Beiträge von Blue Horseshoe

hatte ich heute morgen vergessen:

1. der neue zacks research report vom 18.11. zu DYL
https://s27.q4cdn.com/90636804…1182021_DYLLF_Ralston.pdf
neben vielem anderen:
Based on comparative analysis of junior uranium
companies in the developmental phase, a mid-
second quartile price-to-book (P/B) ratio of 7.8
indicates a share price target of US$1.45

2. der (vorerst) nicht stattfindende merger zwischen vmy und dyl.
https://deepyellow.com.au/wp-c…ourcesRejected19Nov21.pdf

der gebotene preis entsprach einem 10% premium & ca 14%premium(plus das DYL MANAGEMENT) vom 18.11.21.

dyl 1 : vym 3,74 - genau auf den kurs ist vmy zu handelsschluss auch gelaufen.

ich hätte den zusammenschluss unter der führung meines alten "spezls" john borshoff begrüßt, denn
das dyl management team ist weltklasse! vmy ist in meinen augen ohne ein vollständiges, qualifiziertes managment! DYOR!

bg bh

hallo @Edel Man

da bin ich ganz bei dir, bei manchen daten hält sich der nutzen in grenzen, ebenso ja bei den zentralbankbeständen(die alten fragen, haben die usa noch so viel & hat china nur so wenig) etc.

bg bh

bei nexgen frage ich mich schon die ganze zeit wann sie denn mal fcu ein angebot unterbreiten, welches fcu aktionäre nicht ablehnen können...

bg bh

bg bh

neue visualisierung von visualcapitalist
[Blockierte Grafik: https://www.visualcapitalist.c…-gold-is-in-the-world.jpg]

The World Gold Council estimates that miners have historically extracted a total of 201,296 tonnes of gold, leaving another 53,000 tonnes left in identified underground reserves.
If all of the above-ground gold were stacked beside each other, the resulting cube would only measure 22 meters on each side, which is a testament to the metal’s rarity. But where exactly is all of this mined gold?
Nearly half of all the gold ever mined is held in the form of jewelry. India and China have been the largest markets for gold jewelry consumption, combining for more than 50% of global jewelry demand in 2020.

*Dollar values are based on gold’s price of $1756.66/oz as of close on Sept. 30, 2021.

vollständig:
https://www.visualcapitalist.c…uch-gold-is-in-the-world/

bg bh

Tier One Silver Intersects 1,480.5 g/t Silver Equivalent over 1 Metre on the Madre Structure at Curibaya

Vancouver, Canada – November 18, 2021 – Tier One Silver (TSXV: TSLV, OTCQB: TSLVF) (“Tier One” or the “Company”) is pleased to report results from drill holes 4 – 6 at the Curibaya project in southern Peru (Figure 1). Drill hole 6 targeted the Madre structure, which has emerged as the primary target structure on the project to-date, and intersected 1 metre (m) of 1,480.5 g/t silver equivalent (AgEq) within a broader interval of 3.5 m of 442.5 g/t AgEq at a drill depth of 107.5 m to 111 m (Figure 2). Tier One’s technical team believes the result from hole 6 demonstrates the high-grade potential along the 1.4-kilometre (km) long Madre structure, as defined by mapping and remote sensing data. Currently, there are results from three drill holes along the Madre structure pending, including a first drill hole into the diatreme dome complex that the technical team believes is the potential source for precious metal mineralization across the property (Figure 1).
A Message from Peter Dembicki, President, CEO & Director:
“Hole 6 is the first plus-kilogram intercept at Curibaya on a feeder vein that may host the extensive high-grade silver on surface, which gives us the confidence that we are in the infancy of a new silver discovery. Drilling along structures that have yielded positive channel sample results is proving to be a sound strategy as the Company looks to realize the vast potential of the property indicated through high-grade silver mineralization on surface.“
Drill Holes 4 – 5:
Drill holes 4 and 5 targeted the Sama and Sambalay structures, respectively, and both drill holes encountered significant silver mineralization in multiple parallel structures. Hole 5 is the second drill hole to test the 900 m long Sambalay structural corridor and intersected 1 m of 579.6 g/t AgEq, 0.5 m of 266.8 g/t AgEq, 1 m of 88.1 g/t AgEq and 11 m of 37.8 g/t AgEq (Figure 3). Hole 4 was the first drill hole to test the Sama structure and intersected 1 m of 211.6 g/t AgEq within a broader interval of 3 m of 96.4 g/t AgEq, 1m of 137.5 g/t AgEq, 1 m of 99.6 g/t AgEq and 0.5 m of 172.8 g/t AgEq (Figure 4). A summary of the results from drill holes 4 – 6 are provided below in Table 1.
...

https://www.tieronesilver.com/…ase_tieroneintersects.pdf

bg bh

bg bh

sput

+300.000 lbs
+1,27 mio shares / + 15,5 mio usd
58 mio usd cash
1,21 premium over nav

gleich die grenze zu einer milliarde capital raised durchbrochen mit einem durchbruch des nav von 2 mrd usd

total capital raised in atm facility: 992.815.062 usd
nav: 1.961.168.027 usd

https://docs.google.com/spread…WRGvt0/edit#gid=504025026

demnächst filing eines neuen prospektus zu einer neuen atm facility?
und das alles ohne nyse listing, "nur" sput an der tsx mit usd listing.

bg bh

hier mal eine sehr spannende sache! kann einen riesen impact auf die branche bekommen.

Researchers reveal sorption process of U(VI) on microbial-clay minerals composites surface

[Blockierte Grafik: https://scx1.b-cdn.net/csz/new…esearchers-reveal-sor.jpg]

by Zhang Nannan, Chinese Academy of Sciences

The sorption process and mechanism of U(VI) on kaolinite- and illite-A. niger composites surface. (A)-(D): SEM images of kaolinite- and illite-A. niger composites after U(VI) sorption. (E): The contents of U(VI) at the different areas of clay, A. niger, and clay-A. niger composites (Green and Blue points are the hyphae surface and clay, respectively. Red square is the area of clay-A. niger composites). (F)-(H): The relationship of element U with S, P and N elements. (I): The sorption mechanism of U(VI) on clay-A. niger. Credit: FAN Qiaohui Chinese researchers from the Northwest Institute of Eco-Environmental Resources of the Chinese Academy of Sciences (CAS) have systematically studied the enrichment behavior of radioactive element U(VI) on kaolinite- and illite-Aspergillus niger composites, and clarified the regulatory pathways and mechanisms of Aspergillus niger on the sorption behavior of U(VI) on both kaolinite and illite.
This study is of great practical significance to carry out research on the sorption mechanism of uranium on microorganism-clay mineral composites, which helps to reflect the environmental behaviors of uranium accurately.
It is well known that uranium (U) is a kind of radionuclide with chemical toxicity. Once entering the soil system, it will inevitably undergo physical, chemical and biological effects, which is extremely important to the geochemical behaviors of U.
In this study, the researchers found that under different pH conditions, the sorption mechanism of U(VI) on kaolinite and illite is mainly attributed to ion exchange, outer-sphere complexes (OSCs), and inner-sphere complexes (ISCs).
Aspergillus niger could obviously change the charge density, sorption sites and other physical and chemical properties of illite and kaolinite to a certain extent, thereby promoting the sorption of U(VI).
At the same time, the sorption mechanism of U(VI) on the surface of the clay- Aspergillus niger composites could be only attributed to the ISCs. It showed that the sorption process of U(VI) on the bio-composites is significantly different from clay minerals.
The study also showed that U(VI) mainly complexed with the phosphate group, amide group and carboxyl group derived from the biomass of Aspergillus niger in the bio-composites, which further weakened the effect of ion exchange and complexation with Si-OH and Al-OH on illite and kaolinite.
Besides, according to the X-ray photoelectron spectroscopy, U(VI) was partly reduced to non-crystalline U(IV) by Aspergillus niger in the bio-composites.
The findings further clarify the geochemical process of U(VI) in a complicated environmental system, and provid an important theoretical basis for accurately assessing and predicting the environmental behavior of uranium.
This research has been published in Chemosphere in an article entitled "New insights into the sorption of U(VI) on kaolinite and illite in the presence of Aspergillus niger."

https://phys.org/news/2021-11-…robial-clay-minerals.html

bg bh

[Blockierte Grafik: https://www.visualcapitalist.com/wp-content/uploads/2021/11/Copper-Demand-for-Renewables.jpg]
bg bh

neue präsentation

https://app.sharelinktechnolog…0f79e7a06b6cabdf7d3efdf32

bg bh

@Salorius II

das ist doch nicht neu... china ist auch seit ein paar jahren die größte ökonomie der welt, nach dem einzigen wirklichem maßstab der kkp(kaufkraftparität)/ppp(purchasing power parity).

es ist nicht gewünscht das all diese informationen "allzu volksbekannt" werden.

ist von ende 2016/ anfang 2017
https://www.pwc.com/gx/en/rese…my/the-world-in-2050.html

bg bh

Office of Nuclear Energy Next-Gen Nuclear Plant and Jobs Are Coming to Wyoming

^{Updated 11/16/2021}
TerraPower recently announced plans to build its Natrium reactor at a retiring coal plant in Kemmerer, Wyoming. This is an incredible opportunity for the state, which currently generates almost 90% of its electricity generation from fossil fuels. The Natrium design represents the future of advanced nuclear reactor technology and is well-suited to provide clean and efficient power to communities across the United States, including the Mountain West.
The U.S. Department of Energy is extremely excited about this project and plans to invest nearly $2 billion to support the licensing, construction and demonstration of this first-of-a-kind reactor by 2028.
The Natrium project will create thousands of construction jobs and
hundreds of permanent jobs once the plant is online. It will not only
leverage the existing energy infrastructure already in place at the coal
plant but also the local power plant workforce who can work with
utilities to transition or apply their skills to higher paying jobs in nuclear energy.

...
..
.
What’s Next?
TerraPower is currently working on a construction permit application for submittal to the U.S. Nuclear Regulatory Commission. The team will also further develop its plant design and initiate long-lead procurements.
The company hopes to begin early construction activities by 2024.

vollständig:
https://www.energy.gov/ne/arti…d-jobs-are-coming-wyoming

__

US President Joe Biden yesterday signed into law the bipartisan Infrastructure Investment and Jobs Act (also known as the Bipartisan Infrastructure Deal). The USD1.2 trillion package is a key part of the president's Build Back Better agenda and contains a total of more than USD62 billion for the US Department of Energy (DOE) to deliver a "more equitable clean energy future", including preventing the premature retirement of existing nuclear plants and investing in advanced nuclear projects.

The bill, described by the White House as a "once-in-a-generation investment in our nation's infrastructure and competitiveness," was passed by the Senate in August and by the House of Representatives earlier this month. Amongst other things, it allocates USD6 billion to prevent premature retirement of existing zero-carbon nuclear plants. This funding, through the Civilian Nuclear Credit programme, will be available to plants that would otherwise retire and are certified as safe to continue operations and prioritises plants that use domestically produced fuel, the DOE said.
"Our nation already gets 27% of its power from decades-old nuclear and hydropower facilities. These are critical sources of clean power - but as they get older and more expensive to maintain, we risk losing these major sources of pollution-free energy and good-paying jobs. The Bipartisan Infrastructure Deal provides funding to ensure that we can keep these clean energy sources online," the DOE said.
The deal also provides some USD21.5 billion in funding for clean energy demonstrations and research hubs focused on the next generation technologies needed to help achieve the USA's goal of reaching net-zero by 2050. The vast majority of this is earmarked for clean hydrogen (USD8 billion) and carbon capture, direct air capture and industrial emission reduction (more than USD10 billion), with USD2.5 billion earmarked for advanced nuclear through the DOE's Advanced Reactor Demonstration Program (ADRP).

_

vermutlich bin ich ab heute - oder morgen wieder auf der käuferseite,
bg & weiterhin allen viel erfolg
bh

Zitat von onlinefan

Niemand eine Meinung zu meinem neuen Avatar?

das hat genau "was" mit uec zu tun?
verwunderte grüße
bh

https://money.tmx.com/en/quote…_a_Maiden_Mineral_Reserve

Global Atomic Completes Phase 1 Dasa Project Feasibility Study and Issues a Maiden Mineral Reserve

Feasibility Study Confirms PEA Project Capital and Lowest-Quartile Operating Costs

All monetary amounts are in U.S. dollars, unless otherwise indicated.

TORONTO , Nov. 15, 2021 /CNW/ - Global Atomic Corporation ("Global Atomic" or the "Company"), (TSX: GLO) (OTCQX: GLATF) (FRANKFURT: G12) announced today the results of the Phase 1 Dasa Project Feasibility Study (the "Study") for the Company's Dasa Uranium Project (the "Project") in the Republic of Niger.

The Study confirms that the Project is economically compelling, even at a price of $35 per pound U ₃ O ₈ . Based on the Study, the strong uranium market and anticipated uranium supply deficits, the Board of Directors have made a production decision to proceed with the Dasa Project. The Study is focused solely on Phase 1, primarily comprised of the Flank Zone, and represents the initial 12 years of the Project and less than 20% of the Dasa mineralization, which has been delineated through 160,000 metres of drilling since 2010. The Study is an update from the Preliminary Economic Assessment (the "PEA") filed in May 2020.

The Dasa Project is located in Niger's Tim Mersoï Basin, which has successfully produced uranium for export to France , the United States and other countries for 50 years, contributing to Niger's status as the 5 ^th largest exporter of U ₃ O ₈ for use in nuclear power plants.

Highlights

• Study Base Case price is $35 per pound U ₃ O ₈
• After-tax NPV ₈ of $157 million and after-tax IRR of 22.7%
• Cash cost ⁽¹⁾ of $18.91 per pound
• All-in sustaining cost ⁽²⁾ of $21.93 per pound
• Steady-state mill recovery rate of 94.15%
• Average annual steady-state uranium production of 3.8 million pounds U ₃ O ₈
• $208 million capital costs include a 10% contingency
• Mining reserve of 4.3 million tonnes grading 5,184 ppm U ₃ O ₈
• Recovering 45.4 million pounds U ₃ O ₈ over 12 years

_________

Forsys launches strategic review of Namibia uranium project

Toronto- and New York-listed Forsys Metals has appointed advisers Bacchus Capital to conduct a strategic review of its Norasa uranium project, in Namibia, given the “misalignment of flat or declining supply, versus growing demand”.
“The Norasa uranium project is one of the few post-DFS [definitive feasibility study], construction ready, uranium projects with a mining licence, which positions this asset as one of the only projects in the world able to potentially benefit from the near to mid-term expected supply shortages,” CEO Mark Frewin said on Monday.
The strategic review will consider, evaluate and compare a broad selection of potential options for the purpose of identifying opportunities to maximise the value of Norasa for the company’s shareholders.
Situated 25 km from Rio Tinto’s historically significant Rössing uranium mine, the Norasa project has mineral reserves of 90.7-million pounds of uranium oxide (U₃O₈). The completed DFS confirmed Norasa’s robust economics, with a 32% internal rate of return, a pre-tax net present value of $663-million, and $1.175-billion operating cash flow.
The Norasa plant throughput is expected to be 11.2-million tons a year, producing an average of 5.2-million pounds a year of U₃O₈.

https://www.miningweekly.com/a…anium-project-2021-11-16/

bg bh

@Minehunter
bitte companys und news zu diesen in den ANDEREN thread - Uranaktien: Minen, Explorer, Produzenten, Anwender - danke!

Rosenergoatom has agreed to partner with Russia's biggest steelmaker, NLMK, on clean power supply, including potentially the supply of nuclear energy to new facilities at the huge Stoilensky mining and processing site. "Increasing the share of low-carbon energy sources is one of NLMK Group’s priority initiatives," the company said. "Nuclear energy is one of the main decarbonisation tools, currently accounting for a third of global low-carbon electricity production," it added.

NLMK lists "Minimisation of environmental footprint, including a reduction of specific emissions per tonne of steel ... to the level of the best available EU technologies" among its goals.
Rosenergoatom already has agreements to supply over 3 TWh of clean electricity to NLMK this year, which is equivalent to about 380 MW of nuclear generation at a 90% capacity factor. The partnership agreement the companies announced on 12 November could see this increase when new facilities at Stoilensky start production in 2027 or 2028, the companies said.
Rosenergoatom's deal with NLMK also includes an aspect of demand management in which large electricity consumers are paid a premium to reduce their demand during times of peak demand. "The absolute values across the country are very modest," said Rosenergoatom's Deputy General Director and Sales Director, Alexander Khvalko. "However, the demand for this service is growing at a good pace. During this year we have increased the total unloading capacity from 5 to 100 MW."
“Rosenergoatom intends to continue to cooperate with industrial consumers within the framework of free contracts, supplying them with low-carbon electricity produced at nuclear power plants." said Khvalko. "This service is becoming more and more popular," he added. "This year alone, Rosenergoatom has signed free contracts for the amount of about RUB5 billion (USD69 million)."
Stoilensky is a large iron ore extraction and processing site in the Belgorod region, which borders Ukraine. It produces about 18% of Russia's iron ore in the form of concentrates, sinter ore and iron ore pellets to the value of around RUB52.7 billion per year. It employs 5900 people.
The World Steel Association (WSA) recently named NLMK a 'Sustainability Champion', which means the association considers NLMK has proven its commitment to the principles of sustainable development. In 2020, NLMK Group also joined Step Up, the WSA's decarbonisation programme, which aims to reduce the industry’s environmental impact, and prepared data on the life cycle of the resources it uses in the production process.

----

Uranium Week: Australia’s Nuclear Opportunity

By Mark Woodruff
One of the key architects behind Prime Minister Scott Morrison’s gas-led recovery plan suggests nuclear energy represents a strategic regional opportunity for Australia.
Andrew Liveris, the former Chief Executive of Dow Chemicals, believes the country needs to overcome concerns about nuclear energy and instead see its potential to reduce carbon emissions.
Liveris notes small scale reactors are “more proven” than the use of large scale batteries to store renewable energy and suggests Australia should repurpose its ageing coal power plant fleet with nuclear technology.
Liveris suggestion is a carbon price of between US$40 and US$80/tonne should be set by the government to incentivise business to wind back carbon emitting operations. Europe has had a carbon price for 16 years while California has a working model.
These comments come after recent significant announcements on nuclear from China, which plans to build some 150 new reactors in the next 15 years as part of its emissions reduction plans.
France also intends to construct new reactors as the basis for a re-industrialised and low-carbon economy, while the UK has recently introduced new funding for large reactors and funded the commercialisation of small reactors.
Following an equity raise, UK-based Rolls-Royce has announced the Rolls-Royce Small Modular Reactor (SMR) business has been established to advance and deliver the next generation of low-cost, low-carbon nuclear power technology.
If approved for use in the UK, Rolls-Royce SMR could reportedly build up to16 reactors across the country for as early as the 2030s.
https://www.fnarena.com/index.…lias-nuclear-opportunity/

bg bh

ps. niederlande - in den koalitionsgesprächen wird gerade über den neubau von akw`s diskutiert.
https://www.dutchnews.nl/news/…uclear-power-stations-vk/

die ersten bohrergebnisse von devex auf sovereign waren soooo schlecht nicht.

ich stocke eher weiter auf als eine reduktion der position.

bg und viel spass in italy!

bh

AJ100 practice Bryden Wood has revealed plans to repurpose the world’s coal-fired power stations to house modular nuclear reactors as part of a ‘major initiative’ to decarbonise the energy sector

The practice's Repurposing Coal proposal has been drawn up with Terra Praxis, a non-profit organisation focused on action for climate and energy.
Unveiled at COP26 this week, the strategy sets out how coal-fired boilers at existing power plants could be replaced with Advanced Heat Sources (Generation IV Advanced Modular Reactors) to deliver a substantial portion of the clean electricity required to achieve net zero carbon emissions by 2050.
Bryden Wood, which was again recognised in the AJ100 Best Use of Technology category this year, has created ‘a platform solution’ making these conversions possible at scale and speed by transforming how projects of this kind are financed, designed, approved and delivered.

https://www.architectsjournal.…power-stations-to-nuclear

---

Kenya’s first nuclear power plant is scheduled to go live in 2036 according to Nuclear Power and Energy Agency (NuPEA).
The agency anticipates that the first nuclear reactor will be constructed along the Kenya coastline due to availability of water and space.
NuPEA Director of Nuclear Energy Infrastructure Development Eng. Eric Ohaga says small modular plants will generate between 50 and 270 megawatts of nuclear energy.
Kenya has been toying with the idea of setting up the second nuclear power plant in Africa for the last two decade.
“As a country we have developed a roadmap of the development of a nuclear power plant in this country so that we are able to provide reliable, adequate and cost effective power to this nation in order to drive Vision 2030 agenda item,” Ohaga said.
The original plan was to commission a 1,000 megawatts plants by December 2020, a time frame that the country missed.

https://www.kbc.co.ke/nuclear-…led-for-2036-agency-says/

bg bh

Zitat von Knallsilber

goldseiten.de/artikel/516314--…ews-geht-um-die-Welt.html

Zitat von LuckyFriday

Es sollte nur noch jemand Hr. Huster

das ist doch der pfauntsch, wenn er schon bei mir abschreibt dann hätte er das doch sagen können ;)))

-

devex ist on, egal ob wegen julimar play oder nabarlek - ca +21% heute.
https://www.devexresources.com.au/

bg bh