Cellulose is only one of the components of biomass, although being the most abundant. To make useful chemicals or materials from cellulose requires as the first step the separation of cellulose from biomass. Various issues of cellulose extraction and its conversion are discussed in the chapters of this book on cellulose, the third and last one of a series of books on cellulose. This conversion of cellulose is an integral part of the biorefinery concept, an effort to derive optimum value from all biomass components, and as such compulsory reading for students and researchers in this area
Sustainable use of forest and agricultural resources will play an important role for solving urgent ...
About 5 x 10¹³ kg of cellulose are yearly biosynthesized in the nature, that is about 40 % of the bi...
Cellulosic wastes could be turned into several value-added products through bioconversion. This work...
Rapid industrialization has led to development of various platform chemicals and fossil fuel refiner...
Modern society is now demanding “greener” materials due to depleting fossil fuels and increasing env...
Cellulose is destined to play a major role in the emerging bioeconomy. Awareness of the environment ...
Nowadays, there is a tremendous interest in greener alternatives to the petroleum-based production o...
Cellulose is the most abundant organic material which can be used as a source of food, fuel and chem...
Lignocellulosic wastes has been widely discussed as a promising natural chemical source and alternat...
Our research comes within the scope of plant biomasses production as a source of cellulose and hemic...
Bacterial cellulose (BC) or microbial cellulose (MC) was considered a bioactive material characteriz...
Nowadays, there is a tremendous interest in greener alternatives to the petroleum-based production o...
Cellulosic fibers are becoming increasingly important in many industrial sectors. Indeed, their avai...
Comprehensive coverage on the growing science and technology of producing ethanol from the world\u27...
Cellulose is the most common biopolymer used worldwide on an industrial scale with applications in ...
Sustainable use of forest and agricultural resources will play an important role for solving urgent ...
About 5 x 10¹³ kg of cellulose are yearly biosynthesized in the nature, that is about 40 % of the bi...
Cellulosic wastes could be turned into several value-added products through bioconversion. This work...
Rapid industrialization has led to development of various platform chemicals and fossil fuel refiner...
Modern society is now demanding “greener” materials due to depleting fossil fuels and increasing env...
Cellulose is destined to play a major role in the emerging bioeconomy. Awareness of the environment ...
Nowadays, there is a tremendous interest in greener alternatives to the petroleum-based production o...
Cellulose is the most abundant organic material which can be used as a source of food, fuel and chem...
Lignocellulosic wastes has been widely discussed as a promising natural chemical source and alternat...
Our research comes within the scope of plant biomasses production as a source of cellulose and hemic...
Bacterial cellulose (BC) or microbial cellulose (MC) was considered a bioactive material characteriz...
Nowadays, there is a tremendous interest in greener alternatives to the petroleum-based production o...
Cellulosic fibers are becoming increasingly important in many industrial sectors. Indeed, their avai...
Comprehensive coverage on the growing science and technology of producing ethanol from the world\u27...
Cellulose is the most common biopolymer used worldwide on an industrial scale with applications in ...
Sustainable use of forest and agricultural resources will play an important role for solving urgent ...
About 5 x 10¹³ kg of cellulose are yearly biosynthesized in the nature, that is about 40 % of the bi...
Cellulosic wastes could be turned into several value-added products through bioconversion. This work...