Efficiency
Use fewer resources.
Catalytic routes can reduce temperature, pressure and catalyst loading while improving selectivity. Fewer synthetic steps and unnecessary conversions help improve atom economy, energy efficiency and material use.
Sustainability
Green chemistry, by design.
More selective chemistry, better resource use and precious-metal recovery guide our approach to manufacturing.
Green chemistry by design
Minimal by-products
Design for selectivity.
Directing chemistry toward the desired product reduces unwanted isomers, over-reaction and degradation. This can simplify purification, reduce solvent demand and limit the material that needs treatment or disposal.
Metal recovery
Recover valuable resources.
Precious metals are recovered from residues, mother liquors and catalyst-containing streams wherever technically feasible. After purification and quality verification, recovered metal re-enters production, reducing virgin-metal demand and metal-containing waste.
Make in India
Build responsible domestic manufacturing.
Developing catalyst, peroxide and specialty-chemical technologies in India strengthens local supply chains. Our roadmap combines process intensification, resource recovery, emissions control and efficient energy and material use.
In practice
Explore chiral metal complexes and chiral ligands for enantioselective synthesis, alongside our precious-metal range of ruthenium, rhodium, palladium, platinum and iridium compounds.