Table of Contents ​​1. Why are organic acids relevant across industries? 2. What are organic acids? 3. What role do organic acids play in biogas production? 4. How do organic acids affect agriculture? 5. Why are organic acids important in food production? 6. How are organic acids monitored and controlled? 7. What is the future role of organic acids in industry? 1. Why are organic acids relevant across industries? Organic acids are present in a wide range of natural and indust

Table of contents What are geothermal environments? How is geothermal energy generated and used? What types of microorganisms are found in geothermal systems? How do biogeochemical cycles and mineral interactions affect geothermal energy? How do microorganisms impact geothermal energy production? What scientific advances and research methods are used in geothermal energy? What are the future perspectives of geothermal energy and microbiology? 1. What are geothermal environme

Two companies. Two sectors. One common goal. At first sight, Euro-Labor GmbH and Microbify GmbH cover two completely different topics: Failure analysis and materials investigation vs. microbiology. Together with Jens Jürgensen and Gregor Manke, we took the chance to discuss potential synergies and found a common ground: microbiologically influenced corrosion (MIC). On the one hand, this type ofcorrosion is still neglected in many industries. On the other hand, MIC is seldom t

Introduction: rethinking biomass production The global demand for sustainable food, fuels, and chemicals is driving the development of alternative biotechnologies that reduce reliance on fossil fuels and agricultural resources. Gas fermentation is emerging as a promising solution. This process leverages microorganisms to convert gaseous substrates, particularly carbon dioxide (CO₂) and hydrogen (H₂), into microbial biomass and other value-added products. Unlike conventional f