DirectorsTalk Interviews’ Post

Helium Evolution is pleased to announce preliminary test results from its 10-1-4-9W3 helium discovery well (the “10-1 Well”) along the Mankota helium fairway. HEVI holds a 20% working interest in the 10-1 Well, in partnership with the operator, North American Helium, Inc. Read the full press release here: https://lnkd.in/e6vj9b5g #Helium #PreliminaryResults #Saksatchewan #CanadianEnergy

Pulsar Helium Inc (TSXV:PLSR) a leading primary helium exploration and development company listed in Canada and the USA is the topic of conversation when Stephane Foucaud, Head of Research at Auctus Advisors talks to DirectorsTalk Interviews. In this interview with Stéphane Foucaud, Head of Research at Auctus Advisors, the focus is on Pulsar Helium Inc. and its unique position in the helium market. Foucaud discusses the company's assets, including its primary exploration site in Minnesota, which boasts some of the highest helium concentrations globally. He highlights the growing strategic importance of helium, driven by rising demand in sectors like space, medical, and technology. The conversation also touches on Pulsar's commercial potential, its upcoming plans for expansion, and how it compares to other players in the market. #PulsarHelium #Pulsar #TSXV #OTC #Helium #Gas #CriticalMinerals ##Jetstream1 #MRI #FibreOptic #Semiconductors #Aerospace #FusionEnergy #Investing

I've created my lithium fusion formula. I understand the amount of energy when fusing from helium to lithium in 2 different formulas.

Extracting helium from flare gas: A novel approach for diminishing North America’s helium shortages. Tim Rynott, CEO of Four Corners Helium, and Dr Martin Leipzig of ML and Associates, discuss the helium landscape, issues with losing helium, and how to combat it with innovative helium extraction techniques. https://lnkd.in/erfNTZmb #helium #criticalrawmaterials #energytransition #UShelium #heliumsupply #heliumshortage

At EKC customer satisfaction is our main goal.

We have published research this week comparing the Topaz helium project of Pulsar Helium Inc to a number of helium projects around the globe being developed by other junior helium companies.

Liquid #Helium is predominantly used to cool superconducting magnets, for example in magnetic resonance imaging (MRI), nuclear magnetic resonance spectroscopy (NMR) and various research applications, including particle accelerators. #BUSE Gases are on hand to support your business whatever the sector, as we have a solution for you. Balloon gas The most common application of helium is the use as a buoyancy gas for balloons and airships. Hospital care Helium is used by inhalation for respiratory diseases, or locally for cryoablation. It is also a component of inhaled gaseous mixtures for pulmonary function tests. Laboratories Helium is the most commonly used carrier gas in gas chromatography. Metal fabrication Helium is used in laser welding and arc welding. Pharma & Biotech Helium is used for leak tests on process equipment. Visit our helium gases web page; https://lnkd.in/egmx4jue and start your BUSE Gases journey today. #TheHomeOfGases #JoinTheConversation ☎️ +44 (0) 121 524 1111 📩 sales@buse-group.uk

Humans have put magnets to use for more than 2,500 years. Fast forward to today: our team is hard at work building three types of magnets that’ll make fusion energy possible. One type is the PF (poloidal field) magnets for SPARC — our innovative fusion machine. These crucial magnet components help shape and control plasma during the fusion process. It’s a small piece of the larger power plants that will bring us commercial fusion in the 2030s.    #FusionEnergy #EnergyTransition

interesting posts by Brent Oster about quench protection of stored 60 GigaJoules, or around 12 Tons of TNT worth of energy in gigantic superconducting fusion magnet systems of ITER - how to protect the magnet from quench faulting conditions is critical to the final delivery of fusion energy. "But, if that (liquid helium) cooling fails, the superconductor heats up, quenches, and becomes a normal conductor, and can no longer carry that enormous current. With 160,000 amps suddenly meeting resistance, the coil rapidly vaporizes, and causes a meltdown of the other coils, with a total energy release of 12 tons of TNT. This is very undesirable, especially when those coils are wrapped around a highly radioactive shield that also vaporizes and is expelled into the atmosphere. There are fault-detection systems, but it takes a while to dissipate that amount of energy safely, and there may not be enough time to react quickly enough in the event of a catastrophic magnet coil failure." https://lnkd.in/eekemmhh

In the first in a mini-series of videos about helium, Bo Sears, CEO of Helix Exploration (AIM:HEX), discusses the indispensable role of helium in our modern world. Highlighting its extensive applications beyond just balloons and blimps, Sears explains how helium is crucial for high-tech industries, including semiconductor and fibre-optic manufacturing, and rocket launches. #AIM #HEX Watch at #Proactive #ProactiveInvestors https://lnkd.in/eXpRy77m