70+years of separation expertise
KREBS® has served the chemical and petrochemical industries since 1952, with hydrocyclone installations across evaporator, crystalliser, refinery and gas scrubber applications worldwide.
KREBS® has served the chemical and petrochemical industries since 1952, with hydrocyclone installations across evaporator, crystalliser, refinery and gas scrubber applications worldwide.
Stainless steel, Hastelloy, Nickel, Duplex 2205, Alloy 20, CD4MCU and more — every cyclone is engineered to the corrosion, temperature and pressure requirements of your specific process stream.
CP Vessels with ceramic cyclones remove particles down to approximately 10 microns, enabling fine catalyst recovery, crystal concentration and coke fines removal in demanding chemical circuits.
KREBS® gMAX® cyclones placed before Decanter Screenbowl Centrifuges or other crystal dewatering equipment concentrate nucleated particles and substantially reduce the load on downstream operations. Small crystals in the cyclone overflow are returned to the crystalliser, increasing average crystal size and improving the performance of downstream washing or filtration processes.
Solids in chemical process streams cause abrasive wear on heat exchangers, plug spray nozzles, overload filters and foul analytical instruments. KREBS® gMAX® cyclones and CP Vessels remove these particles continuously — protecting downstream equipment.
In evaporator and crystalliser circuits, KREBS® gMAX® cyclones concentrate nucleated particles ahead of centrifuges and dewatering equipment, substantially reducing the load on downstream operations.
KREBS® CP Vessels pack multiple small-diameter ceramic cyclones into a single pressure vessel, delivering separations down to approximately 10 microns in a compact footprint with no moving parts and minimal maintenance requirements.
Chemical process streams present corrosion, temperature and pressure challenges that standard cyclone materials cannot meet. Our cyclones are available in a full range of special alloys. Every system is engineered to match your process conditions rather than requiring you to adapt your process to standard equipment.