Navigating Multi Level Governance for Sustainable Bioenergy Deployment: Interactions Between Central Policy, International Agreements, and Local Development Outcomes
The project is linked to the UK Supergen Bioenergy Impact Hub (Cross-cutting Task: Maximising sustainability trade-offs) at Aston University. Bioenergy and bioproducts are central to many national and international strategies for achieving net zero, enhancing energy security, and promoting rural economic development. However, the deployment of bioenergy systems often encounters a complex landscape of local barriers, regulatory bottlenecks, and market failures.
Two major research work streams are currently underway at the Supergen Bioenergy Impact Hub, providing essential grounding for this PhD:
- Economic Development (Regional Approach)
Current work maps regional opportunities and challenges for bioenergy deployment, identifying spatial differences in feedstock availability, industrial capabilities, workforce skills, and socio-economic benefits. - Enabling Environment for Scale-Up
Research is generating a roadmap of real-world constraints, policy misalignments, regulatory gaps, market immaturity, and sustainability concerns that hinder scale-up of bioenergy and bioproducts.
This PhD seeks to integrate these streams, while adding a critical new dimension of the interplay between centralised decision-making and local development outcomes, especially in the context of international climate change frameworks, national bioeconomy strategies and sustainability requirements, and cross border supply chains.
Research Aim
The aim of this PhD project is to examine how centralised policy frameworks, international climate agreements, and multinational sustainability regulations influence local bioenergy development, economic opportunities and deployment feasibility, and to develop a holistic decision-support framework to align national strategies with on the ground implementation.
Objectives
The high-level objectives are to:
- Map the multi-level governance landscape affecting bioenergy deployment, from global agreements, to national policies, to local implementation.
- Analyse how central decisions shape or constrain regional bioenergy opportunities, building directly on the existing regional opportunity/challenge mapping.
- Identify real-world barriers in policy, regulation, markets, finance, and supply chains that shape local feasibility.
- Investigate behavioural and perception drivers influencing community acceptance, developer decisions, and policymaker’s choices.
- Evaluate whether harmonized sustainability frameworks and criteria (for example, approaches to indirect land-use change) adequately capture regional and national contexts.
- Develop a holistic decision-making framework integrating different approaches and methods, e.g., techno-economic analysis (TEA), sustainability assessment, and governance considerations.
The PhD will adopt a mixed-methods, cross-disciplinary approach, including methods such as:
- Policy and governance analysis
- Comparative case studies
- Stakeholder mapping and qualitative interviews
- Technical, economic, and environmental assessments (e.g, TEA, LCA)
- Sustainability assessment tools
- Behavioural and perception analysis
- Systems thinking and multi-criteria decision analysis
By adopting this mixed-methods approach, the PhD is intended to develop an integrated framework that encompasses the interconnections between varying levels of governance and the deployment of bioenergy systems at the community level.