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Team:UCL/Science/Bioprocessing
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| - | <figure><img src="http://www.xconomy.com/wordpress/wp-content/images/2011/11/question-mark-stockimage.jpg" class="alignleft" width="10%"><figcaption style="float:left;"></figcaption></figure>< | + | <figure><img src="http://www.xconomy.com/wordpress/wp-content/images/2011/11/question-mark-stockimage.jpg" class="alignleft" width="10%"><figcaption style="float:left;"></figcaption></figure><h3>Why invest?</h3> |
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The design of a successful bioprocess requires careful analysis of many factors such as design parameters and process variables. | The design of a successful bioprocess requires careful analysis of many factors such as design parameters and process variables. | ||
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Revision as of 17:31, 23 September 2014
Overview
How is bioprocess engineering relevant?
Why invest?
The design of a successful bioprocess requires careful analysis of many factors such as design parameters and process variables.
A typical bioprocess involves the fermentation of a stock culture (e.g. E. coli) at a small scale which is subsequently scaled up to suitable production capacities. The products from the fermentative stages are then separated using a variety of techniques designed to exploit the orthogonal properties of desired products.
Stages of large scale fermentation of E. coli:
Check out our Manufacturing page where we outline how we are going to use Bioprocess Engineering to industrialize our remediation process.
The design of a process
with azodyes
The contamination of natural habitats surrounding textile factories by coloured (azodye-rich) effluents is a real problem (more). This is because the enzymatic breakdown products of azodyes i.e. aromatic amines, are carcinogenic when ingested. These can not only build up within local ecosystems but can also be a hazard to humans through bio-accumulation in the food chain. With a large section of dyehouse effluents consisting of dyes that have half-lives spanning over decades, the latter remain in the environment for long periods of time.
Understanding the issues
with current methods
With regards to current technologies in the textile industry, exorbitant volumes of water are used for processing (around 90%), the rest being used for heat exchange purposes. Unfortunately most of the water used for processing is discharged as waste, resulting in highly diluted azodye effluent streams. Secondly, the recalcitrant nature of azodyes hikes the inherent costs of large-scale physical separation systems. As a result, industrial processes used to deal with such soluble hazardous wastes would not be a feasible option to deal with azodye effluents.
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By using whole cell biocatalysis as the workhorse for detoxification, this process will yield lucrative byproducts such as quinones, that can then be separated from the process stream and sold off.
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And then there was
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Looking into the process
