Process Intensification

In this research area, we focus on the optimization of production processes in the chemical process industry across diverse fields by combining laser-based developments in Process Analytical Technologies (PAT) with open-source Computational Fluid Dynamics (CFD) simulations. This integrated approach allows us to enhance throughput, reduce energy and material consumption, and improve process flexibility.

Real-Time Process Monitoring in the Pulp and Paper Industry Using Raman Spectroscopy

Learn how Raman spectroscopy enables real-time monitoring in the pulp and paper industry, improving chemical recovery, process efficiency, and sustainability.

Process Intensification

Competence Center CHASE

3 min read

Enhancing Starch Hydrolysate Purification: Ultrafiltration Performance Under Industrial Conditions

Ultrafiltration is a key technology for purifying starch hydrolysates, but membrane fouling remains a major challenge. This study shows how optimized cleaning strategies can restore performance and improve long-term process stability in industrial applications.

Process Intensification

Competence Center CHASE

2 min read

Advancing Inline Sensing: Mid‑Infrared Photothermal Spectroscopy for Industrial Liquids

Mid-infrared photothermal spectroscopy is opening new possibilities for inline sensing of industrial liquids. By enabling highly sensitive, real-time analysis without direct contact, this approach supports improved process control, efficiency, and product quality.

Process Intensification

Competence Center CHASE

2 min read