Biogas plants generate valuable measurement data – but it is often difficult to access.
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Blog
Read Now: How We Compensate for Cross-Sensitivities in our Measurement Technology
What if your measurement technology could detect and correct interferences on its own? Our intelligent cross-sensitivity compensation makes exactly that possible. It uses targeted wavelength analysis and mathematical correction methods to precisely separate superimposed signals.
The result: accurate, stable measurement values – even where other systems reach their limits. Discover in the white paper how Fresenius Umwelttechnik elevates gas analysis to a new level with this.
Tory’s New Capabilities – our AI Avatar with New Features
Tory is not just a chatbot – she is our digital colleague. With access to live data, technical systems, and a completely revised conversational approach, she now supports customers on our website. Whether it’s measurement ranges, substances, or service inquiries for third-party devices – Tory provides real-time answers. And that’s just the beginning: email communication and personal recognition make her a true game-changer in customer service.
Our New Substance Finder: Find all Measurable Substances in one Place
Whether for process monitoring, environmental measurement, or quality assurance – precise gas analysis is crucial. At Fresenius Umwelttechnik, we offer you state-of-the-art gas analysis systems – reliable, low-maintenance, and flexibly adaptable to your specific requirements.
May I Introduce Tory – our New AI Agent in Sales
Tory is revolutionizing customer service: With in-depth expertise, she delivers fast, customized answers about biogas, gas analytics, and more – in real time. As an intelligent assistant, she accompanies the entire customer journey, integrates seamlessly into your sales process, and will soon even offer advice via voice. Discover how Tory accelerates your information gathering, strengthens your customer relationships, and optimizes your processes.
Innovative Solution for Biogas Analysis: the New “BioBasic Biomethane” Device
With the “BioBasic Biomethane”, Fresenius Umwelttechnik is launching a compact, robust, and user-friendly device specifically designed for the requirements of the biogas industry. Whether for increasing efficiency, safety control, or biomethane measurement, the new analyzer delivers precise results in seconds and impresses with its ease of use and industrial quality.
Fresenius Umwelttechnik at Biogas Americas 2025: a Look Back
At the leading trade fair for biogas technology in North America, we presented our new Gas Analyzer BioBasic – under the motto “Analyze your gas quality – maximize your profit.” In this review of an exciting trade fair event, you can find out how our appearance went, what kind of response we received, and why gas analysis is becoming increasingly important in biogas production.
Process measurement technology for small biogas plants: The underestimated key to efficiency
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.
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.
