One process discipline, eleven sectors.

Crop-protection intermediates through to formulation support, including 2-chloro acetamide and copper sulfate from our own catalogue. Effluent recovery and lifecycle work sit alongside the synthesis when the process has a discharge problem.

Fragrance and flavour intermediates synthesised to perfumery-grade purity, including methoxy naphthalene, better known in the trade as Nerolin Yara Yara.

Dye intermediates such as picramic acid, and iron oxide pigments recovered from iron waste streams rather than mined. Assay consistency is the whole job here, because colour development shifts with it.

Calcium, sodium, potassium, and ammonium thioglycolate, plus colloidal sulphur, for depilatory, hair-treatment, and dermatological formulations. These are among the oldest lines we run.

Precipitated silica, soda lime, and fine intermediates made to order when the volume is too small or the specification too particular for a commodity supplier.

Catalyst synthesis, characterisation, functionalisation, and testing, including solid acid catalysts for steps currently running on mineral acids. Led by an advisor who spent a career on heterogeneous catalysis at CSIR-NCL.

Analytical support and process development for intermediates and derivatives, including purification of streams carrying hydrogen sulphide, VOCs, or siloxanes.

Metal-organic framework synthesis and scale-up, plus nanostructured and sodium-ion cathode materials, taken from a published route to something that runs at kilogram scale.

Membrane, catalyst, and stack development for anion exchange membrane electrolysers, an active research line rather than a service we have run a hundred times.

Micronutrient and nano-formulation work, including stabilised nano silver with hydrogen peroxide for hydroponic and crop use. A newer line, developed alongside the agrochemical work.