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Pyrogenesis Canada Inc T.PYR

Alternate Symbol(s):  PYRGF

PyroGenesis Canada Inc. is a Canada-based high-tech company. The Company is engaged in the design, development, manufacture and commercialization of advanced plasma processes and sustainable solutions which reduce greenhouse gases. It offers patented and advanced plasma technologies that are used in four markets: iron ore palletization, aluminum, waste management, and additive manufacturing. Its products and services include Plasma Atomized Metal Powders, Aluminum and Zinc Dross Recovery, waste management, plasma torches, and Innovation/Custom Process Development. It also operates PUREVAP NSiR, which is a proprietary process that can use different purities of silicon as feedstock to make a range of spherical silicon nano- and micro-powders and wires, for use across various applications. Its products and services are commercialized to customers operating in a range of industries, including the defense, metallurgical, mining, advanced materials, oil & gas, and environmental industries.


TSX:PYR - Post by User

Comment by BCONTVentureson Oct 26, 2024 4:58pm
71 Views
Post# 36283593

RE:RE:RE:Great video!

RE:RE:RE:Great video!And with the recent 20 MW ($27 million) torch order, it is from the same client who ordered the 4.5 MW ($4.1 million) torch from last summer.  A great repeat customer here, speaks volumes to the credibility that PyroGenesis has.

BCONTVentures wrote: And very impressive PyroGenesis' torch development during the past couple of years:

In 2020 PYR was offering a 900 kW torch, 2022 a 2.5 MW torch, 2023 a 4.5 MW torch, and now a 20 MW torch (with the same client from the 4.5 MW torch). 

(Note that this past spring when PyroGenesis attended TMS 2024 in Florida, PYR was offering torches up to 5MW in power).

Keep in mind PYR has some of the most plasma expertise under one roof and it is very impressive that PYR has been able to go from 900 KW to 20 MW in a couple of years.

BCONTVentures wrote: Interesting that in the video it references the client as a major aeronautics and defense contractor with a particular expertise in jet propulsion (this is mentioned around the 1:15 minute mark).

https://www.youtube.com/watch?v=t6plkucvZ1A

And from @ordos:

@ordos From another discussion site. The client could be https://www.cubrc.org/

@ordos It would make sense, since they are involved in hypersonic flight testing on the ground. This most likely includes hypersonic weapon development, e.g. requires materials that can withstand the extreme temperature and ionization (e.g. plasma) that happens in hypersonic flight.

Very impressive CUBRC:

https://www.cubrc.org/aerosciences/

The CUBRC Aerosciences team executes hypersonic ground testing, hypersonic flight testing support, cutting-edge computational modeling and analysis, and unique capability development.

CUBRC provides the US Government and its contractors with critical test results and analysis for the defense of the nation, space exploration, and the advancement of the understanding and modeling of fundamental hypersonic flow physics.

 

We develop, operate and maintain a family of supersonic and hypersonic ground test facilities, diagnostics and instrumentation, and computational tools and models that has been designated by the US Government as critical test infrastructure.

 

This designation is due to the unique capabilities of CUBRC’s ground test facilities that serve the government and its contractors to perform testing of large to full-scale flight systems at flight matching altitude and velocity conditions in clean air freestreams. This includes the matching of Mach number, Reynolds number and velocity (pressure, temperature and density) to conditions of interest that vehicles will experience in the sky during flight, as well as employing full-scale replicated flight geometries.

 

In order to provide results that can be used directly to compare to computational predictions and engineering tools, the Aerosciences team employs well-characterized, state-of-the-art sensors and diagnostics in everyday testing and will actively develop new sensors and diagnostics as the computational capabilities of the nation evolve.


@ordos Grok answer on this:

Yes, CUBRC does engage in testing that involves hypersonic projectiles, and part of their testing methodology includes the use of plasma torches among other techniques for simulating the extreme conditions these projectiles experience during hypersonic flight. Here's how they utilize such technology:

Plasma Torch Testing: Plasma torches are used in testing facilities to replicate the high enthalpy (total energy content) environments encountered by hypersonic vehicles. This includes testing thermal protection systems (TPS) and materials that need to withstand extremely high temperatures. The use of plasma torches, like inductively coupled plasma (ICP) torches, allows for the creation of a high-temperature gas flow that can simulate the aerodynamic heating experienced during hypersonic flight. This is crucial for validating the performance and durability of materials used in hypersonic projectiles or vehicles.

Purpose of Testing: The primary goal of using such high-heat testing methods is to analyze how materials and components behave under conditions similar to those of actual hypersonic flight, which includes not just the high speeds but also the interaction with the atmosphere that leads to significant heating due to air compression and friction.

CUBRC's Capabilities: CUBRC's Aerosciences division operates facilities capable of performing these tests. They have ground test facilities where they can simulate flight conditions, including the use of technologies like plasma torches, to test full-scale or large-scale components of flight vehicles. This is part of their broader capability in hypersonic testing, which includes computational modeling, ground testing, and support for flight testing.








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