A partner company was facing low yields and excessively long reaction times in the production of a key intermediate for contrast agents. The goal was to redefine the synthetic flow to increase efficiency and scalability.
The conventional process involved 5 separate steps, with the need for isolation and purification after each step. This led to cumulative material losses of over 40% and a production cycle of 11 days.
We designed a cascade "one-pot" synthesis strategy, where three key steps were performed sequentially in the same reactor, without isolating the intermediates. We implemented real-time monitoring of critical parameters (pH, temperature) for precise reaction control.
Project Conclusion
The project demonstrated that optimization through step consolidation and advanced analytical control can transform a costly industrial process into a competitive and sustainable one, without compromising the final product purity (>99.8%).
Our collaborators appreciate the practical results obtained by integrating our technologies into their production and logistics workflows.
Production Director, BioSynth SRL
"The implementation of the sterile environment quality control system reduced process errors by 40% in the first quarter. The precision and reliability are exceptional."
Project: Intermediate compound synthesis for API
Head of Logistics, ChemLogistica SA
"The controlled distribution chain management solution optimized our delivery times by 25%. Transparency in batch tracking is now total."
Project: Dedicated logistics platform integration
Chief Process Engineer, IndChimProiect
"The implemented chemical synthesis technology increased the yield of our main process from 78% to 92%. A remarkable qualitative leap."
Project: Reactor optimization for industrial production
All projects are carried out in accordance with internal security and confidentiality standards. Full details are available in the Privacy Policy.