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3D printing

1. watch-dog 15 juni 2022 00:17

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   Denk aan spreiding.
   Desktop Metal / 3D Systems
2. nobahamas 18 juni 2022 22:00

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   Desktop Metal is niets meer dan een gehypede illusie, met een andere naam waren ze al failliet.
3. mjmj 19 juni 2022 11:00

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   @ Noba: hoe kijk jij tegen de technologie aan van PYR om PFAS te vernietigen? Ik lees op sh veel verhalen over verontreinigd water in de US waar PFAS in zit en dat PYR mogelijk zou kunnen zuiveren. Ik heb geen idee hoe dat werkt. Weet jij dat?
4. Sub!et 19 juni 2022 20:03

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   PyroGenesis Selected to Provide $9.2 Million Land-Based System to Destroy PFAS; An Emerging Hazardous Waste Stream
   
   First Non-Military Land-Based Contract
   
   October 28, 2021
   "PyroGenesis was recently informed that, after a competitive bidding process, it had been selected to provide its plasma based thermal process equipment in a two-phase project geared to providing a land-based system to destroy PFAS. The first phase is to provide pilot testing. The second phase is geared to a full fabrication, furbishing and commissioning of a fully commercial land-based system. The time to completion is, from the signing of the contract, approximately 6 months for the pilot system with the timeframe for the full system to be determined based on Phase 1. Work will not begin until a definitive agreement is signed by both parties. PyroGenesis is currently pursuing two additional opportunities within the same State in the USA."
   
   Ik zie hier een verband met onderstaande :
   
   Interstate Technology and Regulatory Council
   Innovative solutions for a sustainable environment
   12 Treatment Technologies .
   
   The PFAS Team developed a Treatment Technologies training module video with content related to this section.
   
   Treatment technologies for PFAS in environmental media are still evolving and it is prudent to use caution in implementing long-term remedies. Selection of remedial actions should prioritize protection of drinking water sources and human health, with consideration of other objectives (such as reducing risk to ecological receptors and environmental resources, liability, source area mass, mass flux, generation of PFAAs from precursors). At some sites, it might be reasonable to take short-term site stabilization actions with the intent of applying more robust and cost-effective technologies as these are developed.
   
   The treatment technologies described in this section are organized by degree of development and implementation, as well as current confidence in the technology based on peer-reviewed literature and the professional judgment of the authors. The levels are field-implemented technologies, limited application technologies, and developing technologies.
   
   In het bijzonder sectie 12.4 Incineration
   
   pfas-1.itrcweb.org/12-treatment-techn...
   
   Zoals vaak bij PYR gaat dit om R&D. Er staat duidelijk in de tekst dat er nog weinig geweten is over het effect bij verbranding. Zie hier gelijkenis met Boson Energy in Europa
   
   Het bericht van oktober moet tevens nog een vervolg krijgen :
   
   "Work will not begin until a definitive agreement is signed by both parties. PyroGenesis is currently pursuing two additional opportunities within the same State in the USA."
   
   Dus weer veel misleidend geroep waarbij de indruk wordt gewekt dat het vel reeds verkocht wordt voor de beer is geschoten. Shorters zullen hier weer wel bij varen.
   
5. nobahamas 20 juni 2022 21:13

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   quote:

   mjmj schreef op 19 juni 2022 11:00:

   @ Noba: hoe kijk jij tegen de technologie aan van PYR om PFAS te vernietigen? Ik lees op sh veel verhalen over verontreinigd water in de US waar PFAS in zit en dat PYR mogelijk zou kunnen zuiveren. Ik heb geen idee hoe dat werkt. Weet jij dat?
   

   mijn idee is dat Pyrogenesis de technologie heeft om het geïsoleerde pfas middels pyrolyse te ontleden tot minder giftige stoffen.
   Het scheiden van bijvoorbeeld water en pfas is een volledig ander verhaal, en ik denk niet dat Pyrogenesis deze kennis in huis heeft
6. watch-dog 20 juni 2022 22:16

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   quote:

   nobahamas schreef op 18 juni 2022 22:00:

   Desktop Metal is niets meer dan een gehypede illusie, met een andere naam waren ze al failliet.
   

   Ze nemen al wat op hun pad komt over, akkoord ze moeten herstructureren maar ze gaan de juiste kant op.
   
   www.desktopmetal.com/about-us
7. voda 23 juni 2022 07:56

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   Equinor Inks LoI with 3D Print Start Up Korall Engineering
   
   Strategic Research Institute
   Published on :
   23 Jun, 2022, 6:30 am
   
   Leading European oil & gas producer Equinor has signed a Letter of Intent with the 3D print start up Korall Engineering based in Bergen in Norway. This is a result of this year’s Equinor & Techstars Energy Accelerator programme. Equinor believes the solution proposed by Korall Engineering is needed in the changes the industry is facing, where 3D print and digital inventories are important elements in transforming the supply chain into digital supply network.
   
   Equinor Ventures has also awarded two Accelerator Prizes to the start-ups Sol Clarity from USA and to Powertrust from Canada. The companies will receive USD 50 000 each.
   
   3D printing is a production technique where three-dimensional objects are built up layer by layer. A digital inventory reduces the need for physical inventory, saving time and money. Norway’s Korall Engineering automates product design and optimize parts for 3D printing using artificial intelligence to improve functionality, reduce lead-time, material waste and production cost.
   
   Sol Clarity USA has developed a technology that can keep Solar panels clean autonomously without water, abrasion, moving parts, or manual labor.
   
   SurplusMap Norway geospatial analytics to find ideal sites where it is possible to take advantage of renewable energy infrastructure. Helps decision-makers in the green transition.
   
   Bioledger UK is a software solution company that tracks biofuels from point of origin through a mobile app and database. Bioledger gathers all entities in the supply chain together to give an immutable record of all transfers in the lifecycle of a biofuel.
   
   Powertrust Canada helps global corporations maximize the impact of their renewable procurement through renewable energy investments.
   
   SeaDeep USA is an underwater vision, ocean sensing company. Aims at high-resolution, high-quality ocean data to improve research, development and financial practices.
   
   ComputerWell Norway is a software application for surveillance and optimization of ongoing and historic drilling operations for the purpose of optimization and decision support.
   
   ElectricFish USA’s distributed energy storage for charging of electric vehicles, and grid-scale energy backup. Building a network of storage devices that can also charge cars during normal hours but store energy for outages.

   Bijlage:
8. mjmj 26 juni 2022 21:21

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   fintel.io/so/us/pyr/ark-etf-trust
9. haas 3 juli 2022 20:28

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   PERSONEELSTEKORT
   De robot als redder? Zo zou een strategie tegen werkloosheid eruit kunnen zien
   Als de staat en bedrijven nu niets doen aan het personeelstekort, dreigt Duitsland met blijvende stagnatie.
   Het goede nieuws: er is een uitweg.
   
   Frank Specht doet vanuit Berlijn verslag van de arbeidsmarkt en vakbonden voor het Handelsblatt. Frank Specht
   07/01/2022 - 04:00 uur 21 keer gedeeld
   Robots om personeelstekorten tegen te gaan Bron: Thomas Kuhlenbeck
   De robot als redder
   Met automatisering zou hetzelfde werk door minder mensen kunnen worden gedaan.
   
   (Foto: Thomas Kuhlenbeck)
   Of het nu een luchthaven, ziekenhuis of restaurant is - het gebrek aan personeel vertraagt ??de groei en maakt het leven vermoeiend. Welnu, elk tweede bedrijf ziet het tekort aan geschoolde arbeidskrachten als een bedrijfsrisico. Er zijn drie manieren om dit tegen te gaan: meer werk, meer immigratie en meer automatisering.
   Het arbeidstekort dreigt half Duitsland lam te leggen .
   Automatisering biedt een uitweg die vaak wordt onderschat - veel oplossingen hoeven pas eindelijk te worden gebruikt.
   Het Handelsblatt presenteert voorbeelden uit zes sectoren.
   De industrie heeft ook zelf schuld aan het nijpende
   
   www.handelsblatt.com/politik/deutschl...
10. Sub!et 4 juli 2022 21:55

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    July 4, 2022
    On June 30, 2022 — HPQ Silicon held its Annual General Meeting (AGM) of Shareholders in person at the Sofitel Hotel in Montreal, Quebec.
    
    hpqsilicon.com/video/agm-2022/
11. Sub!et 4 juli 2022 21:57

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    July 4, 2022
    MONTREAL, Canada, June 04th, 2022 — HPQ Silicon Resources Inc. (“HPQ” or the “Company”) (TSX-V: HPQ) (FWB: UGE) (OTCQX :HPQFF), an innovative silicon solutions and technology development company, is pleased to announce the voting results from its annual meeting of shareholders held on June 30, 2022.
    
    hpqsilicon.com/press-release/voting-r...
12. mjmj 5 juli 2022 13:41

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    PyroGenesis Confirms Delivery of Plasma Torch to One of the World’s Largest Producers of Iron Ore for Use in Induration Furnace
    
    Latest milestone reached towards first-ever implementation of plasma torches in key upstream steelmaking process.
    
    MONTREAL, July 05, 2022 (GLOBE NEWSWIRE) -- PyroGenesis Canada Inc. (http://pyrogenesis.com) (TSX: PYR) (NASDAQ: PYR) (FRA: 8PY), a high-tech company (hereinafter referred to as the “Company” or “PyroGenesis”), that designs, develops, manufactures and commercializes advanced plasma processes and sustainable solutions which are geared to reduce greenhouse gases (GHG), is pleased to announce today that, further to its press release dated February 8, 2022, it has completed the delivery of its 1-MW plasma torch to Client A (the “Client”), for use in the company’s iron ore pelletization system, a key upstream part of the steelmaking process. With all contracted components related to the Company’s plasma torch system now on site, next steps can proceed at the discretion of the client.
    
    “This on-schedule delivery signals the push into the final leg of this journey,” said Mr. P. Peter Pascali, CEO and Chair of PyroGenesis. “Since we announced our participation in the international consortium studying the use of plasma in iron ore pelletization for the first time, the response to the possibilities presented by our plasma torches, and the subsequent scale at which several of the world’s largest iron ore producers and steelmakers have been willing to investigate such a major change to their process in partnership with PyroGenesis, has been remarkable.”
    
    The installation of the plasma torch system and all related peripherals is estimated to take approximately 3 to 4 weeks, after which a Site Acceptance Test (SAT) will be performed.
    
    The SAT was initially scheduled to be completed for the end of July 2022. The Client has recently informed PyroGenesis that they would prefer to extend the process by up to an additional 90 days. This additional time was requested due to delays in implementing significant modifications to their site that the Client is making, at their expense. The Client has assured PyroGenesis that all required civil, electrical, and mechanical engineering work are advancing as required, and this process extension represents changes to scheduling and reallocation of materials and personnel, with all objectives remaining the same.
    
    “It is extremely exciting to have a technology that can directly and significantly reduce carbon emissions in the upstream step of steelmaking. It is such a rare opportunity,” continued Mr. Pascali. “By replacing heavily polluting diesel and bunker fuel burners with clean combustion-less plasma torches, iron ore pelletizers around the world will dramatically reduce their reliance on environmentally damaging fossil fuels. And now, after extensive modeling, simulations, business case development, production, and live factory tests – during a period that was engulfed by a global pandemic – our plasma torch system for iron ore pelletization is now on-site with the Client in preparation for first-ever live factory usage toward that carbon reduction goal. We are excited to have reached this final stage and we look forward to working with the Client during the installation and final site acceptance testing phase.”
    
    As previously disclosed, Client A is a multi-billion-dollar international producer of iron ore pellets and one of the largest in the industry, whose name will remain confidential for competitive reasons. The Client, which has committed to reduce its GHG emissions, has over ten (10) iron ore pelletization plants, each possibly requiring up to 50 plasma torches, or more than 500 torches in total.
    
    It has also been previously disclosed that the Client requested and received from PyroGenesis a cost estimate for 36 plasma torches of between USD $75-$95 million (Cdn equivalent: $95-115 million).
    
    PyroGenesis holds the global patent for the use of plasma torches in iron ore pelletization.
    
    Dit geeft de vreemde uptick gisteren a.g.v. een zeer grote order (iets van 139k) vlak voor het einde van de markt een nare bijsmaak...
13. R dayhigh 5 juli 2022 13:49

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    ceo.ca/@nasdaq/pyrogenesis-confirms-d...
    
    zoals ik het nu lees zal de installatie en de SAT eind oktober uiterlijk voltooid zijn. als laatste stap , die ook geëvalueerd zal moeten worden zitten we erg dicht tegen een verkoop /contract aan. Een gigantische mijlpaal voor Pyrogenesis en eveneens een zeer grote vernieuwende stap binnen de iron ore industrie.
    
    Ik kijk uit naar een mogelijk kerst/Nieuwjaars cadeau !
14. Sub!et 6 juli 2022 07:03

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    Q&A at the AGM by Bernard Tourillon, CEO
    posted on Jul 05, 2022 05:y
    
    did have some issues with the taping of the AGM questions & answers section of the meeting, mostly because an investor present did not want to be filmed and that resulted in us losing some of the videos from the meeting.
    
    Now I see that “Pennymaker69” is claiming that the video edits were made to hide his “friend” more pointy questions … That could not be further from reality since, in addition to answering the questions during the video, I also took the time to reply to each question.
    
    So, for the benefit of all, I will therefore post the questions and my replies that were made to a follow-up email sent after the AGM. My replies are in RED, BOLD and ITALIC
    
    First the follow-up question:
    
    agoracom.com/ir/HPQ-SiliconResources/...
15. Sub!et 15 juli 2022 01:26

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    Rio Tinto Expands Low-carbon Billet Production in Canada
    July 13, 2022 10:30 AM Eastern Daylight Time
    ALMA, Quebec--(BUSINESS WIRE)--Rio Tinto is investing US$188 million (CA$240 million) to increase the production capacity for low-carbon, high value aluminium billets at its Alma smelter in Lac-Saint-Jean, Quebec by 202,000 metric tonnes.
    
    The existing casting center at Rio Tinto's Alma plant will be expanded to accommodate new state-of-the-art equipment, including a casting pit and furnaces, allowing a larger portion of the aluminium produced to be converted to higher value billets. Construction will begin in May 2023, after completing detailed engineering and preliminary work, and commissioning is expected in the first quarter of 2025.
    
    www.businesswire.com/news/home/202207...
16. R dayhigh 18 juli 2022 14:27

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    PyroGenesis Provides Corporate Update to 3D Printing Powders Business Line
    
    ceo.ca/@globenewswire/pyrogenesis-pro...
17. Sub!et 20 juli 2022 20:06

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    3dprint.com/292799/pyrogenesis-now-pr...
    
    5 hours by Michael Molitch-Hou 3D Printing3D Printing MaterialsMetal 3D PrintingStocks
    
    “ Partners at Home and Abroad
    In 2019, PyroGenesis partnered with French metal industrialization company Aubert & Duval to help develop the NextGen technology. A subsidiary of the world’s second largest maker of high-power, press-forged parts Eramet, Aubert & Duval buys titanium powder exclusively from PyroGenesis to distribute it in Europe. Now, PyroGenesis is in the process of establishing full distribution agreements, including distribution planning, order planning, and logistics.”
    
    Additionally, a tier one North American aerospace company has agreed to qualify of the titanium powder to set the Canadian plasma business to become an approved supplier. This will include evaluating PyroGenesis’s manufacturing methods, powder samples, and mechanical and chemical properties before printing test coupons. Pyrogenesis believes they are nearing the end of this initial testing process before approval of non-manufacturing processes (e.g., quoting, handling, storing, shipping, logistics, etc.). Final approval is anticipated to occur in Q4 2022.
18. Sub!et 22 juli 2022 20:24

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    Rio Tinto, Ford to develop battery, low-carbon materials supply chain
    Staff Writer | July 21, 2022 | 11:04 am Battery Metals Top Companies Australia USA Aluminum Copper Lithium
    
    Rio Tinto (ASX: RIO) and Ford Motor Company (NYSE: F) have signed a non-binding global memorandum of understanding (MOU) to jointly develop more sustainable and secure supply chains for battery and low-carbon materials to be used in Ford vehicles.
    
    www.mining.com/rio-tinto-ford-to-deve...
19. Sub!et 28 juli 2022 16:47

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    www.corporateknights.com/rankings/fut...
    
    Meet the 50 fastest-growing green companies in Canada
    Clean tech and sustainability innovators are among the fastest growing Canadian businesses and entrepreneurs this year
    
    14. PyroGenesis Canada
    
    GROWTH RATE: 75%
    
    PyroGenesis Canada’s edge is white-hot innovation. Its plasma-based technologies, developed over 30 years, use temperatures as high as 5,500°C – as hot as the surface of the sun – to improve on four traditional industrial processes: atomizing metal powders; producing iron ore pellets; maximizing recovery of aluminum, copper and zinc from waste metals; and improving on conventional incineration techniques to reduce hazardous and medical waste to inert, harmless residue. PyroGenesis’s solutions cut the costs of each process and slash their carbon footprints – a double whammy the firm labels “Transformlutionary.”
    
    For years, plasma was a process looking for an application. Now, in a recent report the company claims that “PyroGenesis has harnessed the many advantages of plasma and developed economic processes which are challenging the status quo.” At its Montreal headquarters and manufacturing facility, PyroGenesis is also exploring new applications for its technology, such as transforming quartz into high-purity silicon metal and converting hazardous residues from aluminum production into a low-carbon fuel and safe, recyclable components.
20. Sub!et 28 juli 2022 16:55

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    magazine.cim.org/en/voices/ntk-22-pie...
    
    Pierre Carabin
    One of CIM Magazine’s 2022 Names to Know
    By Rosalind Stefanac July 18, 2022
    
    As the minerals and metals industry looks to significantly reduce its carbon footprint, innovators like Pierre Carabin at PyroGenesis Canada are helping pilot new technologies that make that prospect more likely.
    
    Carabin has spent the last 24 years with the Montreal-based high-tech company that designs, develops and manufactures advanced plasma torches, among other emission-reducing innovations, for a variety of industries. In recent years, PyroGenesis has turned its attention to mining and metallurgy, and has begun creating plasma-torch alternatives to fossil fuel burners for iron ore pelletization because they produce thermal energy from low-carbon electricity.
    
    “We see ourselves as the Tesla of the industry, not just in electrifying pelletization in iron ore but in applying these concepts to the entire mining industry,” said Carabin, who is the company’s chief technology officer and chief strategist. “What we bring with our plasma technology is a relatively simple way of decarbonizing processes.”
    
    PyroGenesis has already made significant inroads in bringing its technology into practice. In 2017, the company was granted a patent for its design and in early 2019, PyroGenesis was contracted to pilot a clean-heating-source 900-kilowatt plasma torch for Sweden’s RISE Energy Centre AB to replace traditional burners in furnaces and kilns for iron-ore pelletization. The testing was successfully completed in nine months, addressing a major industry concern around greenhouse gas (GHG) emission reduction.
    
    The global iron-ore pellet industry generates approximately 40 million metric tonnes of CO2 every year, equivalent to the combined yearly emissions of 8.7 million passenger vehicles. Using plasma torches has the potential to not only reduce operating costs by up to 30 per cent, but significantly reduce pollution. “We estimate that the iron-ore industry could reduce its GHG emissions by 35 per cent if it were to switch all its fossil-fuel heating to plasma,” said Carabin.
    
    The fact that there are mining companies and metal producers already on board has him even more excited. “We’ve gone from pilot to real industrial demonstration and will reach full deployment within the next few years,” said Carabin. “My dream is to see this technology adopted in many other sectors, such as steelmaking and aluminum, so that eventually we have very little use for fossil fuel for heating purposes.”
    
    He said he is very encouraged that the mining sector is taking action in improving its environmental footprint, and that he and his team will have contributed to changing the industry for the better. “I’ve spent my career in ‘clean tech,’ where we are using technology to reduce our carbon footprint and pollution,” he said. “It’s so important to me that I can do this job.”