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.
How Oxford and Johnson Matthey used parallel high-pressure screening and real-time hydrogen uptake data to separate catalyst performance from experimental drift.
How backscatter and transmission turbidity probes compare when measuring suspended solids and detecting the onset of crystallization, including metastable zone width.
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Automation and high-throughput experimentation are increasingly demanding in modern ...
As chemists, process development teams, and R&D groups plan ...
Dr. Stephan stared at the bank of six traditional ...
Achieving consistent, high-density microbial growth is one of the biggest ...
Flow Chemistry is changing the way chemical synthesis is carried ...
The global population is expected to reach nearly 10 ...
Electric vehicles (EVs) have become common on our roads, ...
Hydrogenation reactions are incredibly common nowadays. From your breakfast ...
As the world continues its shift away from fossil fuels ...
At H.E.L Group, we recognize that progress toward gender ...
In today’s competitive bioprocessing landscape, effective and seamless scaling up ...
The growing demand for efficiency in chemical synthesis within industrial ...
Stepping into 2025 Take a look back at 2024: 2024 ...
Biomanufacturing is a complex process that requires balanced conditions ...
The industry has faced a multitude of challenges historically: reducing ...
Picture this. You are placidly sleeping in your home ...
We are an energy-hungry society. Since the advent of ...
Introduction If you are reading this blog post, it ...
Introduction The human gastrointestinal microbiome comprises trillions of microorganisms ...
Plastics are everywhere, from bags to means of transport. ...
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