Makepa Denzel Christopher, Chihobo Chido Hermes
Department of Fuels and Energy Engineering, Chinhoyi University of Technology, Private Bag, 7724, Chinhoyi, Zimbabwe.
Heliyon. 2024 Jun 7;10(12):e32649. doi: 10.1016/j.heliyon.2024.e32649. eCollection 2024 Jun 30.
Realizing integrated biorefineries producing multiple fuels, chemicals and materials from sustainable biomass feedstocks holds promise for transitioning industries onto low-carbon trajectories. However, widespread commercial implementation remains elusive despite two decades of technological advancements. This review synthesizes current literature to provide a comprehensive analysis of key multi-dimensional barriers inhibiting the scale-up of biorefineries. The review discusses the technical challenges around biomass conversion processes. Economic viability concerns such as high capital costs and lack of market competitiveness are also assessed. The review also evaluates the regulatory and policy complexities that poses risks and uncertainties in the scaling up of biorefineries. Socio-political acceptance hurdles including community engagement and public perception are also reviewed. The interconnected nature of these challenges is emphasized and strategies are recommended to enable full potential realization, covering areas such as enhanced stakeholder collaboration, advanced process intensification, supportive policy frameworks, innovative financing models and strategic marketing initiatives. International pilots and cross-sectoral knowledge exchange are highlighted as priority enablers. In conclusion, this review synthesizes insights from extensive demonstration efforts to identify priorities and pathways for accelerating the global commercial transition towards sustainable biorefinery implementation. It aims to inform strategic decision-making and collaborative actions amongst stakeholders in research, industry and policy domains.
实现从可持续生物质原料生产多种燃料、化学品和材料的综合生物精炼厂有望推动各行业向低碳发展轨迹转型。然而,尽管经过二十年的技术进步,广泛的商业应用仍难以实现。本综述综合了当前文献,对阻碍生物精炼厂扩大规模的关键多维度障碍进行了全面分析。该综述讨论了生物质转化过程中的技术挑战。还评估了诸如高资本成本和缺乏市场竞争力等经济可行性问题。该综述还评估了在生物精炼厂扩大规模过程中带来风险和不确定性的监管和政策复杂性。还审查了包括社区参与和公众认知在内的社会政治接受障碍。强调了这些挑战的相互关联性质,并建议了实现全部潜力的策略,涵盖加强利益相关者合作、先进的过程强化、支持性政策框架、创新融资模式和战略营销举措等领域。国际试点和跨部门知识交流被突出为优先推动因素。总之,本综述综合了广泛示范工作的见解,以确定加速全球向可持续生物精炼厂实施的商业转型的优先事项和途径。它旨在为研究、工业和政策领域的利益相关者之间的战略决策和合作行动提供信息。