Mining3 and Low Emission Technology Australia partner with hte GmbH to advance Methane abatement technology as part of industry initiative

Mining3 and Low Emission Technology Australia (LETA) are pleased to announce a partnership with hte GmbH to accelerate the development of catalytic technology to reduce methane emissions from Australian mine sites. The partnership is part of the CATCH4: Catalytic Oxidation Mehr

Collaboration between SUEZ and hte for catalytic valorization of biomass

hte – the high throughput experimentation company entered into an R&D service agreement with SUEZ. This collaboration focused on the screening of various catalytic materials to convert biomass-derived feedstocks into sustainable gases. This biomass valorization R&D project featured a catalyst Mehr

hte wins NEN tender for FCC co-processing of biogenic feedstocks

hte – the high throughput experimentation company was contracted by NEN, the Royal Dutch Standardization Institute, for the provision of R&D services in the field of FCC (Fluid Catalytic Cracking). This project centered on the assessment of verifiable alternatives to radiocarbon analyses for Mehr

hte succeeds in ETH’s tender to supply a reactor system for electrocatalysis

hte – the high throughput experimentation company was awarded a contract by the technical university ETH Zurich to provide a high throughput test system designed for CO2 electroreduction. In developing this technology, hte drew on its extensive knowledge and deep technological Mehr

hte provides first high throughput unit to Shanghai Institute of Cleantech Innovation

hte – the high throughput experimentation company was awarded a tender by ICT (Shanghai Institute of Cleantech Innovation) to supply a 16-fold high throughput test system for Fischer-Tropsch catalyst evaluation. ICT’s choice is the result of a thorough market evaluation Mehr

hte unterstützt Forschung zu metallfreien Katalysatoren zur Herstellung von CO aus CO2

hte – the high throughput experimentation company – wurde von Wissenschaftlern der Stanford School of Humanities and Sciences für die Durchführung eines Forschungsprojekts im Bereich der Reverse Watergas-Shift-Reaktion ausgewählt. Dabei wurde ein neuartiger metallfreier Katalysator zur Herstellung von CO aus Mehr

hte supports research on metal-free catalysts to produce CO from CO2

hte – the high throughput experimentation company was selected by Stanford School of Humanities and Sciences researchers to perform an R&D project on reverse water-gas shift using novel metal-free catalysts to produce CO from CO2. hte has gained great expertise Mehr

Veränderungen in der hte Geschäftsführung

hte – the high throughput experimentation company – verkündet Veränderungen in der Geschäftsleitung, die zum 01. Juni 2023 wirksam wurden. hte reagiert damit auf den zunehmenden Geschäftserfolg und setzt die Basis für weiteres zukünftiges Wachstum. hte ist als Lösungsanbieter für Mehr