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Lab scale model 6L
Mingyi
Supercritical CO2 extraction equipment is an apparatus that uses carbon dioxide in its supercritical state for extraction. It combines gas - like diffusivity and liquid - like solubility. The equipment has parts like an extraction vessel, pumps, a separation system, and a recycling system. It extracts target substances from raw materials and then separates them from the CO2, which can be recycled. It's a green and efficient extraction method.
LAB SCALE MODEL 6L(5L+1L）
This capacity is very popular among the new starters for test run. It has two extraction tanks with the capacity of one is 5L and the other is 1L for test run.
NO | MAIN CONFIGURATION | PARAMETERS |
1 | Extraction Tank | Volume: 5L×1 + 1L×1, Max working pressure: 25MPa |
2 | Separation Tank | Volume: 3L×1 + 2L×1, Max working pressure: 10MPa |
3 | Pump | CO2 high - pressure pump & carrier pump |
4 | Cooling System | Temperature range: 5°C - 10°C |
5 | Heating Exchange System | / |
6 | Purification System | / |
7 | CO2 Storage Tank | / |
8 | Flowmeter | Model: Metal tube float flowmeter (6.3 - 63L/H) |
9 | Safety Devices | Pressure gauge at high - pressure pump outlet over pressure protection; extractor, separator, evaporator, dry purifier and mixer have safety valve to keep safe of system |
10 | Temperature Control System | Temperature range: Room temperature - 75°C |
11 | Power Consumption | 11.37kW |
12 | Installation size: | 2800mm × 2500mm × 2300mm |
13 | User supplied | CO2, 3 phase power |
Supercritical CO2 extraction equipment is an apparatus that uses carbon dioxide in its supercritical state for extraction. It combines gas - like diffusivity and liquid - like solubility. The equipment has parts like an extraction vessel, pumps, a separation system, and a recycling system. It extracts target substances from raw materials and then separates them from the CO2, which can be recycled. It's a green and efficient extraction method.
LAB SCALE MODEL 6L(5L+1L）
This capacity is very popular among the new starters for test run. It has two extraction tanks with the capacity of one is 5L and the other is 1L for test run.
NO | MAIN CONFIGURATION | PARAMETERS |
1 | Extraction Tank | Volume: 5L×1 + 1L×1, Max working pressure: 25MPa |
2 | Separation Tank | Volume: 3L×1 + 2L×1, Max working pressure: 10MPa |
3 | Pump | CO2 high - pressure pump & carrier pump |
4 | Cooling System | Temperature range: 5°C - 10°C |
5 | Heating Exchange System | / |
6 | Purification System | / |
7 | CO2 Storage Tank | / |
8 | Flowmeter | Model: Metal tube float flowmeter (6.3 - 63L/H) |
9 | Safety Devices | Pressure gauge at high - pressure pump outlet over pressure protection; extractor, separator, evaporator, dry purifier and mixer have safety valve to keep safe of system |
10 | Temperature Control System | Temperature range: Room temperature - 75°C |
11 | Power Consumption | 11.37kW |
12 | Installation size: | 2800mm × 2500mm × 2300mm |
13 | User supplied | CO2, 3 phase power |
Features
Scale and Flexibility
Compact and space-saving, with a flexible processing capacity ranging from a few grams to several kilograms, and equipped with multifunctional modular combinations.
Capable of precisely controlling temperature (±0.5°C or better) and pressure (±0.1 MPa), and having a wide adjustable range of pressure (from several to dozens of megapascals) and temperature (30°C - 100°C).
High safety with overpressure, overtemperature protection and leakage detection, and using high-quality corrosion and pressure-resistant materials like stainless steel 316L for parts in contact with carbon dioxide.
User-friendly operation interface and easy to maintain due to simple structure and convenient disassembly and assembly of parts for cleaning, inspection and replacement of wearing parts.
Features
Scale and Flexibility
Compact and space-saving, with a flexible processing capacity ranging from a few grams to several kilograms, and equipped with multifunctional modular combinations.
Capable of precisely controlling temperature (±0.5°C or better) and pressure (±0.1 MPa), and having a wide adjustable range of pressure (from several to dozens of megapascals) and temperature (30°C - 100°C).
High safety with overpressure, overtemperature protection and leakage detection, and using high-quality corrosion and pressure-resistant materials like stainless steel 316L for parts in contact with carbon dioxide.
User-friendly operation interface and easy to maintain due to simple structure and convenient disassembly and assembly of parts for cleaning, inspection and replacement of wearing parts.
Precise Temperature and Pressure Control: It is equipped with advanced temperature and pressure control systems, enabling accurate adjustment of the temperature and pressure of supercritical carbon dioxide. This is crucial for experimenters as the extraction effect of supercritical carbon dioxide is highly sensitive to temperature and pressure changes. Precise control ensures the accuracy and repeatability of experimental results, facilitating better exploration of extraction laws under different conditions.
High Extraction Efficiency: The 6L extraction vessel has a moderate volume. It neither causes resource waste and operational inconvenience due to being too large nor fails to meet the basic experimental requirements due to being too small. It can complete the extraction process in a relatively short time while ensuring extraction efficiency, improving experimental efficiency and saving experimental time costs.
Good Stability: Our equipment adopts high-quality materials and excellent manufacturing processes, possessing good mechanical stability and sealing performance. It can operate stably under high-pressure and high-temperature extraction environments, reducing experimental interruptions and data deviations caused by equipment failures, providing reliable experimental guarantees for experimenters.
Inherent Safety: Supercritical carbon dioxide is an inert gas, odorless, non-toxic, non-flammable, and non-explosive. It does not react chemically with the extracted substances during the extraction process, avoiding safety hazards such as fire and explosion that may be caused by using organic solvents, creating a safe experimental environment for experimenters.
No Solvent Residue: Unlike traditional organic solvent extraction methods, supercritical carbon dioxide extraction technology leaves no harmful solvent residue in the extract. For experimenters, this not only ensures the purity and quality of the extract but also avoids potential environmental pollution and health risks due to solvent residue in the subsequent treatment process, conforming to the development concept of modern green chemistry.
Simple Operation: The equipment has a simple and intuitive operation interface. Experimenters can master the basic operation methods of the equipment after simple training. They can quickly and accurately set extraction parameters and conduct experimental operations without complex professional skills and experience, lowering the experimental threshold.
Low Maintenance Cost: The equipment has a reasonable structural design, is easy to disassemble and clean, and each component has a long service life. The maintenance work is relatively simple. This means that experimenters do not need to spend too much time and energy on equipment maintenance during use and can devote more time and energy to experimental research. It also reduces the operating cost of the equipment.
A Wide Variety of Extractable Substances: Supercritical carbon dioxide extraction technology has wide applicability and can extract active ingredients from various types of substances such as natural plants, animal tissues, and microbial fermentation products, such as essential oils, alkaloids, flavonoids, fatty acids, etc. Our 6L supercritical carbon dioxide extraction equipment can meet the needs of experimenters in different fields, providing a universal extraction method applicable to experimental research in multiple industries such as medicine, food, cosmetics, and fragrances.
Adjustable Extraction Conditions: By changing parameters such as temperature, pressure, and carbon dioxide flow rate, selective extraction of substances with different polarities, boiling points, and molecular weights can be achieved. Experimenters can flexibly adjust the extraction conditions according to the characteristics of the extracted substances and experimental purposes to obtain the best extraction effect, providing strong support for exploring new extraction processes and developing new products.
Professional Technical Support: Our company has a professional technical team that can provide comprehensive technical support for experimenters. In terms of equipment installation and commissioning, operation training, and troubleshooting, problems can be solved for customers in a timely and effective manner to ensure the normal operation of the equipment and the smooth progress of the experiment.
Comprehensive After-Sales Guarantee: We provide long-term after-sales services, including equipment warranty, repair, maintenance, and upgrade. During the warranty period, free repair and replacement of parts services are provided for customers. After the warranty period, high-quality after-sales repair and maintenance services are still provided at a preferential price, allowing experimenters to have no worries.
Precise Temperature and Pressure Control: It is equipped with advanced temperature and pressure control systems, enabling accurate adjustment of the temperature and pressure of supercritical carbon dioxide. This is crucial for experimenters as the extraction effect of supercritical carbon dioxide is highly sensitive to temperature and pressure changes. Precise control ensures the accuracy and repeatability of experimental results, facilitating better exploration of extraction laws under different conditions.
High Extraction Efficiency: The 6L extraction vessel has a moderate volume. It neither causes resource waste and operational inconvenience due to being too large nor fails to meet the basic experimental requirements due to being too small. It can complete the extraction process in a relatively short time while ensuring extraction efficiency, improving experimental efficiency and saving experimental time costs.
Good Stability: Our equipment adopts high-quality materials and excellent manufacturing processes, possessing good mechanical stability and sealing performance. It can operate stably under high-pressure and high-temperature extraction environments, reducing experimental interruptions and data deviations caused by equipment failures, providing reliable experimental guarantees for experimenters.
Inherent Safety: Supercritical carbon dioxide is an inert gas, odorless, non-toxic, non-flammable, and non-explosive. It does not react chemically with the extracted substances during the extraction process, avoiding safety hazards such as fire and explosion that may be caused by using organic solvents, creating a safe experimental environment for experimenters.
No Solvent Residue: Unlike traditional organic solvent extraction methods, supercritical carbon dioxide extraction technology leaves no harmful solvent residue in the extract. For experimenters, this not only ensures the purity and quality of the extract but also avoids potential environmental pollution and health risks due to solvent residue in the subsequent treatment process, conforming to the development concept of modern green chemistry.
Simple Operation: The equipment has a simple and intuitive operation interface. Experimenters can master the basic operation methods of the equipment after simple training. They can quickly and accurately set extraction parameters and conduct experimental operations without complex professional skills and experience, lowering the experimental threshold.
Low Maintenance Cost: The equipment has a reasonable structural design, is easy to disassemble and clean, and each component has a long service life. The maintenance work is relatively simple. This means that experimenters do not need to spend too much time and energy on equipment maintenance during use and can devote more time and energy to experimental research. It also reduces the operating cost of the equipment.
A Wide Variety of Extractable Substances: Supercritical carbon dioxide extraction technology has wide applicability and can extract active ingredients from various types of substances such as natural plants, animal tissues, and microbial fermentation products, such as essential oils, alkaloids, flavonoids, fatty acids, etc. Our 6L supercritical carbon dioxide extraction equipment can meet the needs of experimenters in different fields, providing a universal extraction method applicable to experimental research in multiple industries such as medicine, food, cosmetics, and fragrances.
Adjustable Extraction Conditions: By changing parameters such as temperature, pressure, and carbon dioxide flow rate, selective extraction of substances with different polarities, boiling points, and molecular weights can be achieved. Experimenters can flexibly adjust the extraction conditions according to the characteristics of the extracted substances and experimental purposes to obtain the best extraction effect, providing strong support for exploring new extraction processes and developing new products.
Professional Technical Support: Our company has a professional technical team that can provide comprehensive technical support for experimenters. In terms of equipment installation and commissioning, operation training, and troubleshooting, problems can be solved for customers in a timely and effective manner to ensure the normal operation of the equipment and the smooth progress of the experiment.
Comprehensive After-Sales Guarantee: We provide long-term after-sales services, including equipment warranty, repair, maintenance, and upgrade. During the warranty period, free repair and replacement of parts services are provided for customers. After the warranty period, high-quality after-sales repair and maintenance services are still provided at a preferential price, allowing experimenters to have no worries.
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