Turning Syngas into Sustainable Chemicals: Can Microbes Replace Fossil Feedstocks?
Explore how microbial fermentation can convert syngas and waste gases into sustainable chemicals, fuels, and valuable industrial products.
Beyond Cultivated Meat: Engineering Better Proteins Through Precision Fermentation
Explore how precision fermentation uses engineered microbes to produce proteins and ingredients for alternative foods—and the bioprocess challenges ahead.
Bioprocess Automation in Practice: Inside a Self-Running Fermentation Lab
Inside TU Berlin's KIWI-biolab, where fermentations run for seven days with minimal manual intervention - and what closing that loop actually takes.
The Rise of Carbon-Negative Biomanufacturing: Can Microbes Help Fight Climate Change?
How engineered microbes are turning captured CO₂ into chemicals, fuels and materials — and why gas transfer, not genetics, is usually the step that decides whether a carbon-negative process reaches manufacturing scale.
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.
Turbidity Probes for Tracking Suspended Solids and Crystallization
How backscatter and transmission turbidity probes compare when measuring suspended solids and detecting the onset of crystallization, including metastable zone width.
Agitation – The Secret of Small Reactor Scale-up
The Scale-up Challenge in Small Reactors After initial screening, ...
How Automated DOE Accelerates Chemical Process Optimization
Optimizing chemical processes is a fundamental step in developing ...
H.E.L’s BTC-500 Completes Thermal Runaway Testing on 790Ah Utility Scale Battery Cell
H.E.L Group has successfully completed thermal runaway testing on ...
Building a Fully Automated Platform for Bioprocess Development and Downstream Analytics with the BioXplorer 100
Automation and high-throughput experimentation are increasingly demanding in modern ...
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 ...
A Practical Guide to High-Density Microbial Cultivation: How Modern Turbidostat Systems Improve Bioprocess Performance
Achieving consistent, high-density microbial growth is one of the biggest ...
Emerging Trends in Flow Chemistry: Efficiency, Optimization, and Innovation
Flow Chemistry is changing the way chemical synthesis is carried ...
How can we feed the world and fight global warming? With microbes!
The global population is expected to reach nearly 10 ...
Benefits of Isothermal Calorimetry for EV Manufacturing
Electric vehicles (EVs) have become common on our roads, ...
Hydrogenation: How we can make it safer
Hydrogenation reactions are incredibly common nowadays. From your breakfast ...
H.E.L’s TSu Shortlisted for Prestigious Labmate Award
London, UK, 29 May 2025 – H.E.L Group (H.E.L), ...
Adiabatic Calorimetry in Battery Testing: The Key to Understanding and Preventing Thermal Runaway
As the world continues its shift away from fossil fuels ...
H.E.L Group signs research agreement with the Institute of Chemical Technology (ICT) in Mumbai
Collaboration with ICT Mumbai will focus on advancing process safety ...
Accelerating Action – International Women’s Day 2025
At H.E.L Group, we recognize that progress toward gender ...
Achieving Consistent Oxygen Transfer: The Impact of kLa on Fermentation Scale-Up
In today’s competitive bioprocessing landscape, effective and seamless scaling up ...
How can automation and parallel systems improve chemical synthesis processes?
The growing demand for efficiency in chemical synthesis within industrial ...
H.E.L 2024 Recap and Outlook for 2025
Stepping into 2025 Take a look back at 2024: 2024 ...
Top 5 Challenges in Maximizing Biofuel and Sustainable Aviation Fuel Fermentation Yields
Biomanufacturing is a complex process that requires balanced conditions ...
