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Carbon Pricing Durability and Industrial Competitiveness, a Panel Study

Carbon pricing durability represents an essential determinant of long-term industrial adaptation and macroeconomic competitiveness under global climate constraints. The strategic interaction between sustained emissions price trajectories and sectoral output reveals that predictable regulatory signals foster technological innovation without fundamentally compromising trade performance across energy-intensive domains. Institutional safeguards and border carbon mechanisms further insulate domestic manufacturing while ensuring deep decarbonisation pathways remain economically viable.

Objectiu del treball

Assess the impact of durable carbon pricing on industrial competitiveness across international panel jurisdictions.

Metodologia

Two-way fixed effects and dynamic panel analysis of multi-country trade, manufacturing value-added, and carbon pricing datasets.

Novetat científica

Reconciles sector-specific trade contractions with aggregate industrial performance by isolating policy durability and effective price thresholds.

Previsualització del document

Aquesta és una previsualització breu. La versió completa inclou text ampliat per a totes les seccions, una conclusió i una bibliografia formatada.

PhD Dissertation

Degree:
Carbon Pricing Durability and Industrial Competitiveness, a Panel Study

Author:

Group

First M. Last

Advisor:

Dr. First Last

City, 2026

Contents

Introduction
Chapter 1. Theoretical Foundations of Carbon Pricing and Industrial Competitiveness
1.1 Conceptualising Policy Durability and Market Signals in Environmental Economics
1.2 The Porter Hypothesis versus Pollution Haven Dynamics in Trade-Exposed Sectors
1.3 Asymmetric Regulatory Burdens across Energy-Intensive Manufacturing Domains
1.4 Price Stability, Credibility, and Long-Term Capital Investment Horizons
1.5 Synthesising Theories of Technological Transition and Border Adjustments
Chapter 2. Methodological Framework and Econometric Strategy for Panel Analysis
2.1 Cross-Jurisdictional Panel Data Selection and Variable Construction
2.3 Two-Way Fixed Effects Specifications and Dynamic Panel Formulations
2.4 Addressing Unobserved Heterogeneity, Endogeneity, and Dynamic Inconsistency
2.5 Cointegration Approaches and Structural Break Sensitivity Tests
Chapter 3. Empirical Assessment of Industrial Trade Exposures and Output
3.1 Net Export Responses and Trade Flows in Emission-Intensive Sectors
3.2 Output Elasticities and Sectoral Disaggregation across Cement and Materials
3.3 Manufacturing Value-Added Dynamics under Asymmetric Carbon Surcharges
3.4 Revealed Comparative Advantage Fluctuations across Multi-Country Panels
3.5 Short-Run Output Shocks versus Long-Run Adaptation Trajectories
Chapter 4. Sectoral Heterogeneity and Technological Decarbonisation Pathways
4.1 Differential Responses in Primary Manufacturing versus Electricity Generation
4.2 Capital Renewal Cycles, Abatement Technology, and Process Substitution
4.3 Demand-Side Substitution and Material-Efficient Supply Chain Restructuring
4.4 Carbon Capture and Hydrogen Integration in Heavy Industrial Base
Chapter 5. Policy Design, Durability Safeguards, and Competitiveness Buffers
5.1 Revenue Recycling Mechanisms and Output-Based Allocation Designs
5.2 Border Carbon Adjustments and Level Playing Field Instruments
5.3 Political Durability and Credibility Enablers in Emissions Pricing Schemes
5.4 Institutional Architecture for Mitigating Sectoral Carbon Leakage
5.5 Strategic Alignment of Green Industrial Policy and Climate Targets
Chapter 6. Theoretical Framework
Conclusion
Bibliography

Introduction

Decarbonising heavy industry while safeguarding national economic performance constitutes one of the most pressing policy dilemmas in contemporary political economy. The implementation of unilateral price signals on carbon dioxide emissions generates persistent concerns regarding the competitive standing of energy-intensive and trade-exposed manufacturing sectors, where regulatory asymmetries risk inducing carbon leakage and diminished export vitality [1]. Evaluating whether market-based climate mechanisms erode industrial capacity or stimulate long-term technological restructuring requires assessing how policy longevity influences industrial behaviour across jurisdictions [6].

Existing literature presents a marked divergence regarding the structural ramifications of emissions pricing. On one side, standard economic equilibrium models and sub-national empirical inquiries highlight vulnerability in heavy production domains, documenting trade volume contractions and output suppression when unilateral pricing mechanisms are imposed without offsetting border measures [1], [2]. Conversely, broader cross-country panel evaluations suggest that moderate and enduring carbon price schedules do not meaningfully depress overall manufacturing value added or export competitiveness, functioning instead as catalysts for green innovation and efficiency enhancements [5], [6].

This study investigates the systemic relationship between carbon pricing durability, trade dynamics, and industrial competitiveness using a multi-country panel framework. Combining macro-level trade data with sectoral indicators across jurisdictions, the analysis applies two-way fixed effects and dynamic panel specifications to determine the conditions under which policy stability mitigates short-term cost shocks [6]. By distinguishing between temporary regulatory instruments and durable pricing frameworks, the inquiry clarifies how institutional credibility conditions firm-level capital adjustments and technology deployment in heavy industry [5].

The findings offer substantive evidence for environmental policy design, delineating the threshold levels at which carbon prices remain economically neutral and identifying structural buffers such as targeted revenue recycling and output-based allocations. By evaluating the empirical trade-offs between mitigation rigor and industrial viability across trade-exposed sectors, this doctoral study provides a rigorous foundation for constructing durable climate frameworks that reconcile industrial competitiveness with deep decarbonisation imperatives.

2.3 Two-Way Fixed Effects Specifications and Dynamic Panel Formulations

To evaluate the structural impacts of emissions pricing on industrial performance, this dissertation establishes a rigorous econometric framework that captures both dynamic adjustment persistence and unobserved sectoral heterogeneity across multi-country panel datasets. Following the analytical architecture of cross-country investigations into regulatory exposure, the baseline empirical strategy relies on two-way fixed effects regressions complemented by dynamic system generalised method of moments estimations (crossref-10-46647-ijetms-2025-v09i06-007). This dynamic specification directly addresses potential endogeneity, lagged dependent variables, and macroeconomic shocks while evaluating industrial performance metrics, including manufacturing value-added growth, sectoral export shares, and revealed comparative advantage across energy-intensive and trade-exposed sectors (crossref-10-46647-ijetms-2025-v09i06-007). In addition to panel fixed effects formulations, time-series cointegration approaches, including dynamic ordinary least squares, fully modified ordinary least squares, and canonical cointegrating regression, are integrated to determine long-run equilibrium relationships between carbon pricing instruments and industrial competitiveness without imposing restrictive stationarity assumptions across the underlying indicators (crossref-10-21203-rs-3-rs-1015971-v1). Furthermore, the econometric design incorporates quarterly trade flows, import volumes, and net export balances across sub-national and international jurisdictions to capture trade exposure and production displacement dynamics, reflecting established empirical methods applied to vulnerable emission-intensive sectors such as cement manufacturing (crossref-10-3138-cpp-2017-074). Diagnostic tests for serial correlation, cross-sectional dependence, and instrument validity are systematically executed to verify parameter consistency across all model variations. By synthesising dynamic panel models with robust cointegration tests, the methodological framework effectively isolates short-term output shocks from long-term technological adaptation, ensuring reliable identification of policy durability effec…

References

  1. Carbon Pricing and Competitiveness Pressures: The Case of Cement Trade
    Vincent Thivierge
    Lien DOI
  2. The Impact of Carbon Pricing On International Competitiveness In The Case of Azerbaijan
    Shahriyar Mukhtarov
    Lien DOI
  3. Studying Road Pricing Policy with Panel Data Analysis
    Jacqueline M. Golob, Thomas F. Golob
    Lien DOI
  4. The Poverty and Distributional Impacts of Carbon Pricing: Channels and Policy Implications
    Baoping Shang
  5. Technologies and policies to decarbonize global industry: Review and assessment of mitigation drivers through 2070
    Jeffrey Rissman, Chris Bataille, Eric Masanet et al.
  6. Carbon Pricing and Industrial Competitiveness: Cross-Country Panel Analysis
    Dr. Pritish Chandra Vaish
  7. Do firms respond differently to the carbon pricing by industrial sector? How and why? A comparison between manufacturing and electricity generation sectors using firm-level panel data in Korea
    Pyung Kim, Hyunhoe Bae
  8. Carbon pricing and competitiveness: are they at odds?
    Frank Venmans, Jane Ellis, Daniel Nachtigall

Bibliografia

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