Instant water cleaning method ‘millions of times’ better than commercial approach https://t.co/fGPK6u3k3Q #water #Cardiff #technology #technews #tech #future
— Future Timeline (@future_timeline) July 9, 2021
Whether the market goes for fuel cell electric vehicles or sticks to internal combustion engines, Platinum and Palladium will still play a crucial role in reducing carbon emissions.https://t.co/TW8nz47WQL#BullionPMI #Platinum #Palladium #ElectricVehicles #CellBatteries
— Precious Metals Intl (@pmi_ky) July 26, 2021
New Research: Platinum and Palladium Bio-Synthesized Nanoparticles as Sustainable Fuel Cell Catalysts: A hydrogen economy powered by fuel cells is emerging as an alternative to the current fossil-fuel based energy system where hydrogen,… https://t.co/dSzPeY4C2e #Energyscience
— Frontiers in Energy Research (@FrontEnergyRes) July 24, 2019
Indirect Formic Acid Fuel Cell Based on a Palladium or Palladium-Alloy Film Separating the Fuel Reaction and Electricity Generation #hydrogeneconomy #voltammetry #solarfuels #catalysis #biofuels https://t.co/FFWYZoOLIL
— James Kerwin (@JamesKerwin9) August 18, 2021
@cpbCleanEnergy and team @UBC hydrogenate without hydrogen using a palladium membrane fuel cell in @CellRepPhysSci #ACSFall2020 https://t.co/7vxQyVgHhU pic.twitter.com/3aiOUmuoJb
— Cell Press (@CellPressNews) August 18, 2020
Prize potentially large in platinum fuel cell and hydrogen growthhttps://t.co/KVeotWQgj4#fuelcell #PGM #PGMs #platinum #palladium #rhodium #iridium #ruthenium #hydrogen #hydrogenfuel #hydrogengas #hydrogenwater #HydrogenNow
— MineralPrices.com (@mineralprices) September 9, 2020
Ten Years Review: Palladium-Based Catalysts as Electrodes for Direct Methanol Fuel Cells https://t.co/7zPcsJIg2V pic.twitter.com/HF7WXQg3vV
— Catalysts MDPI (@Catalysts_MDPI) September 6, 2016
#didyouknow Palladium is a rare and lustrous silvery-white metal discovered in 1803. Over 1/2 of the supply of palladium is used in catalytic converters. It's also found in our dental work and is recyclable after a cremation. #wednesdaywisdom #cremationrecycling #midstates #msrr pic.twitter.com/gVuGUos4pc
— Mid-States Recycling (@crematerecycle) April 17, 2019
The use of Paladium in catalytic converters, but wont its use depends we move to EV's?
Well no, not only are we finding new uses in technology but also hybrid vehicles are projected to boom!https://t.co/sHo0w3YcR4— Charlie Stephenson (@GeologyCharlie) May 6, 2021
"Earlier geochemical analysis identified samples rich in copper, palladium, gold and also nickel, cobalt and platinum." #Copper #Paladium #Mining #Greenland #IronCoveGlobal https://t.co/IZ7htK7TgB
— Iron Cove Global (@IronCoveGlobal) July 27, 2021
Catalytic converters are a part of the vehicle’s exhaust system, and the parts are valuable metals, including platinum, palladium or rhodium. It takes only minutes for experienced thieves to cut them out of cars. https://t.co/ISYtkyFYuC
— WTOP (@WTOP) October 10, 2021
Rhodium and iridium are very high-value metals, so Podium Minerals (ASX:POD) is understandably pleased that its drilling hit high grades of both.https://t.co/Ow3nQRHAdi #ad #ASX $POD pic.twitter.com/zw3i3rTQL8
— Stockhead (@StockheadAU) May 5, 2021
According to Reuters calculations, Bosch would only need a tenth of the platinum used in current fuel cell vehicles.https://t.co/P0PC77oXkq
— Bjørn Eng (@H2Bjorn) May 13, 2019
Platinum's fuel-cell car bonanza proves elusive: LONDON (Reuters) – The platinum industry has been waiting for fuel-cell cars to lift demand for years. Now, just as the technology finally looks to be gaining traction, carmakers are finding ways to slash… https://t.co/lCs5NOiQ3q pic.twitter.com/StHaQpFiuT
— Vantagepoint (@getvantagepoint) March 9, 2018
Hyundai is investing in tech startup Pajarito Powder to expand its ability to produce advanced catalysts that reduce the amount of expensive platinum required in hydrogen #fuelcells. It will allow the firm to build a plant to manufacture fuel-cell catalyst https://t.co/xF5Xp99H5R pic.twitter.com/Bwwhs0hYx1
— Hydrogen Standard (@H2Standard) August 5, 2021
Layered platinum alloy smashes US fuel cell targets https://t.co/Mop2O5YRST “Even after 30,000 cycles, our catalyst still exceeded the DOE target for initial activity. That kind of performance in a real-world #fuelcell environment is really promising.” #investing in #hydrogen pic.twitter.com/KizPMeEg30
— HyGen Industries (@HyGenInc) October 18, 2018
Specialist vehicles like racing cars and ambulances can benefit from the advantages of zero-emissions platinum-based fuel cell electric propulsion
— Tharisa plc (@tharisa_sa) April 14, 2021
New lower-temperature fuel-cell, which uses no platinum, could be commercially viable for distributed power generation and automobile engines https://t.co/3RJxkPz9Yj
— Chemical Engineering (@ChemEngMag) January 25, 2019
May I add that there are more rare Earth metals in a fuel cell than in a battery. In fact there are no Rare Earth Metals in a Battery! Also there is a very rare metal in a fuel cell, Platinum. Now, efficiency.. oh dear.. Here is the reality on top of all the other stuff.. pic.twitter.com/KYZlLkV1xE
— East Coast EV Guy (@EastCoastEVGuy) June 17, 2021
Open Access UCL Research: Scalable sacrificial templating to increase porosity and platinum utilisation in graphene-based polymer electrolyte fuel cell electrodes https://t.co/n80M26ioB6
— UCL Discovery (@ucl_discovery) October 8, 2021
#Platinum–#graphene fuel cell catalysts show superior stability over bulk platinum @georgiatech https://t.co/Trkh0k61gI
— Phys.org (@physorg_com) September 18, 2019
#Selenium anchors could improve durability of #platinum fuel cell catalysts @georgiatech @NanoLetters https://t.co/s0kN5kGo9L
— Phys.org (@physorg_com) September 6, 2019
A record-breaking platinum-molybdenum catalyst might be just what fuel-cell electric vehicles need, boosting the prospects for getting hydrogen from liquid fuels like methanol. Read more at https://t.co/hHgN7Gykcr
— C&EN (@cenmag) January 22, 2021
Is the fuel cell electric vehicle set to go mainstream? A change in legislation in China is shifting subsidies away from BEVs towards FCEVs. Range and refuelling time similar to gasoline models. Alternatives to platinum also making fuel cell production much cheaper. https://t.co/TSO5v8qljJ
— Greg Kable (@GregKable) May 3, 2019
A new method for evaluating how much metal would be required for fuel cell electrodes can help cut down on expensive platinum needed in fuel cell electrodes and allow more electric cars to hit the market. https://t.co/K4JLOMFxgG @PurdueChemE #Purdue150 #TakeGiantLeaps pic.twitter.com/pcfBESALpl
— Research at Purdue (@Research_Purdue) February 23, 2019
Platinum is expensive, whether in wedding rings or fuel cells. Finding a replacement could lower fuel cells' cost and increase their durability. Researchers @WUSTL used @EMSLscience & @advancedphoton to examine a fuel cell catalyst without platinum: https://t.co/4DnslxINqn pic.twitter.com/EOR8tse2dQ
— DOE Office of Science (@doescience) February 25, 2021
Platinum is used for precious things – like wedding rings & catalysts. However, it's very expensive. Researchers @argonne used @advancedphoton to develop catalysts for fuel cell that use a quarter of the platinum of previous devices. #ScienceNeverSleeps https://t.co/BiFoyLtlbL pic.twitter.com/DzhfBPPsY9
— DOE Office of Science (@doescience) May 22, 2021
Modelling leads to the optimum size for platinum fuel cell nanocatalysts https://t.co/JrzZT3foQx #nanotechnology #fuelcell #nanoparticle #Platinum pic.twitter.com/afPDdkF8Lv
— Nanotechnology News (@Nanowerk) July 3, 2019
Renewable energy source
This proton exchange membrane (PEM) fuel cell contains a platinum catalyst and converts chemical energy into electrical energy using hydrogen as a fuel source and oxygen/air as the oxidants
See how it works👇#chemistry #scicomm pic.twitter.com/HXmPvyJlQ3— Tayyibah_T (@TayyibahT) July 21, 2020
Batteries are increasingly important to support the move to cleaner energy. Recent advances in next-generation lithium sulphur battery research using platinum group metal catalysts is an encouraging step forward. https://t.co/ik3WTy2OFY pic.twitter.com/oLbw7FUYYU
— Anglo American (@AngloAmerican) September 9, 2021
Fuel cells offer a clean way to generate #electricity, but have relied on expensive platinum to make them work. @UniofOxford scientists are investigating alternative catalysts, to make fuel cells simpler:https://t.co/C7Qwcdj8t2 @keitoxford #OxfordImpacts @BBSRC @EPSRC pic.twitter.com/Niounl17fV
— OxfordSparks (@OxfordSparks) April 3, 2020
At the forefront of research currently is battery technology, the use of PGM’s in carbon nanotubes can increase battery efficiency and charge-rate capacity. Platinum, Rhodium and palladium are the future #eurasiamining #EUA https://t.co/p3sS3WiRXq
— Richard Dugdale (@RichardDugdale3) February 11, 2021
Expanding renewable energy is a mineral intensive enterprise: the arteries through which electricity flows are made of copper. Wind turbine gearboxes need manganese, platinum and rare earth magnets. EV batteries are made with lithium, cobalt and nickel. https://t.co/LYtdKn6Kei
— Antonio Andreoni (@AntoAndreoni) June 27, 2021
Interesting article on #platinum and/or #palladium being vital in hydrogen fuel cell production and EU recognising this. Alternatives to South Africa needed to balance supply risk… Russian assets springs to mind. Will fuel cells dominate catalysts ? ⏰
https://t.co/5MXJIGBMqz— GMF78 (@GMF782) June 5, 2021
Cobalt, palladium and platinum for new technologies: Promising new fuel cell technology to be tested in Israel soon https://t.co/OKukKbX9sj pic.twitter.com/zYMdh2Gbkh
— Swiss Resource Capital AG (@SwissResourceAG) January 25, 2019
Copper Could Help Unlock the Clean-Energy Potential of Hydrogen Fuel Cells–Scientists at Johns Hopkins, UCLA find that copper particles stabilize the platinum-nickel catalysts that #hydrogen #fuelcells use to produce clean electricity–https://t.co/zmmyXPq2ep #fuelcell pic.twitter.com/OufTYgitLh
— Fuel Cells Works (@fuelcellsworks) November 2, 2019
Scientists at @JohnsHopkins, @UCLA find that copper particles stabilize the platinum-nickel catalysts that hydrogen fuel cells use to produce clean electricity. https://t.co/3UDsGbs97J
— Johns Hopkins Bloomberg School of Public Health (@JohnsHopkinsSPH) November 8, 2019
Our #lighting and #sustainability experts’ design for @StanfordGSB in the USA features roofs that hold 33kW of solar PV arrays, generating over 12% of its electricity. This helped the project achieve LEED Platinum certification. https://t.co/bVHD0IZ1s0 pic.twitter.com/4soyf7iTmB
— Arup (@ArupGroup) July 10, 2018
Martin Creamer unpacks South Africa supplying coal to China, the role of South Africa’s #platinum group metals in a greener future and the new project in the North West that is cutting #electricity use by 82% and putting platinum into focus.https://t.co/NpVrlgR0j9 pic.twitter.com/GWho58PPzi
— Martin Creamer (@martincreamer1) January 14, 2021
#Didyouknow? An excellent conductor of electricity, #platinum saves lives! Every tenth #pacemaker in the world contains platinum produced by #Nornickel!#MetalsinMedicine #SavingLives #Medicine #Metals #MetalsandMining pic.twitter.com/FczoFH79rz
— Nornickel (@NornickelGroup) February 15, 2018
We saw in a most-read #H2View story this week, a new enzyme system that can efficiently produce #hydrogen using electricity, as well as generate electricity from hydrogen, could displace platinum-based catalysts in #fuelcells. #hydrogennowhttps://t.co/4k8HNEw9WF
— H2 View (@h2_view) May 16, 2021
I stack physical #silver #gold #Platinum #uranium and #lithium ion kWh batteries. It is apparent that it is just a matter of time before energy crisis hits USA especially #California Be prepared or like Putin said "Going to burn wood in a winter" Just added 16kwh 48v 50ampsH pic.twitter.com/WJEWOywEbr
— Dr Burt, D.C., MUAC (@AskDrBurt) October 5, 2021
Gencell progresses for cost-effective fuel cell technology, ditching palladium#hydrogen #fuelcellhttps://t.co/jvEgPHIHPH
— H2Bulletin (@H2Bulletin) March 15, 2021
Liquid Gallium membrane (rather than Palladium) developed at WPI's Fuel Cell Center successful in filtering Hydrogen https://t.co/4rghs9kVv3
— beulahjetson (@fideldd) September 9, 2017
$BYRG Platinum metals are catalysts for change | Fuel cells offer future demand for precious, industrious PGMs #Platinum #Palladium #Rhodium #Mining #FuelCell #Energy #EV https://t.co/OiwsOB1BFn
— Slfairless (@slfairless) September 23, 2021
$BYRG Platinum and palladium are used in hydrogen fuel cells.
Fuel cell technology may be in the very early stages… growth will mean an increase in demand for platinum especially, the preferred metal for fuel cell catalysts. #Platinum #EV #Battery #Techhttps://t.co/gane00JVrS
— Slfairless (@slfairless) September 5, 2021
$BYRG Fuel-Cell Technology Lets Platinum Miners Shine Again 💪🏼 #Platinum #Mining #FuelCell #EV #Battery #Tech #CleanEnergy https://t.co/MaJNjq8l4K
— Slfairless (@slfairless) June 19, 2021
These #robots can autonomously explore underground environments
by @mashable#AI #BigData #MachineLearning #ArtificialIntelligence #ML #MI #DataScience #Robotics #Automation #RPACc: @space_mog @shannonplatz @geckoboard pic.twitter.com/GO7PkgyM5P
— Ronald van Loon (@Ronald_vanLoon) October 9, 2021
This pint-sized #Robot is NASA`S newest space rover
by @mashable#MI #tech #AI #tech #ArtificialIntelligenceCc: @mikequindazzi pic.twitter.com/NHBJJQsZev
— Ronald van Loon (@Ronald_vanLoon) October 12, 2021
These are the aerones drones
by @IntEngineering#AI #ArtificialIntelligence #Tech #Technology #Aviation #Innovation #Automation #RoboticsCc: @rethinkrobotics @davidsmith4324 @maxjcm @ronald_vanloon @xbrlstandard pic.twitter.com/acmGv3icWw
— Ronald van Loon (@Ronald_vanLoon) October 12, 2021
I check my bank account with my new tattoo!#fintech #payments
TY @IntEngineering
via @enricomolinari@tewoz @CurieuxExplorer @NevilleGaunt @kalydeoo @AshokNellikar @ShiCooks @Fabriziobustama @FrRonconi @sebbourguignon @JeroenBartelse @lesguer_lionelpic.twitter.com/AXLvlCQOii— Olivier Laborde #Innovateordisappear 📲 (@labordeolivier) December 3, 2020
This Tiny Battery Could Power Micro-Robots#Robotics #Automation #Robot #ArtificialIntelligence #MachineLearning #Engineering #AI #IOT By @mashable pic.twitter.com/MI5GK5ZW0w
— VisiveAI (@VisiveAI) April 8, 2021
Your new pair of shoes or sofa could soon have a reduced impact on the environment. Watch our 2020 ETC winner, @ViridiCO2, explain how their catalyst can turn CO2 into polymers for use in the products all around us. #RSCIndustry #COP26 https://t.co/HbOBfLTrZA
— Royal Society of Chemistry (@RoySocChem) October 6, 2021
Offshore wind energy is renewable and reliable, so why aren't our coastlines swamped with wind farms yet? DW's @K_Steinecke finds out for Planet A. 👇 https://t.co/j9AZ5qjh8a
— DW Deutsche Welle (@DeutscheWelle) October 5, 2021
In drought-parched California, some residents are turning to pricey machines that developers say can produce hundreds of gallons of water a day, literally out of thin air. https://t.co/sH9wVquB3c
— The Associated Press (@AP) October 6, 2021
For the same reasons that women live longer: less booze and bravado, and different biology https://t.co/eAzPllUasV
— The Economist (@TheEconomist) October 4, 2021
"… I considered teaching a necessary evil that took me away from the lab bench … But when my life took an unexpected turn, I realized how wrong I had been."
A retired professor reflects on gaining a love for teaching: https://t.co/gBHnSHB4sh #WorldTeachersDay
— Science Magazine (@ScienceMagazine) October 5, 2021
“There’s nothing fundamentally stopping us to build a useful quantum computer.” https://t.co/3d2QJk39gD
— Science News (@ScienceNews) October 4, 2021
The newly found inland mangroves have been able to survive miles from any coast—a “living relict” of a distant time when the ocean reached dozens of feet above today’s shores https://t.co/fwhulaLDqm
— National Geographic (@NatGeo) October 4, 2021
La Palma volcano: Concerns grow over the quality of the air on parts of the island, which is being significantly worsened with every "pulse" of volcanic smoke released.
Watch live as the volcano continues to send ash into the sky and lava to the sea 👇https://t.co/8a73EmfkuK
— Sky News (@SkyNews) October 5, 2021
Apple iPhone 14: Everything We Know So Far https://t.co/VNU6Q95kP1 pic.twitter.com/RSuLY3fKSU
— Forbes Tech (@ForbesTech) October 3, 2021
UPDATE: Facebook and Instagram appear to have reconnected. Here's what happened today: https://t.co/aoQY013sCQ
— WIRED (@WIRED) October 4, 2021
New: Facebook, WhatsApp and Instagram are slowly returning after an hours-long outage. Why did they disappear to begin with?https://t.co/uVYj0BEFaq
— TechCrunch (@TechCrunch) October 4, 2021
“The accelerating climate crisis makes fusion’s elusiveness particularly maddening,” Rivka Glachen writes. Can scientists make the great clean-energy dream a reality before we run out of time? https://t.co/o8lymTyWHT
— The New Yorker (@NewYorker) October 5, 2021
Health experts say this year’s flu season could be far more severe than last year’s. Watch as we explain why and what precautions people can take during the pandemic. https://t.co/YgjZ3asyMx
— The Wall Street Journal (@WSJ) October 5, 2021
A group of scientists has identified a new invertebrate species from a rare fossil found in Gaspésie's Miguasha provincial park. https://t.co/enGP6SFY7W
— CBC News (@CBCNews) October 4, 2021
It's the circle of life. 🐊 pic.twitter.com/gFhMOV0NuA
— USA TODAY (@USATODAY) October 4, 2021
Doctors and nurses on the pandemic frontline have provided a rare insight into Melbourne's #COVID19 wards, as hospitals struggle with 498 coronavirus patients.
They've spoken about their exhaustion and the pain of seeing young people die from the virus. @EmilyRice28 #9News pic.twitter.com/6AvR51KHkL
— 9News Melbourne (@9NewsMelb) October 4, 2021
Incredible makeup artist creates jaw-dropping illusions 😲
🎥: mimles pic.twitter.com/uwjSfRZhlO
— The Sun (@TheSun) October 6, 2021
I'm a PRO-VACCINE doctor, infectious disease specialist & epidemiologist.
I got my 1st dose of Pfizer in 12/2020
& my 2nd in 1/2021.But I'm not getting a booster now.
The vaccines are holding up well
vs symptomatic disease, hospitalization & death:https://t.co/pZjjtkW2gG— Céline Gounder, MD, ScM, FIDSA (@celinegounder) September 27, 2021
Comparative Effectiveness of Moderna, Pfizer-BioNTech, and Janssen (Johnson & Johnson) Vaccines in Preventing COVID-19 Hospitalizations Among Adults Without Immunocompromising Conditions — United States, March–August 2021https://t.co/14BRtDb0PI
— Robert W Malone, MD (@RWMaloneMD) September 19, 2021
Moderna vs. Pfizer: Both coronavirus vaccines are highly effective, but a series of studies found that Moderna seems to be more protective over the long term. Here’s why. https://t.co/XRo3N1BVLm
— The New York Times (@nytimes) September 22, 2021
