R&D workflow
At hte, we develop innovative R&D workflows at the laboratory scale. These workflows include reactor systems, precise analytics, software solutions, and in-depth application knowledge. They enable us to accelerate innovation projects for companies and research institutions and help our clients achieve their sustainability goals. With our expertise, we are able to transfer commercial processes into the laboratory environment and quickly generate results with high data quality and commercial relevance.
Our technologies and workflows enable cost-effective innovation in catalyst and materials research, as well as process development, faster time-to-market, and help our customers achieve their sustainability goals. Learn more about our solutions for your industry and gain a competitive advantage.
Customers worldwide rely on our lab-scale R&D workflows, which combine reactor systems, precise analytics, and customized software solutions with in-depth application knowledge.
hte offers flexible laboratory systems that can be adapted to the respective research question and, thanks to a high degree of parallelization, digitalization and automation, provide data in a short space of time on the basis of which R&D teams can make decisions.
Carbon management refers to all measures that are necessary for securing a sustainable approach to difficult and unavoidable CO2 emissions. Key elements on the road to achieving this are consistently avoiding or minimizing CO2 emissions in established value chains for the production of chemicals and fuels, as well as using CO2 as an input material for these processes.
Renewable raw materials are essential for conserving natural resources, reducing dependencies on fossil fuels, and hitting global sustainability goals. Research and process optimization play a key role in overcoming the many challenges on the road to sustainable use and efficient integration of these raw materials into existing value chains.
hte supplied Haldor Topsøe with a high throughput hydroprocessing plant. The accuracy in terms of temperature, pressure and flow control is as good as advertised by hte and we are confident that the additional capacity of this plant will help us in our development work.1 Kim Knudsen, Research Vice President, Topsoe
hte supplied Haldor Topsøe with a high throughput hydroprocessing plant. The accuracy in terms of temperature, pressure and flow control is as good as advertised by hte and we are confident that the additional capacity of this plant will help us in our development work.1
The BP Conversion Technology Centre has been working with hte since 2005. The results achieved have promoted the development of new technologies, reduced development time, and increased the prospect of imminent technological outcomes. The experience and competent approach of everyone at hte has fostered an intensive working relationship and makes hte a great company for collaborations. David C. Robertson, Technology Vice President Conversion, BP
The BP Conversion Technology Centre has been working with hte since 2005. The results achieved have promoted the development of new technologies, reduced development time, and increased the prospect of imminent technological outcomes. The experience and competent approach of everyone at hte has fostered an intensive working relationship and makes hte a great company for collaborations.
When it comes to R&D processes for battery materials, catalysis, and electrolysis, we are the number one point of contact. Our work has accelerated the development of innovations in all these areas that save emissions worldwide, making a significant contribution to achieving the net-zero goal.
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