Core | CO2 Pumps

Core P200

When research requires a boost the P200 is an ideal pump for generating high pressure liquid CO2 at a maximum flow rate of 200g/min for either supercritical CO2 rections or extractions. Ideal for reactors upto 5L.

A high-capacity laboratory pump engineered for advanced research and pilot-scale applications. Designed for the precise delivery of liquid CO₂ and other fluids, it supports high flow rates across a wide range of uses—from natural product extraction and supercritical processing to corrosion testing and materials evaluation. Its robust performance makes it ideal for larger laboratory setups and small-scale production environments in pharmaceuticals, materials science, and process development.
The system offers dual operation modes: flow mode, which utilises a high-precision servo motor and can be integrated with a flow meter for accurate and consistent dosing; and pressure mode, which automatically adjusts flow to reach or maintain a set pressure within closed systems or during delivery through fixed nozzles.

With a proven dual-piston design and robust construction, this pump strikes the perfect balance between throughput, accuracy, and energy efficiency—supported by over 30 years of Core Separations’ expertise in high-pressure CO₂ delivery systems.

FluidCO2, Liquid
Minimum Flow0 g/min
Maximum Flow200 g/min
Resolution0.1 g/min
Maximum Pressure689 bar
Minimum Suction Pressure (CO2)50 bar
Minimum Suction Pressure (water)Atmospheric
ControllerTouch screen HMI
Power Supply220 – 240 V
Dimensions12.63” (H) x 16.10” (W) x 24.38” (D)
Weight
Certifications ASME, CE, UKCA
Commuted mode Yes
Flow ModeOptional, with Flow meter
Pressure ModeYes

Pump Inlet Connection1/4”
Pump Outlet Connection1/4”

Maintainence and Repair for our CO2 Pumps

To ensure that your high pressure CO2 pump remains reliable, a regualr preventative mantanence schedule should e carried out. This servicing area describes the most common maintanence procedures to keep our labortary and industrial CO2 pumps working for long periods.

Learn more here