Chemicals

Accelerate Reseach & Development through automated and parallelized testing

Many companies already trust hte with their R&D projects.

Chemicals & Petrochemicals

More than ninety percent of all chemical products are derived from crude oil. However, with the declining quality of oil and increasing energy prices, the chemical industry needs to seek alternatives. New value chains are in demand that use alternative resource materials such as natural gas or renewable raw materials in a cost-efficient way. These challenges are addressed by new chemical processes or by improving existing processes in which the optimization of catalysts plays a key role. hte's technologies and services enable testing capacities to be expanded without increasing time and costs. We offer solutions for a broad range of applications:

Chemicals

Oxidation
Hydrogenation
Dehydrogenation
Oxidative coupling
Amination
C-H activation
CO₂ conversion
Chlorine chemistry
And many more

Petrochemicals

Gas-to-chemicals
Reforming
Syngas conversion
Gas-to-liquids
Fischer-Tropsch
Methanol conversion
Ethanol conversion
Transalkylation
And many more

Speed up your catalyst and process R&D for chemicals and intermediates with high throughput

Learn why automated and parallelized testing technologies for catalytic reactions are important tools to advance speed and efficiency in R&D.

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Learn how to reduce CO2 emissions in the chemical industry

On 42 pages, you will find everything you need to know about the potential and challenges of catalytic CO₂ utilization and conversion in future industrial applications for achieving a lower carbon footprint.

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High-Throughput Experimentation Qualifies Commercial Catalyst

Catalysts are the key components for maximizing process efficiency to ensure competitiveness and improved margins. Our article produced in conjunction with SIPCHEM shows how a commercial catalyst for gas-phase hydrogenation was qualified based on the results of high throughput testing.

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Speeding up time to market for biobased products using fast and efficient high throughput experimentation

High throughput technology speeds up time-to-market and can be utilized to establish a comprehensive technology platform for converting non-food biomass into valuable biobased building blocks. In this case study we demonstrated R&D in action by producing 1,6-hexanediol from biomass.