High Pressure Catalysis
Why Parallel Screening Is Changing Selective Hydrogenation
How Oxford and Johnson Matthey used parallel high-pressure screening and real-time hydrogen uptake data to separate catalyst performance from experimental drift.
Why Supported Catalyst Screening Systems Matter More Than Ever in 2026
As chemists, process development teams, and R&D groups plan ...
Catalysis Accelerated: How the H.E.L ChemSCAN is Revolutionizing High-Pressure Research
Dr. Stephan stared at the bank of six traditional ...
Emerging Trends in Flow Chemistry: Efficiency, Optimization, and Innovation
Flow Chemistry is changing the way chemical synthesis is carried ...
Chasing down effective, simple molecule conversion: the possibilities of C-H bonds
The results of successfully functionalizing C-H bonds (CHB) are ...
Exploring high-pressure catalysis in action
At H.E.L, there's nothing we don't know about the capabilities ...
Better than the real thing? Lab-based photosynthesis hints at new fuel revolution
Ours is a world that fails to have positive ...
Beginner’s Guide to Flow Chemistry
For many, a journey into flow chemistry has just begun; ...
Exploring the pitfalls of Flow Chemistry – industry and academic insight
Recently, H.E.L invited four specialist flow chemistry practitioners to speak ...
Batch Versus Flow in Pharma: The upsides of continuous chemistry
Does today's take-up of flow chemistry in fields such as ...
