Context. The implementation of blockchain technology has generated significant interest in addressing environmental and social challenges, as well as improving efficiency in sectors related to sustainability and finance. Problem. The urgent need for innovative and sustainable solutions to current societal challenges. Purpose. To provide a comprehensive understanding of how blockchain technology is being implemented and to generate new knowledge to drive sustainable innovation in blockchain technology application. Methodology. Scientific knowledge management through bibliometrics for blockchain technology application in promoting sustainability and finance across different sectors. Findings. Theoretical Contribution. Theoretical Contribution (Scientia): Growing interest and development due to the significant increase in scientific production with the maximum number of documents in 2023. India leads scientific production. The diversity of themes and approaches in research reveals the need for a multidisciplinary approach. Continuous concern for data privacy and the importance of developing robust solutions. Practical contribution (Praxis), There is a transformative potential in resource management, financial transactions, and business and governmental operations, ensuring transparency and efficiency, indicating a positive impact. Continuous advancement in creating new technologies in supply chain management, financial services, Internet of Things, public administration, and environmental sustainability, suggesting significant development. It is crucial to develop solid and reliable solutions in the use of blockchain in various contexts. Originality from the transdisciplinary and sustainable innovation point of view. The research highlights its originality in combining blockchain technology with current challenges in sustainability and finance, generating innovative solutions in sustainable practices and financial improvements across different areas. Conclusions and limitations. It emphasizes the importance of digital transformation and process optimization in various sectors. The importance of a multidisciplinary approach is highlighted given international collaboration. The transformative potential of blockchain in resource management, financial transactions, transparency, and efficiency in business and governmental operations is recognized, which has a positive impact on the contextual environment. Practical applications of blockchain in improving traceability, transparency, and efficiency in different areas are highlighted. There is a need for future research on blockchain technology for sustainable innovation, integrating other areas, other sources beyond SCOPUS, other languages, and follow-up or longitudinal studies. [ABSTRACT FROM AUTHOR]