25+ Years of proven expertise
100+ Chemists dedicated to your success
US & Ireland Facilities for secure, reliable supply

Efficient, Scalable Process Chemistry

With extensive experience in chemical process development, we are innovators, committed to delivering cost-effective, safe and scalable chemical processes.

Adesis’ process development team optimizes small-scale chemical synthesis and prepare it for the multi-kilogram manufacturing level. Our expert scientists will engage with you to follow or enhance your scale-up process, or design and execute a cost-effective scale-up process
– quickly, safely and to the highest purity and quality.

PROCESS EVALUATION
PROCESS IMPROVEMENTS
REPRODUCIBILITY & TOOLS
PROCESS EVALUATION
  • Route scouting and selection
  • Organic & organometallic synthesis
  • Heterocycles, deuteration, high-purity monomers
  • Hazard evaluation (DSC, TSu, calorimetry)
PROCESS IMPROVEMENTS
  • Multi-factor DoE for parameter optimization
  • Process intensification (performance, efficiency, sustainability)
  • Process optimization
  • Impurity synthesis, isolation, & characterization
REPRODUCIBILITY & TOOLS
  • Fate and purge of impurities
  • Repeatability & consistency studies
  • EasyMax, Polyblock, Biotage Endeavor, Flow Chemistry

Proven Expertise and Scalability

Our experts bring deep industry experience in biotech, pharmaceuticals, and electronic-grade specialty monomers—where high purity is non-negotiable. We offer rapid scalability from gram-scale proof-of-concepts to kilo-scale production of targets and intermediates, ensuring you advance your pipeline with speed and precision.

Optimize Your Chemical Process

Our continuous flow chemistry capabilities can optimize your chemical processes, leading to significant reaction improvements and cost reductions in labor, raw materials and waste.

  • Three fully automated systems for reaction optimizations, and an automated reagent injectors that can be programmed for up to 120 reagent combinations in one run
  • Accurate flow rate from 1 µL/min to 10 mL/min per channel, expandable to 50 mL/min per channel for production use
  • Pressure up to 5000 psi
  • Large collection of reactors (1 mL to 60 mL) and ability to design and fabricate reactor to meet customer need. Materials: PTFE, HPFA, hastelloy, stainless steel, borosilicate, and quartz
  • Dedicated photochemistry equipment
  • Gas addition module for reaction involving hazardous or high-pressure gas, i.e., H₂, O₂, CO, etc
  • Solid phase reactor
  • Temperature range: -30 °C to 300 °C
  • Experienced in mg to 100s g synthesis

Need Chemistry Support for Your Program?

Let’s discuss your technical challenge.