COMPREHENSIVE MODELLING AND OPTIMIZATION OF BIOMASS ENERGY SYSTEMS FOR SUSTAINABLE DEVELOPMENT

Biomass energy has emerged as a sustainable and renewable alternative to fossil fuels, contributing significantly to global energy security and greenhouse gas mitigation. This study presents a comprehensive and analytical evaluation of biomass energy systems by integrating thermochemical and biochemical conversion technologies with mathematical modelling and optimization techniques. Realistic modelling trends are applied to assess system performance, efficiency, and emission reduction. The results demonstrate that optimized biomass systems significantly enhance energy output while minimizing environmental impact. The study concludes with future perspectives for large scale implementation.