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Professional Stainless Steel Extraction Tank Designed for Plant Extract
Our extraction tank can be used to produce the following products via solvent extraction.
| plant extract | green tea extract | kava extract |
| extract | licorice extract | perfume extract |
| kratom-extracts | tongkat ali extract | saw palmetto extract |
| herbal extract | fruit extract | mushroom extract |
| animal extract | epimedium extract | tangerine peel extract |
| monk fruit extract | black walnut wormwood clove extract | ginkgo biloba extract |
| mullein leaf extract | vanilla extract | tabernaemontana divaricata extract |
| kratom-extract 7-oh hydroxymitragynine | ashwagandha extract | korean red ginseng extract |
| saffron extract | cocoa butter extraction machine | reishi mushroom extract |
| yeast extract | maca extract | dandelion extract |
| tobacco extract | Cannabis extract | ... |
The extraction tank is used to extract active components from raw materials by hot water or organic solvent circulation under controlled temperature and pressure. Raw materials are loaded into the tank, and solvent is added for soaking, Senbofluid heating, and circulation. The extracted solution is then discharged to downstream filtration and concentration equipment.
Available extraction processes:
Hot water extraction
Alcohol / solvent extraction
Reflux extraction
Dynamic circulation extraction
Jacket & Heat Transfer Design
01
Design Considerations:
Full jacket or honeycomb jacket design
Multi-point steam inlet distribution
Efficient condensate drainage system
Problems Solved:
Uniform temperature distribution
Prevention of local overheating
Improved extraction repeatability and consistency
Agitation System Design
02
Design Considerations:
Agitator type selected based on material characteristics
Leaf materials: Senbofluid blade agitator combined with guide tube
Powder materials: frame-type or anchor-type agitator
Variable frequency speed control (VFD)
Problems Solved:
Full solid–liquid contact
Prevention of material agglomeration
Reduced motor load and energy consumption
Tank Geometry Design
03
Design Considerations:
Conical bottom with an angle ≥ 60°
Dead-zone-free bottom structure
Sufficiently large discharge and residue outlet
Problems Solved:
Smooth residue discharge
Reduced manual intervention
Shortened batch cycle time
Sealing System Design
04
Design Considerations:
Mechanical seal grade matched to solvent properties
Double mechanical seal when required
Redundant vacuum sealing design
Problems Solved:
Full solid–liquid contact
Prevention of material agglomeration
Reduced motor load and energy consumption
Material Selection & Surface Treatment
05
Design Considerations:
SS304 or SS316L for solvent-based or highly corrosive materials
Internal surface roughness Ra ≤ 0.45 μm
Full weld seam polishing
Problems Solved:
Extended equipment service life
Reduced material residue
Improved product consistency
CIP Cleaning System Design
06
Design Considerations:
Scientifically arranged CIP spray balls
Dead-zone-free internal structure
Verifiable cleaning coverage
Problems Solved:
Fast product changeover
Reduced cross-contamination
Lower labor and cleaning costs
Vacuum & Solvent Safety Design
07
Design Considerations:
Adequate vacuum design pressure margin
Explosion-proof motors and instruments
Proper grounding and static electricity discharge system
Problems Solved:
Compliance with safety standards
Smooth audit and inspection approval
Long-term stable and safe operation
Plant Extraction
Herbal & Botanical Extraction
Traditional Medicine Processing
Food & Flavor Extraction
Chemical & Plant-Based Solvent Extraction
Our extraction tanks are commonly used in plant extraction production lines, working together with filtration, concentration, and solvent recovery systems.
| Model | TQ-Z-1.0 | TQ-Z-2.0 | TQ-Z-3.0 | TQ-Z-6.0 | TQ-Z-8.0 | TQ-Z-10 |
|---|---|---|---|---|---|---|
| Volume(L) | 1200 | 2300 | 3300 | 6300 | 8600 | 11000 |
| Jacket design pressure (MPa) | 0.33 | |||||
| Stirring Type | Anchor / Paddle / Customized | |||||
| Heating Method | Steam / Electric | |||||
| Material | SS304 / SS316L | |||||
| Jacket design temperature (°C) | 146 | |||||
| Compressed air pressure (MPa) | 0.6-0.7 | |||||
| Manhole diameter (mm) | 400 | 400 | 400 | 500 | 500 | 500 |
| Condenser area (m²) | 3 | 4 | 6.5 | 9.5 | 12.5 | 15 |
| Cooling area (m²) | 0.5 | 1 | 1.2 | 2 | 2.5 | 3 |
| Filtration area (m²) | 0.2 | 0.2 | 0.25 | 0.3 | 0.4 | 0.5 |
| Steam consumption (kg/h) | 245 | 305 | 345 | 645 | 720 | 850 |
| Total weight (kg) | 1080 | 1620 | 2400 | 3025 | 4030 | 6500 |
Experienced in industrial extraction equipment supply
Familiar Pharmaceutical, food, and chemical industries processing projects
Strong customization and project coordination ability
Professional communication and fast response
Explosion-proof design
PLC automatic control system
CIP cleaning system
Vacuum or pressure vessel design
(steam, purified water, circulating water, chilled water, compressed air, nitrogen, vacuum, heating, etc.)
We can supply individual equipment or a complete turnkey extraction solution.
We provide complete technical support for extraction projects, including:
Process consultation and equipment selection
Process flow design and layout support
Equipment manufacturing and factory testing
Installation and commissioning guidance
Operator training and after-sales service
Export standard wooden case or steel frame
Suitable for sea and land transportation
Delivery terms: EXW / FOB / CIF
Process flow suggestion
Technical proposal
Budget estimation
Turnkey project solution
Professional Stainless Steel Extraction Tank Designed for Plant Extract
Our extraction tank can be used to produce the following products via solvent extraction.
| plant extract | green tea extract | kava extract |
| extract | licorice extract | perfume extract |
| kratom-extracts | tongkat ali extract | saw palmetto extract |
| herbal extract | fruit extract | mushroom extract |
| animal extract | epimedium extract | tangerine peel extract |
| monk fruit extract | black walnut wormwood clove extract | ginkgo biloba extract |
| mullein leaf extract | vanilla extract | tabernaemontana divaricata extract |
| kratom-extract 7-oh hydroxymitragynine | ashwagandha extract | korean red ginseng extract |
| saffron extract | cocoa butter extraction machine | reishi mushroom extract |
| yeast extract | maca extract | dandelion extract |
| tobacco extract | Cannabis extract | ... |
The extraction tank is used to extract active components from raw materials by hot water or organic solvent circulation under controlled temperature and pressure. Raw materials are loaded into the tank, and solvent is added for soaking, Senbofluid heating, and circulation. The extracted solution is then discharged to downstream filtration and concentration equipment.
Available extraction processes:
Hot water extraction
Alcohol / solvent extraction
Reflux extraction
Dynamic circulation extraction
Jacket & Heat Transfer Design
01
Design Considerations:
Full jacket or honeycomb jacket design
Multi-point steam inlet distribution
Efficient condensate drainage system
Problems Solved:
Uniform temperature distribution
Prevention of local overheating
Improved extraction repeatability and consistency
Agitation System Design
02
Design Considerations:
Agitator type selected based on material characteristics
Leaf materials: Senbofluid blade agitator combined with guide tube
Powder materials: frame-type or anchor-type agitator
Variable frequency speed control (VFD)
Problems Solved:
Full solid–liquid contact
Prevention of material agglomeration
Reduced motor load and energy consumption
Tank Geometry Design
03
Design Considerations:
Conical bottom with an angle ≥ 60°
Dead-zone-free bottom structure
Sufficiently large discharge and residue outlet
Problems Solved:
Smooth residue discharge
Reduced manual intervention
Shortened batch cycle time
Sealing System Design
04
Design Considerations:
Mechanical seal grade matched to solvent properties
Double mechanical seal when required
Redundant vacuum sealing design
Problems Solved:
Full solid–liquid contact
Prevention of material agglomeration
Reduced motor load and energy consumption
Material Selection & Surface Treatment
05
Design Considerations:
SS304 or SS316L for solvent-based or highly corrosive materials
Internal surface roughness Ra ≤ 0.45 μm
Full weld seam polishing
Problems Solved:
Extended equipment service life
Reduced material residue
Improved product consistency
CIP Cleaning System Design
06
Design Considerations:
Scientifically arranged CIP spray balls
Dead-zone-free internal structure
Verifiable cleaning coverage
Problems Solved:
Fast product changeover
Reduced cross-contamination
Lower labor and cleaning costs
Vacuum & Solvent Safety Design
07
Design Considerations:
Adequate vacuum design pressure margin
Explosion-proof motors and instruments
Proper grounding and static electricity discharge system
Problems Solved:
Compliance with safety standards
Smooth audit and inspection approval
Long-term stable and safe operation
Plant Extraction
Herbal & Botanical Extraction
Traditional Medicine Processing
Food & Flavor Extraction
Chemical & Plant-Based Solvent Extraction
Our extraction tanks are commonly used in plant extraction production lines, working together with filtration, concentration, and solvent recovery systems.
| Model | TQ-Z-1.0 | TQ-Z-2.0 | TQ-Z-3.0 | TQ-Z-6.0 | TQ-Z-8.0 | TQ-Z-10 |
|---|---|---|---|---|---|---|
| Volume(L) | 1200 | 2300 | 3300 | 6300 | 8600 | 11000 |
| Jacket design pressure (MPa) | 0.33 | |||||
| Stirring Type | Anchor / Paddle / Customized | |||||
| Heating Method | Steam / Electric | |||||
| Material | SS304 / SS316L | |||||
| Jacket design temperature (°C) | 146 | |||||
| Compressed air pressure (MPa) | 0.6-0.7 | |||||
| Manhole diameter (mm) | 400 | 400 | 400 | 500 | 500 | 500 |
| Condenser area (m²) | 3 | 4 | 6.5 | 9.5 | 12.5 | 15 |
| Cooling area (m²) | 0.5 | 1 | 1.2 | 2 | 2.5 | 3 |
| Filtration area (m²) | 0.2 | 0.2 | 0.25 | 0.3 | 0.4 | 0.5 |
| Steam consumption (kg/h) | 245 | 305 | 345 | 645 | 720 | 850 |
| Total weight (kg) | 1080 | 1620 | 2400 | 3025 | 4030 | 6500 |
Experienced in industrial extraction equipment supply
Familiar Pharmaceutical, food, and chemical industries processing projects
Strong customization and project coordination ability
Professional communication and fast response
Explosion-proof design
PLC automatic control system
CIP cleaning system
Vacuum or pressure vessel design
(steam, purified water, circulating water, chilled water, compressed air, nitrogen, vacuum, heating, etc.)
We can supply individual equipment or a complete turnkey extraction solution.
We provide complete technical support for extraction projects, including:
Process consultation and equipment selection
Process flow design and layout support
Equipment manufacturing and factory testing
Installation and commissioning guidance
Operator training and after-sales service
Export standard wooden case or steel frame
Suitable for sea and land transportation
Delivery terms: EXW / FOB / CIF
Process flow suggestion
Technical proposal
Budget estimation
Turnkey project solution