Enabling Greener Technologies
Integrating advanced mechanical, fluidic, and energy-based technologies into synthetic chemistry to resolve scalability, sustainability, and process constraints.
Mechanochemistry as Current Expertise
Mechanochemical organic synthesis uses ball milling and extrusion to drive chemical reactions in the solid phase. This approach provides unique advantages over conventional solution-based chemistry.
Significant Solvent Reduction
Bypasses the reliance on petroleum-derived organic solvents, cutting solvent consumption by up to 95%.
Miniaturization of Equipment
Drastically reduces the physical footprint of synthetic reactors, minimizing facility overhead and Capex.
Drastically Reduced Reaction Times
Kinetic energy input accelerates mass transfer in solids, completing reactions in minutes rather than hours.
Substantial Cost Reductions
Cuts down reagent costs, solvent waste tax, energy load, and specialized processing personnel requirements.
Poorly Soluble Compounds
Allows reaction runs using active reagents that cannot dissolve in conventional liquid phase organic solvents.
Direct Bulk Metal Activation
Mechanically activates cheap bulk solid metals directly, bypassing complex preparation of toxic catalysts.
Polymer Upcycling & Cleavage
High-shear mechanical forces cleave long-chain polymer backbones cleanly for sustainable degradation.
Simple Reaction Operation
Operates safely under ambient pressure and temperature without the strict requirement of inert gas lines.
Future Enabling Technologies
We are actively developing and expanding our chemistry portfolio to integrate several emerging greener technologies.
Continuous Flow Chemistry
Moving solid intermediates into continuous microfluidic channels to maximize residence-time and heat control.
Photochemistry
Integrating LED flux mapping into reaction chambers to carry out highly energy-selective conversions.
Electrochemistry
Using electrical potentials directly in micro-loops to run organic redox transformations without hazardous reagents.
Automation & High-Throughput
Deploying robotic screening arrays to rapidly optimize reaction parameters in solid-state process chemistry.
Interested in Solid-State Synthesis for Your Project?
Reach out to discuss how Mechanochemistry and our roadmap technologies can improve your synthesis yield and process safety.