Reaction and separation chemistry across the oleochemical value chain — and the parametric design discipline to run several of them through one facility.
Selective and full hydrogenation over nickel catalysis under controlled H₂ pressure — saturating double bonds and tuning iodine value to spec.
Clay-catalysed coupling of unsaturated fatty acids into dimer and trimer acids for polyamides, adhesives, lubricants and corrosion inhibitors.
Base-catalysed transesterification with acid-esterification pre-treatment of high-FFA feeds — from B100 to made-to-spec specialty esters.
The full edible-oil refining sequence: degumming, neutralisation, bleaching and deodorisation to food-grade clarity and stability.
Recovery of high-value unsaponifiables — tocopherols, sterols and waxes — concentrated from deodoriser distillate by short-path distillation.
Fat splitting, glycerolysis and re-esterification across the fatty-acid / glyceride / fatty-acid cycle, with glycerine recovery.
The unit operations and built assets we specify, fabricate and integrate into every train.
Short-path, high-vacuum (sub-millibar) separation with minimal thermal residence — for heat-sensitive fractions like tocopherols and sterols.
Precision packed and tray columns for carbon-chain separation of fatty acids and esters to tight cut specification.
Pressure-rated reactors for hydrogenation and catalytic conversion under tightly controlled temperature and pressure.
Pressure and polishing filtration for catalyst recovery, bleaching-earth removal and product clarification.
Materials of construction matched to corrosive, multi-feedstock service for long, flexible asset life.
Integrated transfer, dosing and refining packages engineered around the full process envelope.
Pre-fabricated, fully instrumented pressure skids for fast, repeatable, low-risk site integration.
Thermal-duty skids with precise heating and cooling control for sensitive, exothermic reactions.
Bespoke unit operations engineered to the exact parameters of your chemistry and capacity.