at Apollon opererer innenfor nisjesegmenter der deres måte å lage nanosilikonmateriale passer best inn i typen "low cost/low volume" - produksjonsbehov.
Redigert 17.02.2021 kl 13:21 Du må logge inn for å svare
Slettet bruker
17.02.2021 kl 20:16 1833

Er det flere som kan se en kobling mellom Aker Clean Hydrogen som skal presenteres på fredag og REC?

"The size distribution of the porous silicon nanopowder also affects the
generation rate values of produced hydrogen. For example, the smaller the nanoparticle sizes are,
the more intense the oxidation reaction and, consequently, the higher the hydrogen generation rates
are. Finally, hydrogen release below 0 ◦C is one of the significant advantages of such a technological
way of hydrogen generation in comparison with numerous other developed technologies reported
earlier. The reported experimental results confirm a huge technological potential of the hydrogen
generation based on the splitting of Si–H bonds of porous silicon nanopowders and water molecules
during the oxidation reaction"
Kvike11
17.02.2021 kl 21:16 1364

Mange gode ideer, men RECSI skal først have styr på deres nye fabrik, inden de skal rodes ind i andre fabrikkers produktion.
Det ville være hovedløs at lave en fusion, lad nu RECSI tjene penge til os aktionærer vi er mange der er long og gerne vi se et afkast.
Vi skal ikke udvandes af Akes opkøb af en del af anden produktion.
RECSI vil sikkert gerne sælge råvarer til alle , men ingen udvanding af aktierne,
RECSI skal til at starte fabrik op og tjene penge til aktionærer og evt. give udbytte i løbet af et par år.
Husk på Aker ejer kun 25 % og har samme stemmer som alle andre, de ejer ikke RECSI