The present research article notably describes the evolution of biofuels while its preliminary attention will focus on the next generation biofuel from lignocellulose biomasses wastes. Categorically, the biochemical, thermo-chemical technologies particularly the chemicals, heat, microorganism, fermentation, enzymes and technical processes are addressed. In biochemical technologies, the topics concern to hydrolysis, pre-treatment, microorganism based fermentation and the integration techniques are also discussed. While, in thermo-chemical technologies, different research parameters particularly the developmental process and systematic analysis will be dealt with. The mandatory and technical aspects of R&D, available technologies, economic study, limitation and understanding of certain technologies etc. will also be presented in detail in the proposed review article.

本研究文章特别描述了生物燃料的发展，而其最初的注意力将集中在木质纤维素生物质废物产生的下一代生物燃料上。严格地讲，涉及生物化学，热化学技术，特别是化学，热，微生物，发酵，酶和技术过程。在生化技术中，还讨论了与水解，预处理，基于微生物的发酵和整合技术有关的主题。同时，在热化学技术中，将处理不同的研究参数，尤其是开发过程和系统分析。研发的强制性和技术方面，可用技术，经济研究，对某些技术的限制和理解等。