Biological Process Modelling, Monitoring and Control in a Rapidly Changing World
A special issue of Bioengineering (ISSN 2306-5354).
Deadline for manuscript submissions: closed (20 June 2021) | Viewed by 8103
Special Issue Editors
Interests: mathematical modelling; process control; machine learning; wastewater treatment; water resource recovery; anaerobic digestion; bifurcation theory
Interests: bioprocess systems engineering; machine learning; hybrid modelling; algal biotechnology; process analytical technology; bioreactor design and scale-up
Interests: instrumentation and control; integrated urban wastewater system; mathematical modelling; real-time control; stormwater management; urban drainage; water resource recovery Photo: attached
Special Issue Information
Dear Colleagues,
Process modelling for the purpose of monitoring, prediction and control of bioengineering systems, such as the activated sludge process, anaerobic digestion, and biopharmaceutical manufacturing, is well-established. Nevertheless, bioengineering technology and methods to understand and manipulate their underlying processes are still developing in response to challenges such as climate change, resource security and urbanization. Biological processes and bioengineering are at the vanguard of transformative change through the nexus of academic, industry, policy and good governance. As an example, water resource recovery inspires a broader approach to the design, management and operation of ‘waste’ water treatment and the added dimensionality of end-product value and quantity suggests the need for new models, measurements and control strategies.
A new frontier in modelling for bioengineering is being established at the intersection between complementary fields such as data analytics, machine learning, smart sensors, genomics, metabolic engineering and soft computing. The era of distinct disciplines working largely in silos has passed and the future of bioprocesses is truly innovative and multidisciplinary.
With the closer integration of science and engineering and an emphasis on practical solutions to tackle urgent environmental, energy, and public health challenges across scales, this Special Issue invites contributions that place bioprocess modelling, monitoring and control in the domain of transformative bioengineering. The scope covers biotechnologies, processes or sub-processes and across scales, but must be framed in one or more of the core topic areas (modelling, monitoring and control), and should ideally address current or anticipated societal challenges (e.g., Sustainable Development Goals), future-facing systems (e.g., water resource recovery facilities, fully continuous bio-manufacturing) or a major technical bottleneck related to bioprocessing.
Dr. Matthew Wade
Dr. Dongda Zhang
Dr. Sovanna Tik
Guest Editors
Manuscript Submission Information
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Keywords
- Biological process modelling
- Biological process control
- Biological process monitoring
- Process optimization
- Advanced process control
- Predictive modelling and control
- Hybrid modelling
- Plant-wide modelling
- Process analytical technology and quality by design
- Water resource recovery processes
- Fermentation processes
- Pharmaceutical bioprocesses
- Metabolic engineering for bioprocesses
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