AIMS AND SCOPE

 

 
 

 

The algae-based bioplastics industry could take on a range of different forms. The potential benefits, challenges, risks, impacts and financial implications associated with different alternatives need to be considered in order to ensure the emerging industry is viable, serves the needs of local communities and makes a significant impact regarding carbon sequestration.


AIMS
This part of the project aims to scope and compare different options based on the objectives below:

  • Identifying and analysing the different historical, present day and future-oriented characteristics of the algae-based bioplastics industry.

  • Conceptualising and communicating existing and potential stakeholder, system and decision dynamics.

  • Identifying potential areas for further research to enable and accelerate the growth and de-risking of an algal-bioplastics industry in regional NSW.


SCOPE
The intention of this project is to scope the requirements for a viable algal bioplastics hub in regional NSW, describe the implications of different potential systems and highlight where further investigations are required. As such, it does not provide an evaluation of specific regional attributes.

Nor does the report focus on important but ultimately uncontrollable factors—also known as ‘critical uncertainties’ or ‘known unknowns’ (Crawford 2019)—such as the broader political environment, oil price volatility and so on. The project focuses on sets of factors relevant to a short-to-medium term growth oriented future pathway with a relatively low deviation in terms of implications and requirements.

This report primarily presents qualitative research. The assumptions, aims and scope of the work has, however, received formative guidance throughout by technical expertise internal to the broader research team, including expertise in: biopolymer science, marine biology and product design prototyping. Experiments from the first phases of material testing by the design team are included in the Appendix.

Material testing, algae-based polymers. Dr Stefan Lie, Berto Pandolfo, Dr Kate Scardifield, Ella Williams. Photos: Ella Williams
 

 

Continue

SCOPING ALGAE FUTURES
Scoping a Circular Algae Bioplastics Industry in Regional NSW



Overview
Aims and Scope
Research Capability and Approach
Characteristics of a Future Industry
Factors for Future Transitions
Outcomes and Next Steps
Visualisation
Acknowledgement and Team
Works Cited
Download PDF

AIMS AND SCOPE



The algae-based bioplastics industry could take on a range of different forms. The potential benefits, challenges, risks, impacts and financial implications associated with different alternatives need to be considered in order to ensure the emerging industry is viable, serves the needs of local communities and makes a significant impact regarding carbon sequestration.


AIMS
This part of the project aims to scope and compare different options based on the objectives below:

  • Identifying and analysing the different historical, present day and future-oriented characteristics of the algae-based bioplastics industry.

  • Conceptualising and communicating existing and potential stakeholder, system and decision dynamics.

  • Identifying potential areas for further research to enable and accelerate the growth and de-risking of an algal-bioplastics industry in regional NSW.


SCOPE
The intention of this project is to scope the requirements for a viable algal bioplastics hub in regional NSW, describe the implications of different potential systems and highlight where further investigations are required. As such, it does not provide an evaluation of specific regional attributes.

Nor does the report focus on important but ultimately uncontrollable factors—also known as ‘critical uncertainties’ or ‘known unknowns’ (Crawford 2019)—such as the broader political environment, oil price volatility and so on. The project focuses on sets of factors relevant to a short-to-medium term growth oriented future pathway with a relatively low deviation in terms of implications and requirements.

This report primarily presents qualitative research. The assumptions, aims and scope of the work has, however, received formative guidance throughout by technical expertise internal to the broader research team, including expertise in: biopolymer science, marine biology and product design prototyping. Experiments from the first phases of material testing by the design team are included in the Appendix.

Material testing, algae-based polymers. Dr Stefan Lie, Berto Pandolfo, Dr Kate Scardifield, Ella Williams. Photos: Ella Williams
 



Continue





University of Technology Sydney