Developing Processes For The Low-Cost Manufacturing Of High Purity Silicon Metals For Next-Generation Lithium-ion Batteries

Achieved final critical milestones, completing a successful silicon pour

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AGORACOM NEWS FLASH

Dear Agoracom Family,

I want to thank all of you for your patience with us over the past 48 hours and apologize for what was admittedly a botched launch of our new site.

As you can see, we have reverted back to the previous version of the site while we address multiple forum functionality flaws that inexplicably made their way into the launch.

To this end:

1.We have identified 8 fundamental but easily fixable flaws that will be corrected in the coming week, so that you can continue to use the forums exactly as you've been accustomed to.

2.Additionally we will also be implementing a couple of design improvements to "tighten up" the look and feel of the forums.

Sincerely,

George et al

Message: Graphene / Samsung and SI02

This video gives more details about the Samsung new graphene battery, it dates back 6 years.  At 3 min. 39 sec. the image shows that they are using SiO2 with CH4 @ 1000 oC to make SiOx and mix it with graphene to make their graphene balls.

A few months ago, I asked questions related to fumed silica in battery in this post.  At the bottom of it are links to documents related to fumed silica in battey.

In the battery initiative, Bernard is always talking about using QRR silicon and processing it to make SiOx.

Is it a coincidence that in it's 50 cycles press release, HPQ compared it's results to Samsung's INR18650-35E ?

"The graph displayed below (Figure 2, Left) showcases change in capacity results for a Samsung INR18650-35E Battery, and (Figure 2. Right) the changes in capacity during the 50-cycle testing of the 18650 batteries made using Novacium's custom-engineered silicon material blend."

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