#electrochemical — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #electrochemical, aggregated by home.social.
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https://www.europesays.com/africa/168260/ Single-Use Fluid Management Market in Nigeria | Report – IndexBox #AsepticConnectionTechnology(eG #BiopharmaMarketReport #connectors) #electrochemical) #FedBatchAndPerfusionFeeding #forecast #GammaIrradiatedPolymerFilms #HarvestAndClarificationFluidTransfer #InProcessSamplingForPAT #MarketAnalysis #MediaAndBufferPreparationAndStorage #Nigeria #PreSterilizedAssemblyDesignAndManufacturing #SingleUseFluidManagement #SingleUseSensorPatches(optical #SterileWelders
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Etching Atomically Fine Needle Points https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dPrinterhacks #chemistryhacks #RepRapMicron #microneedle #etching
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Etching Atomically Fine Needle Points https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dPrinterhacks #chemistryhacks #RepRapMicron #microneedle #etching
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Etching Atomically Fine Needle Points https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dPrinterhacks #chemistryhacks #RepRapMicron #microneedle #etching
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Etching Atomically Fine Needle Points https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dPrinterhacks #chemistryhacks #RepRapMicron #microneedle #etching
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Etching Atomically Fine Needle Points - [Vik Olliver] has been extending the lower resolution limits of 3D printers with ... - https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dprinterhacks #chemistryhacks #reprapmicron #microneedle #etching
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Etching Atomically Fine Needle Points - [Vik Olliver] has been extending the lower resolution limits of 3D printers with ... - https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dprinterhacks #chemistryhacks #reprapmicron #microneedle #etching
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Etching Atomically Fine Needle Points - [Vik Olliver] has been extending the lower resolution limits of 3D printers with ... - https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dprinterhacks #chemistryhacks #reprapmicron #microneedle #etching
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Etching Atomically Fine Needle Points - [Vik Olliver] has been extending the lower resolution limits of 3D printers with ... - https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dprinterhacks #chemistryhacks #reprapmicron #microneedle #etching
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Etching Atomically Fine Needle Points - [Vik Olliver] has been extending the lower resolution limits of 3D printers with ... - https://hackaday.com/2025/10/13/etching-atomically-fine-needle-points/ #electrochemical #3dprinterhacks #chemistryhacks #reprapmicron #microneedle #etching
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#PocketPotentiostat: #OpenSource framework for a #potentiostat, #galvanostat & #electrochemical #impedance #spectrometer:
- #voltammetry & #chronoamperometry (pA-0.1 A & ±12 V)
- #chronopotentiometry
- #EIS bandwidth: 0.1-1 MHzhttps://doi.org/10.1021/acs.jchemed.1c00228
#DIYbio #electrochemistry #lab #instruments #science #research #STEM #MINT #education -
#PocketPotentiostat: #OpenSource framework for a #potentiostat, #galvanostat & #electrochemical #impedance #spectrometer:
- #voltammetry & #chronoamperometry (pA-0.1 A & ±12 V)
- #chronopotentiometry
- #EIS bandwidth: 0.1-1 MHzhttps://doi.org/10.1021/acs.jchemed.1c00228
#DIYbio #electrochemistry #lab #instruments #science #research #STEM #MINT #education -
#PocketPotentiostat: #OpenSource framework for a #potentiostat, #galvanostat & #electrochemical #impedance #spectrometer:
- #voltammetry & #chronoamperometry (pA-0.1 A & ±12 V)
- #chronopotentiometry
- #EIS bandwidth: 0.1-1 MHzhttps://doi.org/10.1021/acs.jchemed.1c00228
#DIYbio #electrochemistry #lab #instruments #science #research #STEM #MINT #education -
#PocketPotentiostat: #OpenSource framework for a #potentiostat, #galvanostat & #electrochemical #impedance #spectrometer:
- #voltammetry & #chronoamperometry (pA-0.1 A & ±12 V)
- #chronopotentiometry
- #EIS bandwidth: 0.1-1 MHzhttps://doi.org/10.1021/acs.jchemed.1c00228
#DIYbio #electrochemistry #lab #instruments #science #research #STEM #MINT #education -
#PocketPotentiostat: #OpenSource framework for a #potentiostat, #galvanostat & #electrochemical #impedance #spectrometer:
- #voltammetry & #chronoamperometry (pA-0.1 A & ±12 V)
- #chronopotentiometry
- #EIS bandwidth: 0.1-1 MHzhttps://doi.org/10.1021/acs.jchemed.1c00228
#DIYbio #electrochemistry #lab #instruments #science #research #STEM #MINT #education -
#PUDELstat: An improved modular low-cost #OpenSource #potentiostat / #galvanostat for #electrochemical laboratories:
-#Arduino / #GUI -controlled
-requires #LabVIEW
-cost ~ US $40https://doi.org/10.1021/acs.jchemed.3c01044
#DIYbio #chemistry #electrochemistry #lab #instruments #voltammetry -
#PUDELstat: An improved modular low-cost #OpenSource #potentiostat / #galvanostat for #electrochemical laboratories:
-#Arduino / #GUI -controlled
-requires #LabVIEW
-cost ~ US $40https://doi.org/10.1021/acs.jchemed.3c01044
#DIYbio #chemistry #electrochemistry #lab #instruments #voltammetry -
#PUDELstat: An improved modular low-cost #OpenSource #potentiostat / #galvanostat for #electrochemical laboratories:
-#Arduino / #GUI -controlled
-requires #LabVIEW
-cost ~ US $40https://doi.org/10.1021/acs.jchemed.3c01044
#DIYbio #chemistry #electrochemistry #lab #instruments #voltammetry -
#PUDELstat: An improved modular low-cost #OpenSource #potentiostat / #galvanostat for #electrochemical laboratories:
-#Arduino / #GUI -controlled
-requires #LabVIEW
-cost ~ US $40https://doi.org/10.1021/acs.jchemed.3c01044
#DIYbio #chemistry #electrochemistry #lab #instruments #voltammetry -
#PUDELstat: An improved modular low-cost #OpenSource #potentiostat / #galvanostat for #electrochemical laboratories:
-#Arduino / #GUI -controlled
-requires #LabVIEW
-cost ~ US $40https://doi.org/10.1021/acs.jchemed.3c01044
#DIYbio #chemistry #electrochemistry #lab #instruments #voltammetry -
Okay, so, we did a thing. Writing a post a few weeks later as the manuscript is up in its properly styled electronic form. Here is a new #article on #electrochemical #copolymerization of #hydroquinone and #PEDOT, which is essentially its title. Apart from checking whether it's actually a #copolymer (rather than a composite), we adjusted synthesis parameters, studied charge transfer a bit, and threw in a little something regarding probable use as an #energy storing #ElectrodeMaterial.
There are also bits and pieces of other methods relevant to our ongoing projects, but the most curious thing for me personally (and the one that led me to near-exhaustion a few times when I thought that a fluke is an “aha!” moment) is the possibility of mixing two relatively simple compounds, bashing them with pulsed potential repeatedly and getting an outcome of a nice capacitive/conducting PEDOT response, on top of which we can have however much we want (well, up to about two-thirds) redox response of hydroquinone.
Anyway, we’ve been cooking for 2 years, because each time something happened, it did the result more interesting, until we were finally—well, not satisfied exactly—but sure that it would be compelling as a published article.
The link is here:
https://doi.org/10.1039/D4TA07307J -
Okay, so, we did a thing. Writing a post a few weeks later as the manuscript is up in its properly styled electronic form. Here is a new #article on #electrochemical #copolymerization of #hydroquinone and #PEDOT, which is essentially its title. Apart from checking whether it's actually a #copolymer (rather than a composite), we adjusted synthesis parameters, studied charge transfer a bit, and threw in a little something regarding probable use as an #energy storing #ElectrodeMaterial.
There are also bits and pieces of other methods relevant to our ongoing projects, but the most curious thing for me personally (and the one that led me to near-exhaustion a few times when I thought that a fluke is an “aha!” moment) is the possibility of mixing two relatively simple compounds, bashing them with pulsed potential repeatedly and getting an outcome of a nice capacitive/conducting PEDOT response, on top of which we can have however much we want (well, up to about two-thirds) redox response of hydroquinone.
Anyway, we’ve been cooking for 2 years, because each time something happened, it did the result more interesting, until we were finally—well, not satisfied exactly—but sure that it would be compelling as a published article.
The link is here:
https://doi.org/10.1039/D4TA07307J -
Okay, so, we did a thing. Writing a post a few weeks later as the manuscript is up in its properly styled electronic form. Here is a new #article on #electrochemical #copolymerization of #hydroquinone and #PEDOT, which is essentially its title. Apart from checking whether it's actually a #copolymer (rather than a composite), we adjusted synthesis parameters, studied charge transfer a bit, and threw in a little something regarding probable use as an #energy storing #ElectrodeMaterial.
There are also bits and pieces of other methods relevant to our ongoing projects, but the most curious thing for me personally (and the one that led me to near-exhaustion a few times when I thought that a fluke is an “aha!” moment) is the possibility of mixing two relatively simple compounds, bashing them with pulsed potential repeatedly and getting an outcome of a nice capacitive/conducting PEDOT response, on top of which we can have however much we want (well, up to about two-thirds) redox response of hydroquinone.
Anyway, we’ve been cooking for 2 years, because each time something happened, it did the result more interesting, until we were finally—well, not satisfied exactly—but sure that it would be compelling as a published article.
The link is here:
https://doi.org/10.1039/D4TA07307J -
Okay, so, we did a thing. Writing a post a few weeks later as the manuscript is up in its properly styled electronic form. Here is a new #article on #electrochemical #copolymerization of #hydroquinone and #PEDOT, which is essentially its title. Apart from checking whether it's actually a #copolymer (rather than a composite), we adjusted synthesis parameters, studied charge transfer a bit, and threw in a little something regarding probable use as an #energy storing #ElectrodeMaterial.
There are also bits and pieces of other methods relevant to our ongoing projects, but the most curious thing for me personally (and the one that led me to near-exhaustion a few times when I thought that a fluke is an “aha!” moment) is the possibility of mixing two relatively simple compounds, bashing them with pulsed potential repeatedly and getting an outcome of a nice capacitive/conducting PEDOT response, on top of which we can have however much we want (well, up to about two-thirds) redox response of hydroquinone.
Anyway, we’ve been cooking for 2 years, because each time something happened, it did the result more interesting, until we were finally—well, not satisfied exactly—but sure that it would be compelling as a published article.
The link is here:
https://doi.org/10.1039/D4TA07307J -
Okay, so, we did a thing. Writing a post a few weeks later as the manuscript is up in its properly styled electronic form. Here is a new #article on #electrochemical #copolymerization of #hydroquinone and #PEDOT, which is essentially its title. Apart from checking whether it's actually a #copolymer (rather than a composite), we adjusted synthesis parameters, studied charge transfer a bit, and threw in a little something regarding probable use as an #energy storing #ElectrodeMaterial.
There are also bits and pieces of other methods relevant to our ongoing projects, but the most curious thing for me personally (and the one that led me to near-exhaustion a few times when I thought that a fluke is an “aha!” moment) is the possibility of mixing two relatively simple compounds, bashing them with pulsed potential repeatedly and getting an outcome of a nice capacitive/conducting PEDOT response, on top of which we can have however much we want (well, up to about two-thirds) redox response of hydroquinone.
Anyway, we’ve been cooking for 2 years, because each time something happened, it did the result more interesting, until we were finally—well, not satisfied exactly—but sure that it would be compelling as a published article.
The link is here:
https://doi.org/10.1039/D4TA07307J -
Potentials should not be described as anodic or cathodic.
Anodic/cathodic refer to currents only. Other quantities need not apply.
Nomenclature matters!
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Potentials should not be described as anodic or cathodic.
Anodic/cathodic refer to currents only. Other quantities need not apply.
Nomenclature matters!
-
Potentials should not be described as anodic or cathodic.
Anodic/cathodic refer to currents only. Other quantities need not apply.
Nomenclature matters!
-
Potentials should not be described as anodic or cathodic.
Anodic/cathodic refer to currents only. Other quantities need not apply.
Nomenclature matters!
-
Potentials should not be described as anodic or cathodic.
Anodic/cathodic refer to currents only. Other quantities need not apply.
Nomenclature matters!
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SciTech Chronicles. . . . . . . . .April 10th, 2025
#Canada #LM26 #toroidal #mechanical #infrared #plasma #AI #accuracy #Electrochemical #ironmaking #particles #electrolysis #lablab #FRIL #natural #Mouth #automated #material #synthesis #open-source
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SciTech Chronicles. . . . . . . . .April 10th, 2025
#Canada #LM26 #toroidal #mechanical #infrared #plasma #AI #accuracy #Electrochemical #ironmaking #particles #electrolysis #lablab #FRIL #natural #Mouth #automated #material #synthesis #open-source
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SciTech Chronicles. . . . . . . . .April 10th, 2025
#Canada #LM26 #toroidal #mechanical #infrared #plasma #AI #accuracy #Electrochemical #ironmaking #particles #electrolysis #lablab #FRIL #natural #Mouth #automated #material #synthesis #open-source
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SciTech Chronicles. . . . . . . . .April 10th, 2025
#Canada #LM26 #toroidal #mechanical #infrared #plasma #AI #accuracy #Electrochemical #ironmaking #particles #electrolysis #lablab #FRIL #natural #Mouth #automated #material #synthesis #open-source
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SciTech Chronicles. . . . . . . . .Mar 4th, 2025
#Częstochowa-Mirów #smelting #SEM #metabolites #fatty #acids #1-linoleoyl-GPE #H5N1 #aerosol #electrochemical #aptamers #polyps #colibactin #epithelial #Nissle #Salto #cryovolcanoes
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#Electrochemical #X-ray scattering unlocks secrets of ##redox enzymes
https://phys.org/news/2025-01-electrochemical-ray-secrets-redox-enzymes.html
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#Electrochemical #X-ray scattering unlocks secrets of ##redox enzymes
https://phys.org/news/2025-01-electrochemical-ray-secrets-redox-enzymes.html
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#Electrochemical #X-ray scattering unlocks secrets of ##redox enzymes
https://phys.org/news/2025-01-electrochemical-ray-secrets-redox-enzymes.html
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#Electrochemical #X-ray scattering unlocks secrets of ##redox enzymes
https://phys.org/news/2025-01-electrochemical-ray-secrets-redox-enzymes.html
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#Electrochemical #X-ray scattering unlocks secrets of ##redox enzymes
https://phys.org/news/2025-01-electrochemical-ray-secrets-redox-enzymes.html
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A research team at the Paul Scherrer Institute PSI has developed a new sustainable process that can be used to improve the #electrochemical performance of #lithium-ion #batteries.
#Chemistry #Technology #Environmental #sflorg
https://www.sflorg.com/2025/01/chm01062501.html -
A research team at the Paul Scherrer Institute PSI has developed a new sustainable process that can be used to improve the #electrochemical performance of #lithium-ion #batteries.
#Chemistry #Technology #Environmental #sflorg
https://www.sflorg.com/2025/01/chm01062501.html -
A research team at the Paul Scherrer Institute PSI has developed a new sustainable process that can be used to improve the #electrochemical performance of #lithium-ion #batteries.
#Chemistry #Technology #Environmental #sflorg
https://www.sflorg.com/2025/01/chm01062501.html -
A research team at the Paul Scherrer Institute PSI has developed a new sustainable process that can be used to improve the #electrochemical performance of #lithium-ion #batteries.
#Chemistry #Technology #Environmental #sflorg
https://www.sflorg.com/2025/01/chm01062501.html -
A research team at the Paul Scherrer Institute PSI has developed a new sustainable process that can be used to improve the #electrochemical performance of #lithium-ion #batteries.
#Chemistry #Technology #Environmental #sflorg
https://www.sflorg.com/2025/01/chm01062501.html -
Colleagues have published a new article on #cobaltocenium-containing polymers (well, #polysiloxanes). Our lab has contributed to some #electrochemical characterization. This is also where I realized that, despite the deceptive similarity between ferrocenes and cobaltocenes, the latter are quite capricious, as they prefer #redox reactions in cathodic potential regions. The more challenges, the more interesting the task, I suppose. Anyway, here’s the link: https://doi.org/10.1021/acsapm.4c02238 [ACS / non-OA]
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Colleagues have published a new article on #cobaltocenium-containing polymers (well, #polysiloxanes). Our lab has contributed to some #electrochemical characterization. This is also where I realized that, despite the deceptive similarity between ferrocenes and cobaltocenes, the latter are quite capricious, as they prefer #redox reactions in cathodic potential regions. The more challenges, the more interesting the task, I suppose. Anyway, here’s the link: https://doi.org/10.1021/acsapm.4c02238 [ACS / non-OA]
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Colleagues have published a new article on #cobaltocenium-containing polymers (well, #polysiloxanes). Our lab has contributed to some #electrochemical characterization. This is also where I realized that, despite the deceptive similarity between ferrocenes and cobaltocenes, the latter are quite capricious, as they prefer #redox reactions in cathodic potential regions. The more challenges, the more interesting the task, I suppose. Anyway, here’s the link: https://doi.org/10.1021/acsapm.4c02238 [ACS / non-OA]
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Colleagues have published a new article on #cobaltocenium-containing polymers (well, #polysiloxanes). Our lab has contributed to some #electrochemical characterization. This is also where I realized that, despite the deceptive similarity between ferrocenes and cobaltocenes, the latter are quite capricious, as they prefer #redox reactions in cathodic potential regions. The more challenges, the more interesting the task, I suppose. Anyway, here’s the link: https://doi.org/10.1021/acsapm.4c02238 [ACS / non-OA]
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this guy wrote up a very cool introduction to cyclic voltammetry. Highly recommended!
#chemistry #electrochemistry #electrochemicalengineering #electrochemical
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this guy wrote up a very cool introduction to cyclic voltammetry. Highly recommended!
#chemistry #electrochemistry #electrochemicalengineering #electrochemical
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this guy wrote up a very cool introduction to cyclic voltammetry. Highly recommended!
#chemistry #electrochemistry #electrochemicalengineering #electrochemical
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this guy wrote up a very cool introduction to cyclic voltammetry. Highly recommended!
#chemistry #electrochemistry #electrochemicalengineering #electrochemical
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this guy wrote up a very cool introduction to cyclic voltammetry. Highly recommended!
#chemistry #electrochemistry #electrochemicalengineering #electrochemical
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New #foreverchemical #cleanup #strategy discovered. Pollution caused by #fire #suppressant foams at #military air bases and commercial# airports. The method is detailed in the journal Nature Water. It involves treating heavily #contaminated #water with ultra-violet (#UV) light, #sulfite, and a process called #electrochemical #oxidation, explained UCR associate professor Jinyong Liu https://phys.org/news/2024-05-chemical-cleanup-strategy.html #wter #contamination #pollution #publichealth #cleanwater
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New #foreverchemical #cleanup #strategy discovered. Pollution caused by #fire #suppressant foams at #military air bases and commercial# airports. The method is detailed in the journal Nature Water. It involves treating heavily #contaminated #water with ultra-violet (#UV) light, #sulfite, and a process called #electrochemical #oxidation, explained UCR associate professor Jinyong Liu https://phys.org/news/2024-05-chemical-cleanup-strategy.html #wter #contamination #pollution #publichealth #cleanwater
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New #foreverchemical #cleanup #strategy discovered. Pollution caused by #fire #suppressant foams at #military air bases and commercial# airports. The method is detailed in the journal Nature Water. It involves treating heavily #contaminated #water with ultra-violet (#UV) light, #sulfite, and a process called #electrochemical #oxidation, explained UCR associate professor Jinyong Liu https://phys.org/news/2024-05-chemical-cleanup-strategy.html #wter #contamination #pollution #publichealth #cleanwater
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New #foreverchemical #cleanup #strategy discovered. Pollution caused by #fire #suppressant foams at #military air bases and commercial# airports. The method is detailed in the journal Nature Water. It involves treating heavily #contaminated #water with ultra-violet (#UV) light, #sulfite, and a process called #electrochemical #oxidation, explained UCR associate professor Jinyong Liu https://phys.org/news/2024-05-chemical-cleanup-strategy.html #wter #contamination #pollution #publichealth #cleanwater
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New #foreverchemical #cleanup #strategy discovered. Pollution caused by #fire #suppressant foams at #military air bases and commercial# airports. The method is detailed in the journal Nature Water. It involves treating heavily #contaminated #water with ultra-violet (#UV) light, #sulfite, and a process called #electrochemical #oxidation, explained UCR associate professor Jinyong Liu https://phys.org/news/2024-05-chemical-cleanup-strategy.html #wter #contamination #pollution #publichealth #cleanwater
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[#TRADESHOW] 2024 HST Guangzhou International Hydrogen #Technology #Industry #Exhibition offers products such as #hydrogen #generators, hydrogen #rich #water and #food, #electrochemical #materials, hydrogen #medical #auxiliary products, and hydrogen #beauty #products. 1.-3. April 2024. Poly World #Trade Center, #Guangzhou, #China. https://cnbusinessforum.com/event/2024-hst-guangzhou-international-hydrogen-technology-industry-expo/