"Popeye's Corner, All around"
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[Blockierte Grafik: http://3.bp.blogspot.com/-wVm-…k/oMSFaphgFOU/s400/ra.gif]
http://www.globalaginvesting.com/15-minutes-andrey-zarur-greenlight-biosciences/http://www.greenlightbiosciences.com/media-center/
http://www.greenlightbiosciences.com/our-science/
http://www.youtube.com/results?search_query=GreenLight+Biosciences+Inc.
hmmmmmmmmmmmmmm, gefällt mir nicht sooooo sehr dass Die über Wallstreet-Online und Hotcopper(vmtl noch Andere) scheinbar offensiver beworben werden.
finds TROTZDEM interessant, bis jetzt.
[Blockierte Grafik: https://tpc.googlesyndication.…mgad/11899833543585176025]
http://www.economist.com/science-and-technology/2021/05/20/rna-good-for-vaccines-can-also-be-used-as-a-pesticide?gclid=EAIaIQobChMIzvHKi7668gIVftsRCB103gtXEAEYASAAEgL2rfD_BwE -
An Dem Ding EVT auch interessiert.
Zu Dem Teil hatte schon an Anderen Orten drüber geschrieben.
Aber in "eWaste/Waste/Circular Economy", usw, bin auch schon mit Anderen unterwegs, Enviroleach z.B.
(in "Waste-to-Energy/Fuel" war auch schon in Welchen unterwegs)[Blockierte Grafik: https://www.mining-technology.…1/08/moss-483206__340.jpg]
http://www.mining-technology.com/research-reports/mint-innovation-helps-e-waste-management/http://www.verdict.co.uk/mint-innovation-helps-with-e-waste-management/
"Concept: New Zealand-based urban mining company, Mint Innovation (Mint), is developing affordable, scalable processes for salvaging valuable metals from e-waste streams. Mint Innovation’s clean processes leverage biotechnology and hydrometallurgy (biometallurgy), which use microbes to extract value from metal waste streams, thereby minimizing the waste and developing a fully circular economy in precious metals, while mitigating environmental harm.
Nature of Disruption: The Mint process has been optimized to maximize sustainable metal recovery from e-waste while generating minimum waste. E-waste refers to discarded electronic appliances like mobile phones, computers, and televisions. First, any incoming feedstock is ground into fine powder to allow the chemical processes to work efficiently. Once ground, it is then transferred into the first reaction vessel where base metals comprising copper, iron and tin are removed. Proprietary chemical leachate gets added to the solid and stirred, drawing the base metals into the solution. The first leaching process gets completed in about an hour and the solids can be separated from the base metal-rich liquid using filtration. Only precious metals are now left in the solid fraction. The precious metals contained in the leachate like copper can then be removed via electrolysis and other techniques. These extractive metals can then be put back into the economy to make new manufactured goods. The remaining solids are then moved to the second leach to recover the remnant valuable metals which are more difficult to recover than the base metals. This is where Mint’s technology stands apart and its ability to recover precious metals at higher concentrations than other existing methods. Once the metals get dissolved, Mint adds its special microbes into the reactor to absorb the metal ions. This process is known as bio-absorption. The microbes gain weight as they absorb these precious metals, facilitating them to be easily isolated with a centrifuge. Finally, the gold is liberated from the biomass using a gnashing and refining process. The various precious metals can then be extracted using established procedures to produce high-quality metals for use in industry. Metals recycled in this way have a low carbon footprint as well as reducing the environmental degradation associated with mining and other forms of extraction. Also, the process ensures data protection as the remnants get destructed completely.
Outlook: Extensive utilization of electric and electronic equipment in a wide range of applications has resulted in the generation of huge volumes of electronic waste (e-waste) globally. Mint with its innovative processing technology enables product reuse and the recovery of embedded value from waste or end-of-use products. The startup has recently accumulated $20M in funding which it plans to set-up bio-refineries in the UK and Australia with the capacity of processing up to 3,500 tons of e-waste annually."
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EVT auch Interessantes Teil denke.
Schwierig ist dass Die Dingerle "oft "noch" nicht public" sind.
Aber Das ändert sich hin und wieder auch,
wie man jetzt grad bei Ginko Bioworks+Greenlight Bioscience sieht.Bei " "noch(?)" nicht public" Firmen hab ich Eine lange Liste, was mich interessiert,
aber ist "meistens nicht sooooo einfach" mit Den Krücken.ESI says it can reduce semiconductor content in vehicles ; ESI Automotive – a company that describes itself as a major innovation provider – says it is working with automotive manufacturers to utilise unique material sets which can reduce the semiconductor content in some vehicle systems by as much as 75%. This is helping several OEMs overcome some of the market challenges faced in the past 18 months, it says
http://www.verdict.co.uk/esi-says-it-can-reduce-semiconductor-content-in-vehicles/
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Rio Tinto Leaders join Talon Metals Team, as THE TAMARACK NICKEL PROJECT BECOMES CRITICAL TO A DOMESTIC EV BATTERY SUPPLY CHAIN ; “We are thrilled to have three seasoned Rio Tinto members join the Talon team”, said Henri van Rooyen, CEO of Talon. “Brian and Dean have a long history with the Tamarack Nickel Project and it will be great to have them formally join the Talon team as executives. Todd Malan’s move to Talon reflects that we are entering a new phase in our journey to become a leading contributor to the United States electric vehicle (EV) battery supply chain. With his broad external experience at Rio Tinto and Goldman Sachs, I am excited that Todd will join our senior leadership team to advance the project through permitting to production. His experience in permitting mining projects, partnering with communities, engaging with government and media will be a game changer for Talon and the Tamarack Nickel Project.” “The Tamarack Nickel Project is a GEM AMONGST THE CRITICAL MINERAL PROJECTS IN NORTH AMERICA”, said Todd Malan. “I have long admired the Talon team and enjoyed my visits to Minnesota over the years to see its progress. I am very excited to join the Talon team and help to move the project forward to production”. Malan continued: “Nickel is an essential material in the electric vehicle (EV) battery supply chain. If the USA wants to lead the world in technology to meet the growing demand for electric vehicles and decarbonization, then we must have a secure domestic source of nickel produced under our high environmental rules”[Blockierte Grafik: https://thumbs.gfycat.com/KindheartedLiquidBilby-size_restricted.gif]
http://talonmetals.com/talon-metals-reports-results-for-the-quarter-ended-june-30-2021/ -
Das Teil nehme auch mal auf "Beobachtungsliste", "vielleicht mal noch bisschen ansehen"
http://www.wallstreet-online.de/diskussion/1338242-1-10/desktop-medals-global-player-3-d-print#beitrag_69087053"Desktop Metal CEO Says 3D Printing Now is Like eCommerce in the 1990s"
http://www.youtube.com/watch?v=_08yHfRp724
- Desktop Metal is bringing 3D metal printing innovation to a broad array of industries, including automotive, consumer products, industrial automation, medical devices, aerospace, and defense. The company's CEO and Co-Founder Ric Fulop joined Voices of Wall Street to discuss the massive opportunity in 3D printing, and why the pandemic accelerated their plans to go public by two years. Hosted by Dion Rabouin. -
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Das Teil nehme auch mal auf "Beobachtungsliste", "vielleicht mal noch bisschen ansehen"
http://www.wallstreet-online.de/diskussion/1338242-1-10/desktop-medals-global-player-3-d-print#beitrag_69087053"Desktop Metal CEO Says 3D Printing Now is Like eCommerce in the 1990s"
http://www.youtube.com/watch?v=_08yHfRp724
- Desktop Metal is bringing 3D metal printing innovation to a broad array of industries, including automotive, consumer products, industrial automation, medical devices, aerospace, and defense. The company's CEO and Co-Founder Ric Fulop joined Voices of Wall Street to discuss the massive opportunity in 3D printing, and why the pandemic accelerated their plans to go public by two years. Hosted by Dion Rabouin. -
[Blockierte Grafik: https://myvistage.com/hub/wp-content/uploads/sites/4/2019/05/No-Innovation.png]
http://d1io3yog0oux5.cloudfront.net/_aa37b8350fd2d1f7271dcadc8da2d528/desktopmetal/db/858/7482/pdf/Desktop_Metal_Investor_Presentation_vF.pdf -
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Wer "auf Gas" steht, kann sich Die Krücke mal ansehen
http://blueenergy.com.au/files/media/mst_access_blu_initiation_report_3jun21.pdfhttp://blueenergy.com.au/files/media/blu_april_2021_28_final.pdf
The "coming energy crisis in Australia: what it means for oil and gas stocks"
http://www.youtube.com/watch?v=YaXPQ8OcEKU- There is a clear gas supply shortage in the eastern states of Australia and spot gas prices have reached record levels.
Crude oil prices have rebounded and stabilised from the extreme lows of 2015/16 and crash in 2020.
This, combined with reductions in operating costs, are expected to result in improved margins for both oil and gas production, creating opportunities for increased exploration and development of oil and gas assets within Australia.
Joining us to discuss is John Phillips, managing director of Blue Energy (ASX: BLU), Neil Gibbins managing director of Vintage Energy (ASX: VEN) and the managing director of Triangle Energy (ASX: TEG), Rob Towner.
Blue Energy:https://smallcaps.com.au/stocks/BLU/
Vintage Energy:https://smallcaps.com.au/stocks/VEN/
Triangle Energy:https://smallcaps.com.au/stocks/TEG/ -
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Eine Meiner Weiteren Beteiligungen,
Der Grösste Treffer bis jetzt, EVER
https://www.reuters.com/busine…ive-year-deal-2021-08-02/http://vul.live.irmau.com/site/PDF/d00bc96f-a8ee-47e8-8119-f86ef362074b/QuarterlyActivitiesReport
[Blockierte Grafik: https://thumbs.gfycat.com/KindheartedLiquidBilby-size_restricted.gif]
http://vul.live.irmau.com/site/PDF/d2b90d1d-4727-4a5c-bbfd-0933b70ae8d0/IndustryLeadingLifeCycleAssessmentresults -
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Man kann ja von ARK halten, was man möchte, aber für Impulse und eine Vision, wie es in den nächsten Jahren kommen könnte, ist das Papier super. Man braucht nicht an alles zu glauben und es wird auch nicht alles so kommen, aber Trends sind schon erkennbar.
Und bei viele viele der Dinge brauchen Rohstoffe…. Ich habe mir das Papier im Frühjahr mal ausführlicher angeschaut und für mich einige Dinge mitgenommen. Wenn das hier von Interesse ist, stelle ich mal was dazu ein…viele Grüße
Hast Du hier, bei P. Corner, eigentlich "schon was für Dich gefunden" ??
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die Schüssel VERMERKE mir mal.
KÖNNTE noch interessant werden denke.
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http://sombreroresources.com/news-media/news-releases/sombrero-resources-options-the-high-grade-takana-copper-nickel-district-in-southeastern-peru/ -
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An Dem Ding EVT auch interessiert.
Zu Dem Teil hatte schon an Anderen Orten drüber geschrieben.
Aber in "eWaste/Waste/Circular Economy", usw, bin auch schon mit Anderen unterwegs, Enviroleach z.B.
(in "Waste-to-Energy/Fuel" war auch schon in Welchen unterwegs)[Blockierte Grafik: https://www.mining-technology.…1/08/moss-483206__340.jpg]
http://www.mining-technology.com/research-reports/mint-innovation-helps-e-waste-management/http://www.verdict.co.uk/mint-innovation-helps-with-e-waste-management/
"Concept: New Zealand-based urban mining company, Mint Innovation (Mint), is developing affordable, scalable processes for salvaging valuable metals from e-waste streams. Mint Innovation’s clean processes leverage biotechnology and hydrometallurgy (biometallurgy), which use microbes to extract value from metal waste streams, thereby minimizing the waste and developing a fully circular economy in precious metals, while mitigating environmental harm.
Nature of Disruption: The Mint process has been optimized to maximize sustainable metal recovery from e-waste while generating minimum waste. E-waste refers to discarded electronic appliances like mobile phones, computers, and televisions. First, any incoming feedstock is ground into fine powder to allow the chemical processes to work efficiently. Once ground, it is then transferred into the first reaction vessel where base metals comprising copper, iron and tin are removed. Proprietary chemical leachate gets added to the solid and stirred, drawing the base metals into the solution. The first leaching process gets completed in about an hour and the solids can be separated from the base metal-rich liquid using filtration. Only precious metals are now left in the solid fraction. The precious metals contained in the leachate like copper can then be removed via electrolysis and other techniques. These extractive metals can then be put back into the economy to make new manufactured goods. The remaining solids are then moved to the second leach to recover the remnant valuable metals which are more difficult to recover than the base metals. This is where Mint’s technology stands apart and its ability to recover precious metals at higher concentrations than other existing methods. Once the metals get dissolved, Mint adds its special microbes into the reactor to absorb the metal ions. This process is known as bio-absorption. The microbes gain weight as they absorb these precious metals, facilitating them to be easily isolated with a centrifuge. Finally, the gold is liberated from the biomass using a gnashing and refining process. The various precious metals can then be extracted using established procedures to produce high-quality metals for use in industry. Metals recycled in this way have a low carbon footprint as well as reducing the environmental degradation associated with mining and other forms of extraction. Also, the process ensures data protection as the remnants get destructed completely.
Outlook: Extensive utilization of electric and electronic equipment in a wide range of applications has resulted in the generation of huge volumes of electronic waste (e-waste) globally. Mint with its innovative processing technology enables product reuse and the recovery of embedded value from waste or end-of-use products. The startup has recently accumulated $20M in funding which it plans to set-up bio-refineries in the UK and Australia with the capacity of processing up to 3,500 tons of e-waste annually."
[Blockierte Grafik: https://assets.weforum.org/edi…gH77iK8V8alLAwxbeLFII.png]
http://www.youtube.com/watch?v=VInWrJNeh6Q&t=1shttp://www.youtube.com/results?search_query=Mint+Innovation+
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EVT interessiert drin(dran)
http://thedalesreport.com/interviews/gaia-grow-advancing-its-cost-dominant-extraction-process-towards-commercialization/http://www.youtube.com/watch?v=ZPAOOYvMDhA
http://www.gaiagrow.com/operations/tech-development/cannastream-solutions
http://www.gaiagrow.com/images/pdf/corporate_presentation/GAIA_July2021FINAL_1-compressed.pdf
[Blockierte Grafik: https://www.thenewswire.com/data/tnw/clients/logos/k98F0ooK.png]
http://www.gaiagrow.com/news-releases/13-news-releases/91-aiasanadianannabisxtractionaboratoryruxtracts20210812http://www.gaiagrow.com/news-releases/13-news-releases/90-ransferofommonharesofaiaroworp20210809
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