UCL Research Proposal Example: Chemical engineer to sustainability transition policy (Score 93)

1. Research question and rationale UK chemical manufacturing accounts for a substantial share of industrial greenhouse gas emissions, yet sector-specific decarbonisation pathways remain poorly integrated into transition policy. This proposal asks: to what extent do current UK regulatory instruments accelerate or constrain low-carbon technology adoption in chemical process industries, and which policy design features correlate with faster facility-level abatement? The question is bounded to UK-registered chemical sites under the UK Emissions Trading Scheme post-2021, ensuring tractability within a one-year MSc timeline. 2. Literature review and research gap Two bodies of scholarship are relevant but rarely connected. Technological transition theory, particularly multi-level perspective work, explains how incumbent industrial regimes resist low-carbon niches yet treats policy as exogenous. Environmental economics literature on carbon pricing and regulatory stringency quantifies abatement costs without modelling process-engineering constraints specific to chemical production. The gap is an empirically grounded account of how regulatory design interacts with process-level feasibility: existing studies either lack facility-resolution data or do not distinguish chemical sub-sectors with different abatement curves. 3. Research design and methods Phase 1 compiles a facility-level dataset from publicly available UK ETS verified emissions reports (2021–2023) and Environment Agency pollution inventory records. Phase 2 applies panel regression to test whether permit allocation method, compliance cost and inspection frequency predict year-on-year emissions intensity change, controlling for production volume and energy price. Phase 3 conducts semi-structured interviews (n=8–10) with sustainability managers at a purposive sample of facilities to interpret statistical outliers and assess perceived regulatory barriers. Quantitative analysis uses R; qualitative coding follows framework analysis. 4. Feasibility, ethics and timeline All quantitative data are open-access government records requiring no data-sharing agreements. Interview recruitment carries a low-response risk; a contingency is documentary analysis of published corporate transition plans. Interviews involve no sensitive personal data and will follow UCL Research Ethics Committee procedures. Timeline: Months 1–3, dataset construction and regression; Months 4–7, interviews and coding; Months 8–10, integration and write-up. Scope is limited to UK ETS-covered chemical sites to avoid overreach. 5. Department fit and resources UCL's Institute for Sustainable Resources hosts research on energy and industrial systems policy; the department's environmental economics and sociotechnical transition expertise maps directly onto the dual-literature design above.