As regulatory pressure and decarbonization targets continue to drive the chemical industry away from fossil-based feedstocks, biochemicals are emerging as essential building blocks of the circular economy. Derived from biomass, organic residues, and waste streams, they enable the production of fuels, bioplastics, materials, and specialty chemicals while supporting more sustainable manufacturing models. Explore the collection below to learn how biochemicals support circular production, the challenges associated with scaling bio-based processes, and how advanced measurement technologies help maintain stable, efficient, and reliable operations across the bio-value chain.
1. Biochemicals: How to optimize the bio-value chain
Biochemicals: Optimizing the circular economy bio-value chain | Endress+ZAHauser
Explore what it takes to scale biochemical production successfully. Find out how to manage process variability, improve production stability and achieve high-quality yields across fuels, materials and specialty chemicals.
2. Biodiesel Control: How to increase yield in transesterification
Biodiesel Control: Optimize Transesterification Yields | Endress+Hauser
Looking to optimize biodiesel production? Explore the essential control points that help improve transesterification stability, increase yield and enhance operational efficiency.
3. Bioethanol: Stabilize fermentation & distillation for maximum yield
Bioethanol: Stabilize fermentation & distillation | Endress+Hauser
Discover how to keep your bioethanol fermentation process stable and efficient. Learn how controlling temperature, pH and feedstock variability helps maintain microbial activity, reduce process drift and achieve consistent ethanol yields
4. Bioplastics: Supporting lactic acid fermentation yield
Polylactic Acid (PLA): Optimize Lactic Acid Fermentation | Endress+Hauser
Learn how to achieve consistent, high-quality PLA production. Explore the key process steps from fermentation to polymerization and discover how effective process control helps reduce variability and improve production efficiency.
5. Biodiesel transesterification instrumentation for stable process control
Biodiesel transesterification instrumentation: Stable control | Endress+Hauser
Explore Endress+Hauser’s expertise in biodiesel production and transesterification. Learn how precise measurement and control support process stability, maximize yield and improve operational efficiency. Discover tailored products and solutions that help you meet your production goals with confidence.
6. Bioethanol production measurement solutions for real-time control
Bioethanol production measurement solutions for real-time control | Endress+Hauser
How can bioethanol producers improve yield while maintaining stable and efficient operations? Discover how Endress+Hauser’s advanced measurement solutions provide continuous insight into critical fermentation and distillation processes, helping reduce variability and optimize performance. Explore tailored products and solutions designed to support your specific bioethanol production requirements.
7. PLA measurement solutions to shorten batch time
PLA measurement solutions to shorten batch time | Endress+Hauser
How can bioplastics producers ensure consistent product quality while maintaining efficient and reliable operations? Learn how Endress+Hauser’s advanced measurement solutions provide insight into critical production steps, helping manage process variability and optimize performance from fermentation through polymer production.
8. Case study supporting Biodiesel production assets
Advanced Instrumentation for sustainable biodiesel production | Endress+Hauser
How can biodiesel producers improve process control while maintaining high product quality and operational efficiency? Discover how Tecosol optimized its production process with Endress+Hauser measurement solutions, gaining greater visibility into critical process parameters and supporting more reliable operations. Explore this customer success story to see how advanced instrumentation can help increase process stability and deliver measurable production benefits.
