Core | CO2 Pressure Vessels
Supercritical Pressure Vessels
Core Separations CO2 Pressure Vessels (EV Series) are high pressure, high performance extraction and reaction vessels designed specifically for processing supercritical fluids. Using an innovative threaded cap and energised sprung seal, these vessels are designed to be easily opened and closed without tools while remaining safe whilst under pressure. The vessel bodies are made from high quality 17-4PH stainless steel, 60% stronger than 300 series steel. This reduces the weight and wall thickness of these vessels with the added benefit of improving heat transfer.
What Vessel do you need?
Supercritical Pressure Vessel – EV10
Supercritical Pressure Vessel – EV25
Supercritical Pressure Vessel – EV50
Supercritical Pressure Vessel – EV100
Supercritical Pressure Vessel – EV500
Supercritical Pressure Vessel – EV1L
Supercritical Pressure Vessel – EV3L
Supercritical Pressure Vessel – EV5L
Supercritical Pressure Vessel – EV10L
Supercritical Pressure Vessel – EV1K1L
EV-Mini | Products
EV10
Volume : 10mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
Looking for Waters vessels for the MV10? These are compatible with Pn 205001036.
EV25
Volume : 25mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 6.13"
Looking for Waters vessels for the MV10? These are compatible with Pn 205001037.
EV50
Volume : 50mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 9.27"
Looking for Waters vessels for the MV10? These are compatible with Pn 205001038.
EV-Mini | Features
1. Double ended Vessels
Double ended design allows for easy cleaning, these analytical vessels are available in a range of sizes from 5-50mL. By utilising the 17-PH for material of construction, these vessels have a high strength and corrosion resistance ideal for higher pressure applications such as supercritical processing.
2. Single Part Cap
A single part threaded cap design utilising an energised sprung seal to retain the pressure. gives our EV-mini series vessels a user friendly tool-less operation for both opening and closing.
3. Replaceable Filter
A screw in filter holder with replaceable filter allows for flexibility when processing different materials with varying particle sizes.
EV Maxi | Products
EV100
Volume : 100mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV500
Volume : 500mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV1L
Volume : 1000mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV3L
Volume : 3000mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV5L
Volume : 5000mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV10L
Volume : 10,000mL
Max Pressure : 689 bar (design)
Max Temperature : 150 degC
Dimensions : ID 0.781"; OD 1.25"; H 4.254"
EV Maxi | Features
1. Material of Construction
Utilisation of 17-4PH with its higher-strength and corrosion resistance compared to 304 and 316SS makes it more cost-effective for higher pressure applications such as supercritical processing.
2. External Threads
Externally threaded body, leaves a smooth internal finish resulting in easy cleaning for both research and cGMP environments.
3. Tool-less design
The two part cap design prevents premature wearing of the energised sprung seal, by allowing the inner cap which houses the seal, to be placed into position without rotation. The threaded outer cap can then be installed without disturbing the seal.
Safety of our Products
Finite Elemental Analysis (FEA)
We take safety of our customers extremely seriously. Our pressure vessels are designed using Section VIII, Division 1 of the ASME Code. This design by formula approach uses a range of rules for calculating wall thicknesses and reinforcement around openings, and other details of a vessel.
To ensure the safety of our products we also apply Finite element analysis (FEA) simulations to predict how our pressure vessels might behave under various extreme conditions and help inform us of predicted life and inspection cycles of our pressure vessels.
The key to safety is knowledge!
Why not learn more about this technique by checking out this blog
Core Separations is not affiliated with this blog site.
EV Maxi | Products
EVK1L
Volume : 1L
Max Pressure : 1100 bar (design)
Max Temperature : 150 degC
Dimensions : ID 4.25"; OD 6.875"; H 18.251"
EV Maxi | Features
1. Material of Construction
Utilisation of 17-4PH with its higher-strength and corrosion resistance compared to 304 and 316SS makes it more cost-effective for higher pressure applications such as supercritical processing.
2. Multi Cap Design
The multi-part design prevents premature wearing of the energised sprung seal, by allowing the inner cap which houses the seal, to be placed into position without rotation. The threaded outer cap can then be installed without disturbing the seal.
3. EV Tec Baskets
EV-Tec series baskets make loading and unloading the pressure vessels quick and efficient, while also reducing manual handling risks. The use a lip seal design for superior sealing while allowing the vessel to be easily loaded and unloaded.
Safety of our Products
Finite Elemental Analysis (FEA)
We take safety of our customers extremely seriously. Our pressure vessels are designed using Section VIII, Division 1 of the ASME Code. This design by formula approach uses a range of rules for calculating wall thicknesses and reinforcement around openings, and other details of a vessel.
To ensure the safety of our products we also apply Finite element analysis (FEA) simulations to predict how our pressure vessels might behave under various extreme conditions and help inform us of predicted life and inspection cycles of our pressure vessels.
The key to safety is knowledge!
Why not learn more about this technique by checking out this blog
Core Separations is not affiliated with this blog site.
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