Molecules designed on the compiler, engineered into a process, and scaled from the bench through pilot to production, for the markets we serve and the domains the compiler reaches.
A custom molecule is a specification problem before it is a chemistry problem. We define the target and the performance it has to deliver, design and screen candidate structures computationally, and then carry the chosen structure through bench, pilot, and production against one specification and one set of analytical methods. What you qualify at the bench is what you receive at scale.
Agreed at the engineering stage and measured through bench, pilot, and production with the same analytical methods.
Candidate structures and routes are screened on the compiler, so the first bench batch is the right molecule.
The chemists who design the route run the scale-up; nothing is handed off between stages.
The project form on this page captures what a chemist needs to scope the work: the target chemistry or a reference product, the application and end use, the volume you expect, and the timeline. Every submission is reviewed by a chemist, who replies with questions, a feasibility view, and a proposed route.
The target is built on the RION compiler before anything is made: its predicted properties against the application, and candidate synthesis routes ranked by yield, selectivity, and raw-material availability. Structural variants are compared in silico, so the first bench batch is the right molecule.
The chosen route is engineered into a process: reagents and their sources, reaction conditions, work-up, and the analytical methods that will define the product. The specification is agreed with you here, so bench, pilot, and production are all measured against the same numbers.
Bench synthesis produces the first material for your evaluation, with full characterization against the agreed specification. Formulation and application testing happens here; iterations on chain length, counter-ion, carrier, or activity are quick.
Pilot batches establish the process at scale: heat and mass transfer, cycle time, impurity profile, and packaging. Pilot material supports your qualification, stability work, and any regulatory submission, under the same change control as our listed products.
Production runs under the specification, analytical methods, and documentation established at pilot, with a certificate of analysis and an FTIR baseline on every lot. Supply agreements, exclusivity, and registration support are set up alongside.
A chemist scopes every submission. This is what happens after you send it.
Custom synthesis runs across all eleven markets. In some it is a variant of a chemistry we already make: a chain cut, a counter-ion, a carrier, an activity. In others it is a molecule designed on the compiler for a property the market does not yet have on the shelf.
Corrosion inhibitors, foamers, and VES bases matched to a well’s brine, temperature, and gas
Cleaning surfactants and quats on a specified cut, counter-ion, and carrier
Corrosion and deposit-control chemistries for a given water and dosing method
Mild surfactants and conditioning quats built to a formula and a claim
Adjuvants and emulsifiers for a specific active, crop, and spray water
Softener, antistat, and finishing chemistries for a fiber or a hide
Catalyst precursors, ligands, and supported-metal chemistries designed on the compiler
Electrolyte additives, ionic liquids, and binder chemistries for cells and capacitors
Process chemicals and specialty reagents for wet processing and cleaning
Collectors, frothers, and extractants for flotation and hydrometallurgy
Monomers, coupling agents, and functional additives for polymers and coatings