Sweetch Energy

Sweetch Energy

Address

6B Rue de la Longeraie
Saint-Grégoire
35760
France

Phone: +33 6 32 92 24 94

Created in 2015, Sweetch Energy focuses on developing proprietary technology to harvest osmotic energy – an abundant and untapped source of renewable energy that is non intermittent and predictable. The company’s technology combines the most recent breakthroughs in nanotechnologies and materials and paves the way to large-scale deployment of osmotic energy as a competitive market solution. With its industrial and academic partners – including the Paris-based Pierre Gilles de Gennes Microfluidics Institute at PSL University – Sweetch Energy is building a multidisciplinary, results-driven team to deliver the potential of osmotic energy to power the world and combat climate change.

Since 2017 Sweetch Energy has secured the support of multiple European and French institutions: it participated to the Nanophlow consortium funded by H2020 within the FET-Open program, won Concours Mondial Innovation, I-Nov and I-Lab contests and received financial support from BPI, Ademe, Région Bretagne and Rennes Métropole.

mipTOF: High-Power Trace Element and Metal Analysis

mipTOF: High-Power Trace Element and Metal Analysis

Discover the mipTOF for fast and high-quality trace element and metals analysis in the air.

From TOFWERK

The MPA Horizon Next-Gen Membrane Permeation Analyzer

The MPA Horizon Next-Gen Membrane Permeation Analyzer

The MPA Horizon Next-Gen Membrane Permeation Analyzer delivers advanced gas and vapor permeation analysis for membranes and barrier films.

From Surface Measurement Systems Ltd

PSM Proton Exchange Membrane (PEM) Electrolyser Stack Module: up to 2,020 Nm³/h

PSM Proton Exchange Membrane (PEM) Electrolyser Stack Module: up to 2,020 Nm³/h

With state-of-the-art Proton Exchange Membrane stacks, PSM Series electrolysers ensure economical, high-purity hydrogen production for large-scale applications.

From Nel Hydrogen

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