Dual 24L Supercritical CO2 Extractor
Size & Weight
The frame, the vessels and piping are built with stainless steel, the total structure has the following dimensions: Wide 3.2 m (10.4 feet), Height 2.2 m (7.2 feet), Deep 1.8 m (6 feet). The Weight of the machinery is 2700 kg (5952 pounds). Minimum room size of 6.2×4.8 m (20.3×15.7 feet) and Height of 3.05 m (10 feet).
Configuration of supercritical CO2 extractor
There are two pumps, the most important is the CO2 pump, the carbon dioxide is the principal solvent for the extraction of apolar chemical compounds; and the secondary pump or co-solvent pump, which is used for the contemporary release in the process of polar or medium apolar co-solvents, useful for the extraction of chemical compounds with different degrees of polarity. At the condition of max pressure this pumps can ensure a CO2 Flow of 100 kg/h, and co-solvent Flow of 10 kg/h.
This system is equipped with a safety certified PLC in addition to process PLC controlling the position of the lids, the position of the valves and other safety sensors assuring safety operations. Inproving safety of the operator is our mission.
ASME certified safety valve for each vessel in isolated tubing from vessel.
PLC microprocessor Intel i7
Compressed air pressure 100 psi or 7 bar
Compressed air flow 1 CFH or 28 L/h
2 Back pressure automatic pilot valves
2 Automatic back pressure valves
Extractor volume: 24 L
Extraction basket volume: 20 L
Separator 1 volume: 5 L
Separators 2 & 3 volume: 3 L
Accumulator volume: 40 L
Max pressure: 350 bar
Max temperature: 85° C
Max CO2 flow: 100 kg/h
Max co-solvent flow: 10 kg/h
Use this Production CO2 Exctraction System for:
Production systems are designed for small to medium volume of raw material. They are compact and easy to use. Their dimensions are design to fit any kind of extraction room, ISO8 or ISO7 included. Configuration with one extractor (single), two extractors (double) or three extractors (triple). Semi continuous extraction or overlapping extraction or soaking extraction processes are included in the standard recipe list, together with the CIP cleaning recipe.
They are very flexible and can be adapted to the extraction of many different matrices simply by loading the right recipe. They are robust, designed following the Machine Directive guidelines, perfectly to work 24/7. Separeco produces production systems from 7 to 73 liters extractor.
We provide all the necessary documentation requested by qualification inspectors and authority, like:
- Material Certificate
- Welding Certificate
- USR (User Requirement Specifications)
- DQ (Design Qualification)
- IQ (Installation Qualification)
- OQ (Operational Qualification)
We give full support via internet to solve technical problems quickly and for routine maintenance interventions. In many cases our technicians are able to solve problems online without having to physically go to the installation site, by connecting to the system via the internet, thanks to cutting-edge tools for remote support. If it is not technically possible to solve the problem remotely, the technician will be responsible for organizing an intervention on site. All support technicians are qualified and with years of experience.
Automation is a generic term. It does not provide any information on what the machine is really doing on its own. Automation for us is not just the control of pressure, flow or temperature. We have introduced a new concept, “Adaptive Automation”, to describe a new hardware / software system capable of modifying the process cycle as required by the operator. This new automation “literally” changes the way the system will produce the extract, something completely different from simply controlling pressure and temperature.
Design on URS
By User Requirement Specifications we mean the functions that a specific device must have in order to satisfy the needs and requirements of its end user; or, more simply, it is what a device is expected to be able to offer to those who use it, in terms of functionalities. Generally their specification takes place through the drafting of a specific document (called User Requirement Specifications – URS) which takes place in the validation phase of the machinery itself, therefore before this is actually designed.
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