Language
|
Reservoir O-ring |
EP Rubber |
|
Magnetic Stir Bar |
PTFE coated |
|
Gauge Wetted Parts |
316L stainless steel |
|
Gauge Mounting Block |
Polypropylene |
|
Luer Fittings |
Polypropylene and stainless steel |
|
Tubing |
C-flex﹡ |
|
Four-way Valves |
Polycarbonate body, polyethylene core |
|
Drip Tray |
Urethane |
Benefits of Process Development in Bioprocessing
Faster Through Parallel Processing
Parallel bioreactor systems enable multiple experiments to be run simultaneously in small working volumes, significantly reducing development time and resource consumption. This approach is well suited for comparing multiple conditions and implementing Design of Experiments (DoE) strategies.
Time Savings with Single-Use Bioreactors
Single-use bioreactor systems eliminate time-consuming cleaning and sterilization steps, enabling faster turnaround between runs. This also reduces the risk of contamination and cross-contamination, improving overall process efficiency and reliability.
Turning Data into Process Knowledge
Digital bioprocess tools enable centralized data management across devices, runs, and sites. By structuring and contextualizing process data, they support advanced analysis and data-driven decision-making. This helps reduce the number of required wet-lab experiments and improves overall development efficiency.
Product-Centred Bioprocess
Many bioprocess projects arise from the need or aspiration of an organisation to source a biobased chemical to substitute for one of their existing products or for one of the ingredients in their processes. For example, a food manufacturer may wish to develop a bioprocess to produce propionic acid for use as a more sustainable food preservative, replacing the synthetic chemicals that the company currently purchases to preserve the food. As a second example, a fossil-fuel company may wish to develop a bioprocess for the production of a drop-in biobutanol to improve the biofuel content of their product range.
In this scenario the final-product is locked-down and, instead, the bioprocess development can focus on the best approach to sustainably and profitably get it.
Feedstock-Focused Bioprocess
A second category of bioprocess development concerns the aspiration for an organisation to efficiently valorise a particular feedstock. The feedstock can be one that the company is currently processing but for which more a profitable and sustainable end-use is sought. As example of this case would be a sugar-mill operator that currently combusts the sugarcane bagasse residue but is examining other valorisation approaches for this feedstock.
Flexible Global Shipping Solutions
We support multiple shipping methods including sea freight, air freight, rail transportation, and express delivery to meet different delivery timelines and project requirements. Professional packaging and export handling ensure safe and efficient transportation for international orders.
(0/10)
