Small biogas plants often struggle with fluctuating substrate quality, low margins, and a lack of monitoring. This is where modern measurement technology can help – for greater efficiency, lower costs, and stable processes. This article shows how sensors and other technologies can achieve great things even with a small budget.
Posts Published byAndreas Rusch
Why it makes sense to build a small biogas plant – and what is important
Whether on the farm, in the municipality, or in an apartment building: Small biogas plants offer a clever solution for decentralized energy generation, waste recycling, and climate protection. Learn in this article how clean energy is generated locally from organic residues – and what is important in terms of planning, technology, and operation.
Continuous biomethane monitoring: A concept for feeding biomethane into the natural gas grid
Feeding biomethane into the natural gas grid places high demands on gas quality. Read this article to find out why continuous monitoring systems are superior to lab-based control, how they improve safety, efficiency, and environmental compatibility, and why they are indispensable for sustainable plants.
The use of gas analyzers in biogas production
Precise monitoring of gas composition is crucial for a stable, economical, and environmentally friendly biogas process. In this article, you will learn how modern gas analyzers help to maximize methane yields, minimize pollutants, and reliably meet legal requirements – from the fermenter to grid injection.
The influence of humidity on the measurement of gases
Moisture in gas mixtures can severely disrupt measuring systems – from dilution effects and condensation to corrosion. This article
shows how moisture falsifies measurement results, which industries are particularly affected, and which technologies help to ensure precise measurements despite humid conditions.
