To start the week off right, two water electrolysis technologies ready to decarbonize factories

Industry and Technology

Published on 10/01/2022 at 10:00 a.m.

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Pour bien commencer la semaine, deux technologies d’électrolyse de l’eau parées pour décarboner les usines

In Germany, Siemens Energy’s PEM electrolysers will produce green hydrogen from 2022.

© Siemens

To get this week off to a good start, the editorial staff of Industrie & Technologies invites you to compare the two green hydrogen production technologies ready to scale up: alkaline electrolysis and that with an exchange membrane of protons. Let yourself also be surprised by the innovative transistor architecture proposed by IBM and Samsung and Sony’s ambitions in the field of electric vehicles.

Alkaline electrolysis and PEM, two mature technologies to decarbonize factories

While the decarbonization of industry is high on the agenda of most hydrogen strategies around the world, the two electrolysis technologies of the water ready for industrialization are competing to equip manufacturers wishing to produce hydrogen for their processes. Which electrolysis technique, alkaline or PEM, will succeed in seducing current and future manufacturers? hydrogen consumers?

Sony enters the automotive sector

The long-awaited Consumer Electronic Show ( CES) – the most important exhibition devoted to technological innovation in consumer electronics – opened on January 5 and closed two days later in Las Vegas. On this occasion, Sony announced the creation of a subsidiary dedicated to electric automobile. Story

3D printing: the not so distant dream of the distributed factory

Two concepts could reshape the industrial landscape: micro-factories and distributed production. Additive manufacturing specialists offer manufacturers modular micro-factories to support their demand for flexibility and allow them connected and distributed production, as close as possible to uses. Decryption.

Zoom on the vertical transistor of IBM and Samsung to push the limits of Moore’s Law

Tipping point in the world of transistors. Planar transistor, FinFET, gate-all-around (GAA) based on nano-sheets… All transistor architectures have in common the fact that the current passes through them horizontally, parallel to the silicon substrate. IBM and Samsung presented a brand new transistor architecture, called VTFET, for “Vertical transport field effect transistor”. And intend to exceed Moore’s law.

What is the CEA’s vision of the digital future?

Blockchain more sober from an environmental point of view, smart air quality measurement tool and self-learning robot : the CEA presented three of its most ambitious projects to the course of his press briefing devoted to his “vision of the digital future”.

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