Bioenergy is renewable energy, made through biochemical and chemical approaches, from
raw materials that can be used for heat, electricity, or as liquid biofuels for transport. …

… Malaysia is also committed to generating renewable energy from local bioresources using
… This chapter discusses the potential and challenges of biomass as feedstock for renewable …

… potential, thus, contributing to the nation’s overall economic development. Bioresources are
… Microbial diversity is very vast and can have a wide range of applications in the agriculture, …

… and evaluates their competitiveness compared to fossil fuels; (3) provides information on
novel types of biofuels; (4) besides this review contains a critical analysis of energetic potential …

… Polysaccharides are among the most abundant bioresources on earth and consequently …
to fully exploit the vast potential of polysaccharides as renewable bioresources. It is addressed …

… This implies the production of bioethanol without the need of employing vast extensions of
… The above-mentioned demonstrates the vast possibilities of biomass taking into account that…

… Renewable bioresources are available globally in the form of residual agricultural
biomass and wastes, which can be transformed into liquid biofuels. However, the process of …

… Renewable bioresources are available worldwide in the form of residual agricultural
biomass and wastes, which can be converted into liquid biofuels. However, the process of …

… Scalability, commercialization and industrial production of bacterial cellulose poses a
significant challenge, yet offers vast potential for applications. The following section touches upon …

… The term bioresources represent a vast diversity of materials with an equally vast diversity
of origins and properties. Common to all bioresources is that they ultimately utilize nature’s …