Every living organism needs the right food to thrive, and microbes are no exception. In gas and hydrogen infrastructure, microorganisms thrive in nutrient-limited, anaerobic environments, feeding on the smallest traces of organic and inorganic compounds. But not all microbes eat the same meal. Understanding who consumes what is key to predicting and managing their impact on your system!   The main microbial players in gas and hydrogen storage are impacting the infrastructure

Straubing, 11.09.2024. The Straubing-based biotech company Microbify is supporting its long-standing customer RWE Gas Storage West in the...

The cultivation of microorganisms applies across industries, including biotech and medicine. It involves the isolation of novel microbes.

In the vast and intricate Tree of Life, each of the three branches represents a unique lineage of living organisms: Eukarya, Bacteria,...

Sulfate reducers are commonly found in subsurface storage systems. They utilize sulfate, thiosulfate, sulfite, and sulfur for H2S production

#Hydrogen as a clean energy source requires understanding microbial activity in subsurface infrastructures like porous rock storages and...

In microbial ecology, the quest to understand the intricate diversity of microorganisms in extreme environments has long been a...

In the realm of microbiology, high-pressure equipment plays a critical role in facilitating complex processes like sampling, cultivating...