FiltraLinX® Benchtop Manual Hollow Fiber TFF System is an economical, practical, stable, and durable tangential flow filtration system that can meet the filtration area requirements from 0.017 to 5.1m², and is suitable for research and development stage, pilot-scale production, and GMP production.
Fermentation liquid separation-Cell/bacteria separation
Clarification of lysate-Removal of cell/bacterial fragments
Purification of proteins, vaccines, viruses and plasmids
Diafiltration for culture solution, purification for blood products
Filtration for sterilization and virus removal
Hollow Fiber Harvest Clarification Experiment on Polysaccharide Lysis
A customer underwent lysis treatment after upstream harvesting and precipitation was generated. Considering the relatively longer processing time on using centrifugation and depth filtration for clarification and harvest, high requirements for the equipment of centrifugal harvest in a large scale harvest and high cost on processing and maintenance for the centrifugation equipment, the customer chose to use FiltraLinX® Benchtop Manual Hollow Fiber TFF System and TFFNOVA® Hollow Fiber for harvesting. Thus, this experiment was conducted to test the performance of the two products in this project.
1. Sample: Customer-provided sample of polysaccharide lysis
2. FiltraLinX® Benchtop Manual Hollow Fiber TFF System
Model | Control method | Pump flow rate | Inner diameter of tube | Application point | Treatment volume |
TS-HMV-Q03 | Manual control | 180 L/h | 9.4mm | Polysaccharide clarification harvest | 3.5L |
3. TFFNOVA® Hollow Fiber
Model | Aperture | Membrane Area | Batch Number | Application Point | Treatment Volume |
S-20U-03C-080-N | 0.2μm | 1.0㎡ | H230501A | Polysaccharide Clarification Harvest | 3.5L |
Time | Inlet Pressure | Backflow Pressure | Filtrate Pressure | Filtrate Data |
(bar) | (bar) | (bar) | ||
11:25 | 0.2 | 0 | 0 | Feed Volume: 1000ml |
11:40 | 0.5 | 0.05 | 0 | Processed Volume: 1500ml |
11:55 | 0.6 | 0.1 | 0 | Filtrate Volume: 100ml; Turbidity: 1.6NTU |
Added Feed: 500ml; Processed Volume: 2000ml | ||||
12:10 | 0.6 | 0.1 | 0 | Filtrate Volume: 100ml |
12:25 | 0.6 | 0.1 | 0 | Filtrate Volume: 100ml |
12:40 | 0.6 | 0.1 | 0 | Filtrate Volume: 100ml; Turbidity: 1.23NTU |
13:03 | 0.8 | 0.2 | 0 | Filtrate Volume: 300ml; Added Feed: 600ml |
Processed Volume: 3500ml | ||||
13:15 | 1 | 0.6 | 0 | Filtrate Volume: 200ml; Turbidity: 1.17NTU |
13:30 | 1 | 0.8 | 0 | Added 400ml Water for Diafiltration; Turbidity: 1.17NTU |
13:50 | 1.5 | 1 | 0 | Added 100ml Water for Diafiltration |
13:55 | 1.5 | 1 | 0 | Turbidity: 0.97NTU |
14:30 | Final processed harvest: 3.25L (estimated), Turbidity: 3.25NTU | |||
Total Residual volume: 900ml, Turbidity: 3876NTU |
Sample | Volume (ml) | Carbohydrates Content (mg/ml) | Total Amount (mg) |
Initial | 3500 | 8.817 | 30859.5 |
Final | 3250 | 7.282 | 23665.5 |
From the experimental data, it can be analyzed that the FiltraLinX® Benchtop Manual Hollow Fiber TFF System from BioLink and the TFFNOVA® Hollow Fiber can be used for clarification of polysaccharide lysis. They are capable of harvesting the target product, and the polysaccharide lysis do not exhibit compatibility with the hollow fiber, and the yield meets customer's expectation.
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