Production Description
What does Careddi Supercritical CO2 Extraction System consist of ?
Careddi Supercritical CO2 Extraction System (Careddi SCFE) is well designed for effective essential oil extraction and easily operation. It is a completely configured system consists of extraction vessels (extractors), separation vessels (separators), Operation front panel, High pressure CO2 Pump, Chilling system, heating system, Pressure regulator valve, Co-solvent pump, CO2 Storage tank, CO2 Recovery pump etc. The users can run the machine to produce essential oils only need to provide with electricity.It is easily appled to operation,and it can be applied to different material.
Specifications
| NO |
Parts Description |
Qty |
Specifications |
| 1 |
Extraction Tank |
4 |
Equipped with jacket water circling heating system, temperature adjustable, equipped with material barrel for both liquid and solid material;
Volume:25LX2;
Max working pressure:38MPa; |
| 2 |
Separation Tank |
2 |
Equipped with jacket water circling heating system,
temperature adjustable;
Volume:1x10L and 1x15L;
Max working pressure:25MPa;
|
| 3 |
Pump |
2 |
CO2 HIGH-PRESSURE PUMP
Flow Rate(Triple plunger): 400L/H;
Max Working Pressure:40MPa, pumps head with cooling
system;
SOLVENT PUMP
Flow rate:4L/H;
Max working pressure:20MPa (Mechanical);
|
| 4 |
Cooling System |
1 |
Cooling capacity:20000Kcal/h (air cooling);
Temperature range:-5ºC~+5ºC (meet process requirement);
|
| 5 |
Heating Exchange System |
4 |
Type:Φ14/40Mpa, Φ18/30Mpa;
With circulating water jacket heating system, adjustable temperature;
|
| 6 |
Purification System |
1 |
Volume:5L;
Max working pressure:16MPa; |
| 7 |
CO2 Storage Tank |
1 |
Volume:29L;
Max working pressure:16MPa; |
| 8 |
Flow Rate Meter |
1 |
Model:1200/16Mpa;
Digital indicator: indicate both instant flow rate and accumulation; |
Characteristics of the Supercritical CO2 Fulid Equipment:
1. Low critical temperature, suitable for extraction and purification of heat sensitive compound.
2. Being capable to provide insert environment to avoid oxidation of products and affection of effective content of extracts.
3. Fast extraction speed, no toxicity, non-flammable, safe application and no pollution upon environment.
4. No residue of solvent, no nitrate and ions of heavy metal;
Supercritical CO2 Applications in Food, Pharmaceutical, Chemical Industries:
(1) Decaffeination of coffee and tea
(2) Extraction of essential oils (vegetable and fish oils)
(3) Extraction of flavors from natural resources (nutraceuticals)
(4) Extraction of ingredients from spices and red peppers
(5) Extraction of fat from food products
(6) Fractionation of polymeric materials
(7) Extraction from natural products
(8) Photo-resist cleaning
(9) Precision part cleaning
Standard Models:
| No |
Model |
Extractors and Separators |
Extractors and Separators |
| 1 |
0.5 L |
Model 0.5L*1/50Mpa |
1 Extraction 2 Separation |
| 2 |
1 L |
Model 1L*1/50Mpa |
1 Extraction 2 Separation |
| 3 |
2 L |
Model 2L*1/50Mpa |
1 Extraction 2 Separation |
| 4 |
5 L |
Model 5L*1/50Mpa |
1 Extraction 2 Separation |
| 5 |
5 L+1 L |
Model 5L+1L/50Mpa |
2 Extraction 2 Separation |
| 6 |
10 L |
Model 5L*2/50Mpa |
2 Extraction 2 Separation |
| 7 |
20 L |
Model 10L*2/40Mpa |
2 Extraction 2 Separation |
| 8 |
50 L |
Model 25L*2/40Mpa |
2 Extraction 2 Separation |
| 9 |
100L-1 |
Model 25L*4/40Mpa |
4 Extraction 2 Separation |
| 10 |
180L |
Model 30L*6/40Mpa |
6 Extraction 3 Separation |
| 11 |
100L-2 |
Model 50L*2/40Mpa |
2 Extraction 3 Separation |
| 12 |
200L |
Model 50L*4/40Mpa |
4 Extraction 3 Separation |
| 13 |
300L-1 |
Model 150L*2/40Mpa |
2Extraction 3 Separation |
| 14 |
300L-2 |
Model 50L*6/40Mpa |
6 Extraction 3 Separation |
| 15 |
150L*4 |
Model 150L*4/40Mpa |
4 Extraction 3 Separation |
| 16 |
300L*4 |
Model 300L*4/35Mpa |
4 Extraction 3 Separation |
| 17 |
1000L*2 |
Model 1000L*2/35Mpa |
2 Extraction 3 Separation |
| 18 |
1500L*2 |
Model 1500L*2/35Mpa |
2 Extraction 3 Separation |
| 19 |
2000L*2 |
Model 2000L*2/35Mpa |
2 Extraction 3 Separation |
| 20 |
3000L*2 |
Model 3000L*2/35Mpa |
2 Extraction 3 Separation |
| 21 |
150L*3 |
Model 150L*3/35Mpa |
3 Extraction 3 Separation |
| 22 |
300L*3 |
Model 300L*3/35Mpa |
3 Extraction 3 Separation |
| 23 |
500L*3 |
Model 500L*3/35Mpa |
3 Extraction 3 Separation |
| 24 |
600L*3 |
Model 600L*3/35Mpa |
3 Extraction 3 Separation |
| 25 |
1000*3 |
Model 1000L*3/35Mpa |
3 Extraction 3 Separation |
| 26 |
1500L*3 |
Model 1500L*3/35Mpa |
3 Extraction 3 Separation |
| 27 |
2000L*3 |
Model 2000L*3/35Mpa |
3 Extraction 3 Separation |
| 28 |
3000L*3 |
Model 3000L*3/35Mpa |
3 Extraction 3 Separation |
Applications
Careddi supercritical co2 machines are widely used to extract industrial essential oil for the pharmaceutical industry. It is also widely used in food industry: it can be used to make the extraction of various flavoring agents, such as various spices commonly eaten in southeast Asian countries. Extract ginger oil, lycopene, chilli oil, etc., which often made in India and Sri Lanka. In addition, also dabbled in the cosmetics industry and health products industry,can be extracted from a variety of essential oil products.It's wildly used for different material and field.
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FAQ
Q:Is co2 extraction organic?
A:CO2 Botanical Extracts are completely natural and exceptionally pure. These highly concentrated plant extracts are free of solvent residues and impurities such as heavy metals. All CO2 Extracts are oil soluble.
Q:Why is co2 better than ethanol?
A:CO2 is highly tunable. With CO2 you can vary factors such as time, temperature, and pressure to create different products.Ethanol products need to go into more stages of refinement to be turned into various products such as distillate.
Q:Does co2 extraction remove terpenes?
A:CO2 extraction is good for preserving terpenes because it is a cold separation process that can protect delicate plant compounds.Some methods may also use ethanol to help remove terpenes.
Q:Is co2 extraction better?
A:CO2 extraction is also much better for the environment. CO2 gas is natural, so if it escapes into the air during extraction it won't do any harm. It can also be recycled, making this method much more sustainable. Since the solvent isn't toxic, people working with this extraction method don't face any health risks.
Q:Does supercritical co2 extraction kill mold?
A:A major benefit of supercritical co2 extraction is that the process kills any microbial bacteria, mold or mildew on the plant which guarantees the extract will be healthier for consumption. Supercritical co2 extraction is a gold standard when it comes to concentrating terpenes.
Q:How does supercritical co2 extraction work?
A:To perform an extraction, the plant material must be ground and placed into an extraction vessel. CO2 gas undergoes high temperature and pressure. A pump then forces supercritical co2 into the extraction vessel where it meets the plant and breaks the trichomes allowing it to dissolve part of the plant material.
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