Blogs & Use cases

Green hydrogen and green ammonia are pivotal to the renewable energy sector, with hydrogen produced through water electrolysis using sources like wind turbines, and ammonia synthesized by combining this hydrogen with nitrogen. As the industry seeks to significantly reduce CO2 emissions, achieving reliability and profitability in the production of both green hydrogen and green ammonia is essential. Advanced predictive maintenance technologies like I-Sense are crucial in this endeavor....

Green hydrogen and green ammonia are pivotal to the renewable energy sector, with hydrogen produced through water electrolysis using sources like wind turbines, and ammonia synthesized by combining this hydrogen with nitrogen. As the industry seeks to significantly reduce CO2 emissions, achieving reliability and profitability in the production of both green hydrogen and green ammonia is essential. Advanced predictive maintenance technologies like I-Sense are crucial in this endeavor....

Green hydrogen and ammonia are crucial for renewable energy, produced via water electrolysis from wind and combining hydrogen with nitrogen. To cut CO2 emissions, ensuring reliable and profitable production of both is vital.

La digitalisation de la maintenance s'impose de plus en plus comme une solution incontournable pour anticiper et prévenir les défaillances des équipements industriels. Un exemple concret est illustré par le système ViboX, installé sur une pompe, qui a récemment empêché une catastrophe imminente grâce à son intégration avec la plateforme I-SENSE