Our management acknowledges and actively supports green energy transition. Hydrogen economy is essential to lead us to a greener world with net zero carbon emissions and when played alongside renewable energy – it will immensely contribute in decarbonization of several economic sectors. We, at Precious Electrochem, share this vision with the world.
PEC’s specially designed platinum plating process for porous titanium substrates allows inhibition of interfacial contact resistance in a PEM water electrolyzer by preventing the passivation of titanium under severe (oxidizing and acidic) PEM operating conditions.
Our management acknowledges and actively supports green energy transition. Hydrogen economy is essential to lead us to a greener world with net zero carbon emissions and when played alongside renewable energy – it will immensely contribute in decarbonization of several economic sectors. We, at Precious Electrochem, share this vision with the world.
PEC’s specially designed platinum plating process for porous titanium substrates allows inhibition of interfacial contact resistance in a PEM water electrolyzer by preventing the passivation of titanium under severe (oxidizing and acidic) PEM operating conditions.
Our management acknowledges and actively supports green energy transition. Hydrogen economy is essential to lead us to a greener world with net zero carbon emissions and when played alongside renewable energy – it will immensely contribute in decarbonization of several economic sectors. We, at Precious Electrochem, share this vision with the world.
PEC’s specially designed platinum plating process for porous titanium substrates allows inhibition of interfacial contact resistance in a PEM water electrolyzer by preventing the passivation of titanium under severe (oxidizing and acidic) PEM operating conditions.
Renewable Energy
Energy Saving
Green Technology
Depending on the type of electrolysis process used – electrolyser equipment is subjected to severe acidic conditions (PEM) and alkaline conditions (AWE, AEM) which makes it prone to heavy corrosion. This can be mitigated by use of PEC’s specially developed coatings. Our portfolio for the hydrogen industry also includes functional surface finishing and metallization solutions using our state-of-the-art electrolytic nickel, electroless nickel, gold and platinum and iridium plating processes, as well as electro(-less) plated catalyst development on turnkey basis.
Our scientists are also involved in the research of an industry first – novel battery chemistry.
For queries related to energy transition, please contact our green energy scientist and business development associate – Mr. Kartik Jain (kartik@preciouselectrochem.com)”
Depending on the type of electrolysis process used – electrolyser equipment is subjected to severe acidic conditions (PEM) and alkaline conditions (AWE, AEM) which makes it prone to heavy corrosion. This can be mitigated by use of PEC’s specially developed coatings. Our portfolio for the hydrogen industry also includes functional surface finishing and metallization solutions using our state-of-the-art electrolytic nickel, electroless nickel, gold and platinum and iridium plating processes, as well as electro(-less) plated catalyst development on turnkey basis.
Our scientists are also involved in the research of an industry first – novel battery chemistry.
For queries related to energy transition, please contact our green energy scientist and business development associate – Mr. Kartik Jain (kartik@preciouselectrochem.com)”
