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3D printing

1. R dayhigh 29 december 2021 11:01

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   quote:

   mjmj schreef op 29 december 2021 10:00:

   het LI bericht wordt mogelijk verwijderd. Hier is een screenshot (ook van sh):
   cdn-ceo-ca.s3.amazonaws.com/1gsms2u-S...
   

   Dank mjmj . Een prachtig bewijs dat client A en B voor de torch orders VALE en RIO TINTO zijn.
   de grootste spelers in hun markt hebben dus interesse ( zoals verwacht) in de producten van pyrogenesis en testen hiermee.
   
   niet te vergeten de lopende request for quote voor 35 stuks. over tijdlijnen voor het implementeren of tekenen van contracten moeten we het maar niet hebben. daar hebben we ons al vaker op verkeken. Dit is natuurlijk eigenlijk wel groot nieuws !
2. Bob de Bouwer 59 29 december 2021 19:53

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   quote:

   mjmj schreef op 29 december 2021 10:00:

   het LI bericht wordt mogelijk verwijderd. Hier is een screenshot (ook van sh):
   cdn-ceo-ca.s3.amazonaws.com/1gsms2u-S...
   

   Projectinfo is ondertussen inderdaad verwijderd, dus dat lees ik als een bevestiging! Mooi nieuws dus.
3. nobahamas 30 december 2021 14:10

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   Gisteren was de laatste dag van " tax loss selling"
   Dus de verkoop bereidheid van aandelen Pyrogenesis zal nu een stuk minder zijn.
4. nobahamas 4 januari 2022 20:32

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   Mooie uitbraak vandaag ( Pyrogenesis)
5. Sub!et 8 januari 2022 12:31

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   A Recovering Economy Prompts an Uptick in Silicon Demand
   
   NEW YORK, Jan. 6, 2022 /PRNewswire/ -- FinancialBuzz.com News Commentary
   
   Silicon is frequently used as a semiconductor in electronics. Typically, components such as printed circuit boards, transistors, integrated circuits, and many more include silicon in their composition due to its properties that help achieve the desired conductive efficiency. Geographically, the Asia-Pacific region accounts for the largest share of this market, with China leading the way as the world's largest producer of silicon metal. Overall, the silicon metal market was valued at over 2.9 Million tons in 2020, and is market is projected to register a CAGR of 4% during the forecast period (2021-2026), according to data provided by Mordor Intelligence. MGX Minerals Inc. (CSE: XMG) (OTC: MGXMF), U.S. Silica Holdings, Inc. (NYSE: SLCA), Smart Sand, Inc. (NASDAQ: SND), HPQ Silicon Resources Inc. (TSX-V: HPQ) (OTC: HPQFF), PyroGenesis Canada Inc. (NASDAQ: PYR)
   
   The current pandemic has affected both the demand and supply of silicon all around the world. As governments implemented restrictions to slow down the spread of the viral infections, regular material supply was severely disrupted, and most silicon metal plants temporarily stopped production. However, now that the world economy has returned to near full capacity, silicon is once again needed, as the semiconductor market is in a phase of increased demand. Global semiconductor sales stood at USD 439 Billion in 2020 due to the growing demand for chips across the markets.
   
   MGX Minerals Inc. (CSE: XMG) (OTC: MGXMF) announced breaking news yesterday regarding, "a business development and distribution partnership (the "Partnership") with Dong Bang Metal Co. Ltd ("Dong Bang') of Korea for metallurgical grade silicon (3303#). The Partnership has executed a non-binding Letter of Intent (the "LOI') outlining commercial terms including grade, quantity, price, delivery and distribution plan. Under certain terms and conditions, Dong Bang will receive exclusive distribution rights for Asia, inclusive of Korea and Japan.
   
   Silicon
   
   Metallurgical testing on an one ton sample from the Company's Gibraltar Silica deposit, located 95 kilometers north-east of Cranbrook, British Columbia, has indicated that the material is chemically suitable, as medium quality feedstock, for metallurgical-grade silicon. The one ton sample of quartzite from Gibraltar was shipped to an independent lab, Dorfner Anzaplan, an independent laboratory, for mineralogical analyses through X-ray diffraction analysis, chemical analyses through X-ray fluorescence spectroscopy, grain size distribution, mineral processing analysis, automated optical sorting, and thermal stability testing. The sample was crushed and screened into fractions between 20–120 mm for evaluation of applicability of these fractions as feedstock for metallurgical-grade silicon production. Results indicate that the material, after comminution and classification fraction, is of high initial purity (99.5 wt.-%), making the fraction chemically suitable as medium quality feedstock material for metallurgical-grade silicon metal production.
   
   The demand for silicon metal continues to grow and recent supply chain bottlenecks have limited overall supply, creating an opportunity for the distribution of silicon in Asia from North America. Increased demand for solar panels, microprocessors, and silicon alloys, due to its semi-conductor and structural properties, continue to create large scale shortages for silicon. The current quoted spot price of silicon 3303# grade in China is $2,100 USD per tonne…
   
   Qualified Person
   
   Andris Kikauka (P. Geo.), CEO of MGX Minerals, has prepared, reviewed and approved the scientific and technical information in this press release. Mr. Kikauka is a non-independent Qualified Person within the meaning of NI 43-101."
   
   U.S. Silica Holdings, Inc. (NYSE: SLCA) announced on November 30th, 2021 that its Industrial and Specialty Products business will increase prices for most of its non-contracted silica sand, aplite, diatomaceous earth and clay products used primarily in glass, foundry, paints, coatings, elastomers, roofing, chemicals, recreation, building products, agricultural, pet litter and other applications. Price increases will range from 6% to 14%, depending on the product and grade, and go into effect for shipments beginning February 1, 2022. These price increases are necessary to help offset significant and continuing cost increases in energy, labor, transportation, materials and manufacturing costs.
   
   Smart Sand, Inc. (NASDAQ: SND) announced on August 2nd, 2021 that it has entered into a new multi-year Master Product Purchase Agreement with EQT Production Company, a subsidiary of EQT Corporation ("EQT"). Charles Young, Smart Sand's Chief Executive Officer, stated, "We are extremely excited to be continuing our long-term relationship with EQT, one of our oldest and most reliable business partners. This new contract demonstrates our continued commitment to provide long-term, sustainable sand supply and logistics solutions to our customers. The Appalachian Basin is a key market for Smart Sand. We continue to work to build out our logistics capabilities, including this new terminal, to offer even greater efficiency to our customers while also providing ESG benefits by reducing trucking mileage and associated carbon emissions related to sand delivery."
   
   HPQ Silicon Resources Inc. (TSX-V: HPQ) (OTCQX: HPQFF) has announced on December 21st, 2021 that it has secured, with a Quebec-based supplier, the procurement, and January 2022 delivery, of the high purity quartz material needed to operate the GEN3 PUREVAP™ Quartz Reduction Reactor ("QRR") Pilot Plant. The PUREVAP™ QRR is an innovative process, which permits the one-step transformation of quartz (SiO2) into high purity silicon metal (from 99.5% to 99.99% Si) at reduced costs, energy input, and carbon footprint. This game-changing advantage means that the PUREVAP™ QRR process not only produces a higher purity silicon material than traditional processes, but it does not require the extremely pure feedstock needed by conventional processes.
   
   PyroGenesis Canada Inc. (NASDAQ: PYR) announced on August 5th, 2021 that the Company has successfully produced Nano Silicon materials with its PUREVAP™ Nano Silicon Reactor ("NSIR") for HPQ Nano Silicon Powders Inc., a wholly owned subsidiary of HPQ Silicon Resources Inc. "Notwithstanding certain unexpected operating challenges, the results today are indeed a significant milestone as it validates our original assumptions and provides further evidence that we are on the right path," said P. Peter Pascali, CEO and Chair of PyroGenesis. "Although there may be challenges ahead, and no outcome can be guaranteed, words cannot adequality describe the excitement at PyroGenesis of potentially being able to address significant challenges facing the development of lithium-ion batteries for the EV market, and others. For example, by 2030, it is estimated that anodes may contain up to 30% silicon in automotive applications as compared to today where silicon is barely used in these applications."
6. Sub!et 16 januari 2022 10:14

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   Straffe uitspraak
   
   “ Every one of my competitors wil have to become my clients “ (15:00)
   Bernard Tourillon , ceo HPQ
   
   VIDEO - HPQ Silicon Nano Reactor Ready To Produce Samples For 3rd Party Evaluation Imminently
   
   youtu.be/ZjadNPUNA3w
7. Sub!et 16 januari 2022 10:21

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   Electrolyzer tech to produce hydrogen from seawater
   
   With a new start-up and a consortium in the Netherlands, German automotive supplier Schaeffler wants to significantly reduce the costs of green hydrogen.
   
   JANUARY 6, 2022
   “ Companies from the chemical industry, such as Canada's HPQ Silicon Resources, and rail sector businesses including Alstom have also formed consortia in a bid to be part of the race for cheap green hydrogen from seawater and wind energy. “
   
   www.pv-magazine.com/2022/01/06/electr...
   
8. Sub!et 16 januari 2022 10:30

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   $PYR blijft personeelsbestand uitbreiden :
   
   emplois.ca.indeed.com/Emplois-Pyrogen...
9. Sub!et 16 januari 2022 10:53

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   Van optimisme gesproken :
   
   HPQ NANO SILICON REACTOR UPDATE
   MONTREAL, Canada, Jan. 12, 2022
   
   For HPQ NANO, 2021 was the year of “Slow is Smooth & Smooth is Fast”. While it may have taken us longer than we had expected to get here, we are here now, ready to revolutionize nano-silicon
   
   materials manufacturing for batteries, A MARKET THAT IS READY TO EXPLODE” said Bernard
   Tourillon,
   
   President and CEO of HPQ Silicon. “While HPQ value proposition is derived from harnessing the potential of our silicon materials innovations, manufacturing and commercializing the silicon and nano Silicon materials needed to offer ESG compliant silicon materials to meet the demand of the up-and-coming renewable energy revolution, we could not be here without PyroGenesis and its technical team depth and experience.”
   
   hpqsilicon.com/wp-content/uploads/202...
10. Sub!et 16 januari 2022 11:00

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    www.globenewswire.com/news-release/20...
    
    HPQ FILES PROVISIONAL PATENT APPLICATION FOR SILICON BY- PRODUCT CREATED BY PUREVAPTM QRR AS ANODE MATERIAL FOR LITHIUM-ION BATTERIES
    PRELIMINARY BUT PROMISING RESULTS DEMONSTRATE A CAPACITY 3-4 TIMES GREATER THAN GRAPHITE FOR LITHIUM-ION BATTERIES
    Montreal, QC, Dec 29, 2020
    
    HPQ is also working with industry leader Apollon Solar of France to:
    ? Use their patented process and develop a capability to produce commercially porous silicon (Si) wafers and porous silicon (Si) powders.
    > The collaboration will allow HPQ to become the lowest cost producer of porous silicon wafers for all-solid -state batteries and porous silicon powders for Li-ion batteries.
    > Develop the hydrogen generation potential of Silicon nanopowders for use with the GennaoTM system.
    ????> Commercialize, exclusively in Canada, and non-exclusive in the U.S.A., the GennaoTM H2 system and the chemical powders required for the hydrolysis production of Hydrogen ("H2").
    
    Ter Info :
    
    Apollon Solar (Apollon)
    Apollon Solar s.a.s (AS) is a private R&D company with the legal status of a simplified joint stock company based in Lyon, France. It is part of the French private YRIEL group that has industrial activities in the chemical and energy sector. YRIEL is the majority shareholder of AS.
    AS was launched in July 2001 by a team with specialist experience of the photovoltaic industry. AS offers scientific, technical, technological and marketing solutions to substantially reduce the cost of photovoltaic solar energy for end-users. In order to take ground-breaking materials and processes through to market launch, AS establishes partnerships with industry and leading laboratories, not always directly involved in PV. AS has a proven, successful track record in collaborative R&D projects related to PV.
    AS participates in this project proposal with its proprietary, disruptive NICE (New Industrial Cell Encapsulation) technology for high efficient, high reliable PV modules. NICE has been invented by AS and further developed to an industrial level by a consortium led by AS, comprising major R&D institutes and an industrial manufacturer of automated production lines. One particular element of the NICE technology – the recyclability by decomposing the module at the end of its lifetime – will be addressed by this project proposal.
11. Sub!et 18 januari 2022 10:25

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    aluminiumtoday.com/news/pyrogenesis-a...
    
    PyroGenesis announces the launch of new zero-carbon emission hydrogen production process
    Published 14th January, 2022 by Zahra Awan
    
    PyroGenesis Canada Inc. has announced the launch of a new zero-carbon emission hydrogen production technology, which is expected to compete with conventional technologies to produce environmentally friendly hydrogen.
    
    PyroGenesis’ new hydrogen production technology is now entering a testing phase and is expected to convert methane (a GHG with a high global warming potential) to hydrogen, thereby creating a zero-carbon emission hydrogen. The conventional zero-carbon emission process, water electrolysis, is extremely expensive, requires a lot of energy and uses rare earth materials. The accumulation of GHGs in the atmosphere contributes to global warming. Under the Paris Agreement, 191 countries have committed to limit GHGs, while many territories, including the European Union, have committed to be carbon neutral by 2050.
    
    “The conventional method to produce hydrogen is called “Steam Methane Reforming”, which produces GHGs as a result”, said P. Peter pascali, CEO and Chair of PyroGenesis. “Another technology used to produce hydrogen is called “Water Electrolysis”. It has been around for many years and is considered to be a zero-carbon emission technology. The hydrogen generated from this process is generally referred to as “Green Hydrogen”, however it is recognised to (i) be relatively expensive, (ii) require a lot of energy, and (iii) use rare earth materials.
    
    PyroGenesis’ new technology is expected to combine the best of both worlds; it is expected to be cheaper than any existing hydrogen process while at the same time producing zero-carbon emission hydrogen. The hydrogen generated by this process is referred to as “Turquoise Hydrogen”.”
    
    PyroGenesis has filed an international application No. PCT/CA2021/000099 with WIPO (World Intellectual Property Organisation) entitled, “Hydrogen production from hydrocarbons by plasma pyrolysis.” This PCT application covers the Company’s process for producing hydrogen from methane and other light hydrocarbons using thermal plasma without generating GHGs.
    
    PyroGenesis’ technology boasts a theoretical electricity cost 3 times lower than that of water electrolysis to produce the same amount of hydrogen making it one of the most energy-efficient technologies to produce zero-carbon emission hydrogen.
    
    The combustion of zero-carbon emission hydrogen for heating in industrial processes and in transportation generates water vapor as a combustion by-product, instead of carbon dioxide, thus reducing GHG emissions worldwide. As a result, many industrial processes are looking to replace fossil fuels and reactants such as coal, oil, and natural gas with zero-carbon emission hydrogen.
    
    The Company does not expect that this new process would compete with its iron ore pelletisation offering where fossil fuel burners are replaced with plasma torches but, in fact, would complement these plasma torch offerings by providing a hydrogen alternative elsewhere in the manufacturing process.
    
    “Filing our U.S. provisional patent application, along with the international PCT application is an important milestone as we move forward with launching a new method for producing zero-carbon emission hydrogen through an energy-efficient and reliable plasma process”, said Mr. Pierre Carabin, Chief Technology Officer and Chief Strategist of PyroGenesis. “There is a high demand for technologies that use clean renewable electricity…We believe our new proprietary hydrogen production process will be much more energy efficient, cost-effective and scalable than other forms of hydrogen production.”
    
    
12. Sub!et 18 januari 2022 19:25

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    Quote uit “nieuwjaarsbrief” van Larry Fink van Blackrock aan Ceo’s
    
    Laurence Douglas Fink is een Amerikaanse miljardair zakenman. Hij is de voorzitter en CEO van BlackRock, een Amerikaanse multinationale investeringsmaatschappij.
    
    www.blackrock.com/corporate/investor-...
    
    “ Every company and every industry will be transformed by the transition to a net zero world. The question is, will you lead, or will you be led?
    In a few short years, we have all watched innovators reimagine the auto industry. And today, every car manufacturer is racing toward an electric future. The auto industry, however, is merely on the leading edge – every sector will be transformed by new, sustainable technology.
    Engineers and scientists are working around the clock on how to decarbonize cement, steel, and plastics; shipping, trucking, and aviation; agriculture, energy, and construction. I believe the decarbonizing of the global economy is going to create the greatest investment opportunity of our lifetime. It will also leave behind the companies that don’t adapt, regardless of what industry they are in. And just as some companies risk being left behind, so do cities and countries that don’t plan for the future. They risk losing jobs, even as other places gain them. The decarbonization of the economy will be accompanied by enormous job creation for those that engage in the necessary long-term planning.”
13. voda 19 januari 2022 09:58

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    Zurich University Uses 3D Printed Foam as Concrete Replacement
    
    Strategic Research Institute
    Published on :
    19 Jan, 2022, 5:30 am
    
    A team from the Digital Building Technologies department at ETH Zurich and renewable insulation company FenX have created a 3D-printable foam alternative to concrete. The temporary or permanent foam is made from recycled waste, and can be printed in unique shapes that are lighter and are have better insulation properties than normal concrete. A prototype is described by DBT as following the geometry of a 2m by 1.3m ribbed slab with point supports in each corner, with the foam following lines that mimic the principal stress pattern. The prototype requires 24 formwork elements in 12 unique shapes. After installation, the printed foam can be reused in similar applications or recycled.
    
    Building geometrically complex formwork for concrete elements that are optimized for resource-efficiency is often wasteful and labor intensive. FoamWork explores how foam 3D printing (F3DP) can be used to produce unique shapes for functional stay-in-place or temporary and recyclable formwork in concrete casting. The resulting mineral composite elements can save up to 70% concrete, are lighter, and feature improved insulation properties. The printable mineral foams based on recycled waste are developed at ETH Zürich in collaboration with FenX AG.
    
    A prototype demonstrates this approach with the generic geometry of a 2 x 1.3m ribbed slab with point supports in every corner. The rib layout follows the isostatic lines derived from the principal stress pattern. The resulting geometry requires 24 formwork elements in 12 unique shapes.
    
    All foam elements are fabricated with a robotic foam 3D printing (F3DP) setup. They are placed manually inside a conventional timber perimeter formwork before casting ultra-high-performance fiber-reinforced concrete (UHPFRC). After curing, the timber formwork is removed from the prototype and the structural building element is completed.
    
    This novel fabrication approach is envisioned to significantly impact the responsible and sustainable consumption of resources and energy in the building industry. It enables the manufacturing of geometrically complex foam elements that were previously unfeasible and wasteful to produce with conventional methods. The foam shapes produced with F3DP can be used as stay-in-place applications or removed and recycled for printing the next formwork.

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14. voda 21 januari 2022 08:08

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    3D Printed Real Concrete Building Completed in Oman
    
    Strategic Research Institute
    Published on :
    21 Jan, 2022, 5:30 am
    
    The German University of Technology in Oman, GUtech, on 14 December 2021, celebrated the finishing of the 3D printing of the walls of the so far largest 3D printed building in the world made with a real concrete. The house consists of 190 square meters and is typical for a social housing unit in Oman. It has 3 bedrooms, three bathrooms, a living room, kitchen, and guest reception area. The house was printed in two stages. While the materials recipe was adjusted and training of the Omani crew took place during the printing of the first part of the house, the second part of the house was done by the Omani crew on their own and it only took five days to complete.
    
    While the Middle East have seen numerous 3D printed buildings, the 190 square meter building in Oman is the first to be printed with a real concrete instead of the traditional dry mix mortars used in most other 3D printed buildings. To make the concrete 3D printable, GUtech applied the D.fab solution developed by COBOD and CEMEX in cooperation where the concrete can have particle sizes up to 10 mm and is made from locally available cement, sand, and gravel. CEMEX and COBOD launched the news about the D.fab solution last week in connection with the first 3D printed building in Angola. The D.fab solution was also used in Angola with the result that the cost of the concrete materials was less than 1,000 USD for the 52 square meter
    
    In the case of Oman, more than 99.5% of the materials used were local, with less than 0.5% coming from Europe in the form of the D.fab additives. In Oman the cost of materials for 3D printing of the walls of the 190 m2 (2.100 SF) house was less than 1,600 Euro. According to COBOD, if a printable dry mix mortar had been used the cost of the materials would be more than 20,000 Euro, and it was such significant cost reductions which COBOD and CEMEX was aiming for with their cooperation.

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15. nobahamas 26 januari 2022 15:53

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    Pyrogenesis is fiks weggezakt na het uitblijven van nieuws.
    Vandaag besloten nog maar fiks bij te kopen.
    Mijn verwachting is dat er binnen enkele weken tot maanden een grote opdracht definitief wordt.
    ( Drosrite / pelletization)
16. na de crash 26 januari 2022 16:50

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    Jep bij zulke algemeen negatieve beursdagen is het ook maar normaal dat een aandeel als PYR harder wegzakt.
    
    Ik heb geen overschot om bij te kopen jammer genoeg, maar zal zeker niet verkopen ongeacht wat er in de nabije toekomst gebeurt met het aandeel.
17. R dayhigh 27 januari 2022 17:24

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    . Deze storm gaat wel weer voorbij. Er staat een hoop in de steigers, steeds dichter bij verzilveren van contracten. Beurs reageert op rente , corona, smallcaps worden afgestraft . Extra duwtje van short. Ach zullen wel wat posities bijkomen wellicht institutioneel met dank aan de short. Eeuwenoud spelletje. No brainer. Nu kopen/bijkopen maar net zo hard op $4 koopwaardig.
18. Vocht 27 januari 2022 19:32

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    Iemand een mening over DM? je zou zeggen een koopje met deze prijzen. Alleen met extreem hoge schulden is dit niet prettig om te bezitten de komende periode.
19. mjmj 27 januari 2022 21:25

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    “We are pleased to announce today that we are now entering the acceptance test phase with Client A; a client with a need for up to 500 torches,” said Mr. P. Peter Pascali, CEO and Chair of PyroGenesis. “Once we have completed the testing, we will not only announce the outcome, but we expect to have sufficient data to provide further visibility on the expected timeline moving forward.”
    
    Vandaag grote omzet met een mogelijk "hammer" in de grafiek
20. MadMushroom 27 januari 2022 23:04

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    quote:

    Vocht schreef op 27 januari 2022 19:32:

    Iemand een mening over DM? je zou zeggen een koopje met deze prijzen. Alleen met extreem hoge schulden is dit niet prettig om te bezitten de komende periode.
    

    Ik blijf er ver van weg. Een veel te grote marketing machine met een technologie waar ik niet echt in geloof.