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re: Spec Play - HGRAF
Posted on 4/2/26 at 9:24 pm to David_DJS
Posted on 4/2/26 at 9:24 pm to David_DJS
Probably but she signed on when not many others with experience would take a chance so she gets some slack for now.
Really time for her to grow up quickly and start being a ceo. 90% of ceo responsibility is seeing into the future and avoiding risk and investing in right areas
Really time for her to grow up quickly and start being a ceo. 90% of ceo responsibility is seeing into the future and avoiding risk and investing in right areas
0
Posted on 4/5/26 at 5:23 pm to supermiller
This will probably be the method of supplying the acetylene feed if the production site is in Bellville and the supplier is Western International Gas. No pipeline!
LINK
LINK
Posted on 4/5/26 at 6:23 pm to supermiller
Posted on 4/5/26 at 6:33 pm to supermiller
No long messing around with a pipeline. Just getting started with the Hyperion's.
Posted on 4/5/26 at 9:09 pm to supermiller
Western has been delivering trailer mounted acetylene systems for manufacturers from the Bellville site for years. It's on their website with pictures. That's not new.
Posted on 4/6/26 at 4:41 am to Swazla
CHAT GPT on acetylene pipelines.
Yes—it is technically possible to build a pipeline for acetylene, but in practice it is rare, heavily restricted, and often avoided because acetylene is unusually unstable compared to most industrial gases.
Here’s the reality:
Why acetylene pipelines are difficult
Acetylene (C2H2) has some hazardous properties:
It can decompose explosively without oxygen (unlike most fuels).
It becomes unstable at relatively low pressures (above ~2 bar / 30 psi).
It is sensitive to shock, heat, and certain metals (like copper or silver in high concentrations).
Because of this, long-distance pipelines—like those used for natural gas—are generally not considered safe or economical.
Where pipelines are used
Short-distance acetylene piping systems do exist, but only under strict conditions:
Inside industrial plants (e.g., chemical facilities, welding shops)
Very low pressure
With special materials (steel, no copper alloys)
Equipped with:
Flashback arrestors
Flame traps
Pressure regulators
Continuous monitoring systems
These are typically on-site distribution systems, not cross-city pipelines.
How acetylene is usually transported instead
Instead of pipelines, acetylene is almost always handled via:
Dissolved acetylene cylinders (stored in acetone inside porous material)
On-site generation systems (calcium carbide + water)
These methods are far safer because they prevent high-pressure free acetylene gas.
Bottom line
? Possible: Yes, but only for short, controlled, low-pressure systems
?? Long-distance pipelines: Generally avoided due to explosion risk
Yes—it is technically possible to build a pipeline for acetylene, but in practice it is rare, heavily restricted, and often avoided because acetylene is unusually unstable compared to most industrial gases.
Here’s the reality:
Why acetylene pipelines are difficult
Acetylene (C2H2) has some hazardous properties:
It can decompose explosively without oxygen (unlike most fuels).
It becomes unstable at relatively low pressures (above ~2 bar / 30 psi).
It is sensitive to shock, heat, and certain metals (like copper or silver in high concentrations).
Because of this, long-distance pipelines—like those used for natural gas—are generally not considered safe or economical.
Where pipelines are used
Short-distance acetylene piping systems do exist, but only under strict conditions:
Inside industrial plants (e.g., chemical facilities, welding shops)
Very low pressure
With special materials (steel, no copper alloys)
Equipped with:
Flashback arrestors
Flame traps
Pressure regulators
Continuous monitoring systems
These are typically on-site distribution systems, not cross-city pipelines.
How acetylene is usually transported instead
Instead of pipelines, acetylene is almost always handled via:
Dissolved acetylene cylinders (stored in acetone inside porous material)
On-site generation systems (calcium carbide + water)
These methods are far safer because they prevent high-pressure free acetylene gas.
Bottom line
? Possible: Yes, but only for short, controlled, low-pressure systems
?? Long-distance pipelines: Generally avoided due to explosion risk
Posted on 4/6/26 at 8:22 am to supermiller
if i recall correctly, BK said she wanted a pipeline because cylinders usually have some contamination that is not present with a pipeline.
Posted on 4/6/26 at 9:43 am to Guntoter1
From Reddit so TIFWIW but I think they are saying pipeline was approved Friday…pretty big news if true
“They're likely in and have been in for a while. They got their final passed inspection almost a month ago and have had their CO for a while. The piping permit for the acetylene storage and Hyperion units on site was approved Friday. I don't know what the PR is going to look like for the HQ; there may not be much to announce until the redomicile is done. But they haven't filed for that yet, so who knows.”
“They're likely in and have been in for a while. They got their final passed inspection almost a month ago and have had their CO for a while. The piping permit for the acetylene storage and Hyperion units on site was approved Friday. I don't know what the PR is going to look like for the HQ; there may not be much to announce until the redomicile is done. But they haven't filed for that yet, so who knows.”
Posted on 4/6/26 at 1:49 pm to masoncj
They are trying to steal my money!!
Posted on 4/6/26 at 2:36 pm to StonewallJack
So why isn’t the stop jumping?
Posted on 4/6/26 at 3:17 pm to dallastiger55
dam pump n dump probably
Posted on 4/6/26 at 3:32 pm to supermiller
So it is a big red flag that management was touting a pipeline into the Bellville facility when it seemed ridiculous to pipeline it next door. I was either unprepared, sloppy or misleading on purpose.
Many years ago, during the dot com revolution I was told by a wise man: "Assume technical success. The test is can the management deliver on the promise of the technology".
I fear we are there,
Many years ago, during the dot com revolution I was told by a wise man: "Assume technical success. The test is can the management deliver on the promise of the technology".
I fear we are there,
Posted on 4/6/26 at 4:37 pm to Swazla
I don't think "someone tuted a pipeline into Bellville". I propose they are talking about, on site storage tanks with pipelines feeding the Hyperion's.
The approval the reddit's are talking about is for the three Hyperion's on the Kansas site.
In Bellville right next to Western International Gas I think they will have a similar system. I am quite happy that they ar not trying to pump acetylene through the country in a pipeline and that's supposed to be positive.
I'm a believer in hydrograph and think they are doing their job well.
These are all hypothesis.
The approval the reddit's are talking about is for the three Hyperion's on the Kansas site.
In Bellville right next to Western International Gas I think they will have a similar system. I am quite happy that they ar not trying to pump acetylene through the country in a pipeline and that's supposed to be positive.
I'm a believer in hydrograph and think they are doing their job well.
These are all hypothesis.
This post was edited on 4/6/26 at 5:47 pm
Posted on 4/6/26 at 4:40 pm to Swazla
I don't think "someone touted a pipeline into Bellville". I propose they are talking about, on site storage tanks with pipelines feeding the Hyperion's.
The approval the reddit's are talking about is for the three Hyperion's on the Kansas site.
In Bellville right next to Western International Gas I think they will have a similar system. I am quite happy that they ar not trying to pump acetylene through the country in a pipeline and that's supposed to be positive.
I'm a believer in hydrograph and think they are doing their job well.
These are all hypothesis.
The approval the reddit's are talking about is for the three Hyperion's on the Kansas site.
In Bellville right next to Western International Gas I think they will have a similar system. I am quite happy that they ar not trying to pump acetylene through the country in a pipeline and that's supposed to be positive.
I'm a believer in hydrograph and think they are doing their job well.
These are all hypothesis.
This post was edited on 4/6/26 at 5:45 pm
Posted on 4/6/26 at 5:47 pm to supermiller
quote:
The approval the reddit's are talking about is for the three Hyperion's on the Canadian site.
FWIW, I asked Copilot the following question:
Has the hyperion Hdrograph Clean Power Inc has been using to produce its synthetic graphene been moved to another location or is it still in Manhattan, Kansas; and where are the two additional hyperions that are being built to be located?
Here's Copilot's response:
"Here’s the clear, up-to-date answer:
HydroGraph’s original commercial Hyperion reactor is still in Manhattan, Kansas, and the company has not announced any relocation of that existing unit. The two new Hyperion reactors now under construction will be commissioned first in Manhattan, Kansas, and then relocated to HydroGraph’s new U.S. facilities in Austin, Texas, which are currently being built.
Where the Existing Hyperion Reactor Is Located
? Still in Manhattan, Kansas
All available reporting confirms that HydroGraph’s original commercial Hyperion reactor—used to produce its FGA-1 fractal graphene—remains at the company’s 13,000-sq-ft manufacturing facility in Manhattan, Kansas.
There is no indication in any 2025–2026 disclosures that this reactor has been moved.
Where the Two New Hyperion Reactors Are Going
HydroGraph began construction of two additional Hyperion reactors in early 2026. Here’s the confirmed sequence:
1?? Initial Commissioning Location
Manhattan, Kansas
Both new reactors will be commissioned and tested at the Manhattan facility before being moved.
2?? Final Operating Location
Austin, Texas (new U.S. facilities under construction)
After commissioning, both reactors will be relocated to Austin, where HydroGraph is building a new production site.
Where the Two New Hyperion Reactors Are Going
HydroGraph began construction of two additional Hyperion reactors in early 2026. Here’s the confirmed sequence:
1?? Initial Commissioning Location
Manhattan, Kansas
Both new reactors will be commissioned and tested at the Manhattan facility before being moved.
2?? Final Operating Location
Austin, Texas (new U.S. facilities under construction)
After commissioning, both reactors will be relocated to Austin, where HydroGraph is building a new production site."
Posted on 4/6/26 at 6:00 pm to Longer Tail Tiger
Sorry again. I ment the Reddit approval was for the Kansas site.
I'll better go to bed now.
I'll better go to bed now.
Posted on 4/6/26 at 8:12 pm to supermiller
FWIW, I posed this question to Google Gemini:
Is it correct that Hydrograph Clean Power Inc. has stated its intent is to locate a production facility in or near Houston and secure an agreement with an acetylene supplier to supply acetylene via a pipeline to Hydrograph's production facility?
Here's the reply I received:
"Yes, that is correct. HydroGraph Clean Power Inc. has publicly detailed a strategic plan to establish a large-scale production facility in Texas, specifically targeting the Houston area (or "South Texas") due to its proximity to critical industrial infrastructure.
The core of this strategy involves securing a direct acetylene pipeline connection, which is essential for scaling their proprietary "Hyperion" detonation process.
Key Details of the Expansion Plan
Location Strategy: While the company recently established a headquarters and initial production hub in Austin, TX (expected to be operational in Spring 2026), its "second facility" for massive scale-up is planned for the Houston/South Texas region.
The Acetylene Pipeline: HydroGraph has confirmed it is in the process of securing a final agreement for a site adjacent to an acetylene pipeline access point. This move is designed to:
Lower Costs: Reduce the expense of transporting raw materials.
Increase Volume: Provide a continuous, high-purity supply of feedstock (acetylene) to support larger-scale production.
Enable Rapid Scaling: Allow the facility to scale from 5 reactors to over 15 units as customer demand grows.
Production Targets: The planned 70,000-square-foot facility is intended to be operational by the end of 2026, with an ultimate production capacity exceeding 350 tons of graphene annually.
Strategic Context
This expansion addresses the company’s primary manufacturing bottleneck: access to high-volume acetylene. By moving from batch-fed systems (used at their Manhattan, KS and initial Austin sites) to a pipeline-fed model in Houston, HydroGraph aims to transition from pilot-scale production to full industrial-scale manufacturing."
Is it correct that Hydrograph Clean Power Inc. has stated its intent is to locate a production facility in or near Houston and secure an agreement with an acetylene supplier to supply acetylene via a pipeline to Hydrograph's production facility?
Here's the reply I received:
"Yes, that is correct. HydroGraph Clean Power Inc. has publicly detailed a strategic plan to establish a large-scale production facility in Texas, specifically targeting the Houston area (or "South Texas") due to its proximity to critical industrial infrastructure.
The core of this strategy involves securing a direct acetylene pipeline connection, which is essential for scaling their proprietary "Hyperion" detonation process.
Key Details of the Expansion Plan
Location Strategy: While the company recently established a headquarters and initial production hub in Austin, TX (expected to be operational in Spring 2026), its "second facility" for massive scale-up is planned for the Houston/South Texas region.
The Acetylene Pipeline: HydroGraph has confirmed it is in the process of securing a final agreement for a site adjacent to an acetylene pipeline access point. This move is designed to:
Lower Costs: Reduce the expense of transporting raw materials.
Increase Volume: Provide a continuous, high-purity supply of feedstock (acetylene) to support larger-scale production.
Enable Rapid Scaling: Allow the facility to scale from 5 reactors to over 15 units as customer demand grows.
Production Targets: The planned 70,000-square-foot facility is intended to be operational by the end of 2026, with an ultimate production capacity exceeding 350 tons of graphene annually.
Strategic Context
This expansion addresses the company’s primary manufacturing bottleneck: access to high-volume acetylene. By moving from batch-fed systems (used at their Manhattan, KS and initial Austin sites) to a pipeline-fed model in Houston, HydroGraph aims to transition from pilot-scale production to full industrial-scale manufacturing."
Posted on 4/6/26 at 8:12 pm to supermiller
(no message)
This post was edited on 4/6/26 at 10:14 pm
Posted on 4/6/26 at 8:13 pm to supermiller
FWIW, I asked Google Gemini this question:
Has Hydrograph Clean Power Inc. stated when or a time frame for receiving its initial commercial purchase order for its synthetic graphene?
Here's the reply:
"HydroGraph Clean Power Inc. has officially moved into the commercial sales phase as of February 24, 2026, following the receipt of critical regulatory approvals.
While the company has previously received smaller purchase orders for research and technical collaborations (such as from a global automotive customer in late 2024 and a synthetic fiber manufacturer in early 2025), the timeline for initial high-volume commercial purchase orders is tied to the following recent milestones:
Current Status and Timeline
Regulatory Clearance (February 2026): On February 24, 2026, HydroGraph announced it received US EPA, UK REACH, and EU REACH regulatory clearances. These are the mandatory legal "green lights" required to begin commercial-scale sales of their Fractal Graphene in the United States and Europe.
Commercial Goal for 2026: In the most recent CEO letters and investor documents, the company stated that its primary strategic plan for 2026 is to secure its first major supply contracts.
Production Scaling: To meet the anticipated demand from these orders, the company commenced construction on two additional Hyperion reactors in January 2026 and expects its new Texas production facility to increase capacity to over 350 tons during the 2026–2027 period.
Key Market Verticals
The company has indicated it is currently engaged with over 60 potential customers, with the "initial" major commercial orders expected to come from these specific sectors:
Lubricants and Coatings: Recently qualified partners like Hubron International and Broadway Colours are preparing "masterbatches" for industrial use.
Composites and Plastics: Testing has shown a 20% reduction in PET material for plastic bottles and significant strength improvements in cement.
Energy Storage: Active collaborations for supercapacitor and battery materials.
In summary, while HydroGraph has not announced the "signing" of a specific multi-ton purchase order yet, the regulatory barrier was removed in February 2026, and management has signaled that securing these contracts is the central objective for the remainder of this year."
Has Hydrograph Clean Power Inc. stated when or a time frame for receiving its initial commercial purchase order for its synthetic graphene?
Here's the reply:
"HydroGraph Clean Power Inc. has officially moved into the commercial sales phase as of February 24, 2026, following the receipt of critical regulatory approvals.
While the company has previously received smaller purchase orders for research and technical collaborations (such as from a global automotive customer in late 2024 and a synthetic fiber manufacturer in early 2025), the timeline for initial high-volume commercial purchase orders is tied to the following recent milestones:
Current Status and Timeline
Regulatory Clearance (February 2026): On February 24, 2026, HydroGraph announced it received US EPA, UK REACH, and EU REACH regulatory clearances. These are the mandatory legal "green lights" required to begin commercial-scale sales of their Fractal Graphene in the United States and Europe.
Commercial Goal for 2026: In the most recent CEO letters and investor documents, the company stated that its primary strategic plan for 2026 is to secure its first major supply contracts.
Production Scaling: To meet the anticipated demand from these orders, the company commenced construction on two additional Hyperion reactors in January 2026 and expects its new Texas production facility to increase capacity to over 350 tons during the 2026–2027 period.
Key Market Verticals
The company has indicated it is currently engaged with over 60 potential customers, with the "initial" major commercial orders expected to come from these specific sectors:
Lubricants and Coatings: Recently qualified partners like Hubron International and Broadway Colours are preparing "masterbatches" for industrial use.
Composites and Plastics: Testing has shown a 20% reduction in PET material for plastic bottles and significant strength improvements in cement.
Energy Storage: Active collaborations for supercapacitor and battery materials.
In summary, while HydroGraph has not announced the "signing" of a specific multi-ton purchase order yet, the regulatory barrier was removed in February 2026, and management has signaled that securing these contracts is the central objective for the remainder of this year."
This post was edited on 4/6/26 at 10:04 pm
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