Second Generation API - API Synthesis

Continuous Manufacturing for 2nd Generation API Synthesis Process with Half of the Unit Operations 

Continuous manufacturing offers an interesting toolbox for process intensification of API manufacturing processes. Flow Chemistry provides a wide range of fascinating processing options beside the “classics” of micro reaction technology/flow chemistry, like fast exothermic reactions and hazardous chemistry. An optimization of mass and heat transfer can reduce the necessary processing times by a factor of up to 10. By addressing the specific needs of a chemical reaction using specific reactors, by-product formation can be significantly reduced. 

The consequence of a reduced by-product formation is reduced work-up effort. Blocks of three to four synthesis steps can often be executed without separation and work-up.  

  • Shorter processing times by a factor of up to 10 
  • In one project the number of unit operations was reduced from 18 to 9  
  • The number of solvents for four key steps was reduced from 14 kg solvent per kg of product (2 of them chlorinated) to 7 kg solvent per kg of product (using only chlorine-free solvents) 

These efficiency-boosting projects pay for themselves by the sheer reduction of working capital, since the number of materials in process can be dramatically reduced. Continuous manufacturing enables a reduced variability of batches. Quality losses can be reduced by the use of PAT tools. Safety is increased by much smaller reactor volumes and a much better process control that can be achieved. Hazardous reagents can be generated in-situ and do not need to be stored. Microinnova offers the development of new process concepts by keeping the synthesis route. 

Hazardous Reagents on Demand

Improving safety by generating hazardous substances in-situ for immediate consumption.

Research & Process Development

Improving enzymatic oxidations by using flow chemistry technology.

Flow Chemistry Plants

See how we helped various clients to manufacture using flow technology.