Empirical Analysis of Gas Flaring Reduction Policies and Their Effectiveness in the Niger Delta: 2018-2024

Despite decades of regulatory intervention, natural gas flaring persists as a defining environmental challenge in Nigeria's Niger Delta region. This study empirically analyses the effectiveness of gas flaring reduction policies implemented between 2018 and 2024, filling a critical research gap in the evaluation of the Nigerian Gas Flare Commercialisation Programme (NGFCP) and associated regulatory enforcement mechanisms. The study adopts a longitudinal quantitative methodology, constructing a panel dataset from satellite-derived flare volume data (VIIRS and NOAA), NUPRC compliance records, and macroeconomic indicators for flaring companies across Rivers, Delta, Bayelsa, and Akwa Ibom states. Fixed-effects panel regression models are estimated to isolate the policy treatment effects of the NGFCP and the 2022 flare penalty schedule revision from confounding production volume and price effects. Findings demonstrate that the 2022 penalty revision produced a statistically significant 14 percent reduction in flare volumes in the short run across compliant operators, but the effect is attenuated among non-compliant operators lacking enforcement follow-through. The study identifies asymmetric policy effectiveness across operator categories, with international oil companies showing stronger compliance responses than indigenous operators. Mediation analysis reveals that financial penalty magnitude moderates policy effectiveness more than regulatory monitoring frequency. The study contributes original empirical evidence to the literature on regulatory instrument design in resource-rich developing countries. Recommendations include differentiated penalty structures for operator size categories and a results-based monitoring framework tied to NGFCP project disbursements. Keywords: gas flaring, NGFCP, panel regression, policy effectiveness, Niger Delta.