Environmental remediation as competitive advantage: comparative study on Brazil phytoremediation systems and nigeria’s niger delta oil spill crisis

Review Article
Clinton Oririoghene Duruvwe1 Testimony Ezije Ogbonnna-Mbah2 Asaolu Gbenga Victor3 Folakemi Temitope Omosuyi 4
1 Department of Petroleum Engineering, Faculty of Engineering, Madonna University, Elele, Rivers State. Nigeria
2 Department of Bioprocessing and Biotechnology, Faculty of Engineering, Universidade Tecnológica Federal do Paraná (UTFPR), Brazil
3 Department of Industrial Chemistry and Petrochemical Technology, Faculty of Science, Delta State University, Abraka, Nigeria
4 Department of Oceanography, Universidade Federal de Santa Catarina

Abstract

Environmental contamination from industrial, agricultural, and extractive activities presents critical challenges for emerging economies, exemplified by Brazil’s advances in phytoremediation and Nigeria’s ongoing Niger Delta oil spill crisis. This comparative study explores how robust environmental remediation efforts can serve as a source of competitive advantage, moving beyond regulatory compliance to drive innovation, brand equity, and economic resilience. Drawing on the Resource-Based View (RBV), Porter’s competitive advantage framework, and Environmental, Social, and Governance (ESG) criteria, the review highlights Brazil’s leadership in leveraging native biodiversity and research infrastructure to develop cost-effective, scalable phytoremediation systems. In contrast, Nigeria’s acute pollution crisis necessitates urgent, scalable bioremediation strategies but is hampered by weak governance, funding constraints, and technology transfer barriers. The analysis demonstrates that remediation excellence offers tangible benefits for firms including reduced legal costs, enhanced stakeholder trust, and access to ESG investment ,as well as for nations, in the form of food security, cleaner exports, innovation-driven employment, and foreign direct investment attraction. Strategic collaboration between Brazil and Nigeria, through joint research, pilot projects, patent co-development, and university partnerships, is proposed as a pathway to accelerate technology transfer and capacity building. The study also outlines a forward-looking research agenda, emphasizing the integration of artificial intelligence in monitoring, biochar-phytoremediation hybrids, marine oil spill biotech, ESG valuation models, and indigenous plant screening. Persistent challenges such as weak enforcement, corruption, limited data transparency, and fragmented funding are critically examined. Overall, the findings advocate for a paradigm shift where environmental remediation is recognized as a catalyst for sustainable development, competitive advantage, and global leadership, particularly for resource-rich emerging economies.