Profil
Animesh Jha is the founder of Inertius Ltd.
He has a doctorate degree from Imperial College London, a graduate degree from the Indian Institute of Science, and an undergraduate degree from the Indian Institute of Technology Roorkee.
Ehemalige bekannte Positionen von Animesh Jha
| Unternehmen | Position | Ende |
|---|---|---|
Inertius Ltd.
 Inertius Ltd. Miscellaneous Commercial ServicesCommercial Services Inertius Ltd is a privately owned company formed to commercialize the inert anode technology developed at the University of Leeds by Professor Jha and his team. The original work focused on a unique alloy which, during operation, developed a passivation layer making it highly corrosion resistant during early trials of electrochemical metal production processes. The company is engaged on an extensive program of development to trial the anodes over extended time periods and prove the cost savings and reductions in carbon emissions that the early trials exhibited. Other work is focused at developing the techniques necessary to fabricate the alloy and make the anodes themselves. | Gründer | - |
Ausbildung von Animesh Jha
| Imperial College London | Doctorate Degree |
| Indian Institute of Science | Graduate Degree |
| Indian Institute of Technology Roorkee | Undergraduate Degree |
Erfahrungen
Besetzte Positionen
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Börsennotierte Unternehmen
Private Unternehmen
Beziehungen
Beziehungen ersten Grades
Unternehmen ersten Grades
Herr
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Führungskräfte
Unternehmensverbindungen
| Private Unternehmen | 1 |
|---|---|
Inertius Ltd.
Inertius Ltd. Miscellaneous Commercial ServicesCommercial Services Inertius Ltd is a privately owned company formed to commercialize the inert anode technology developed at the University of Leeds by Professor Jha and his team. The original work focused on a unique alloy which, during operation, developed a passivation layer making it highly corrosion resistant during early trials of electrochemical metal production processes. The company is engaged on an extensive program of development to trial the anodes over extended time periods and prove the cost savings and reductions in carbon emissions that the early trials exhibited. Other work is focused at developing the techniques necessary to fabricate the alloy and make the anodes themselves. | Commercial Services |
