Andere Kunden interessierten sich auch für
![Improved Unsaturated to Saturated Logic Level Translation]( "Improved Unsaturated to Saturated Logic Level Translation")
Improved Unsaturated to Saturated Logic Level Translation26,99 €![Improved Liquid Crystal Properties with Development of Nanomaterials]( "Improved Liquid Crystal Properties with Development of Nanomaterials")
Improved Liquid Crystal Properties with Development of Nanomaterials23,99 €![An Improved Hybrid Hierarchical Model for Breast Cancer Detection]( "An Improved Hybrid Hierarchical Model for Breast Cancer Detection")
An Improved Hybrid Hierarchical Model for Breast Cancer Detection51,99 €![Improved Architecture Of 256 Bit CSLA For Reduced Area Applications]( "Improved Architecture Of 256 Bit CSLA For Reduced Area Applications")
Improved Architecture Of 256 Bit CSLA For Reduced Area Applications23,99 €![Number Plate Recognition Using an Improved Segmentation]( "Number Plate Recognition Using an Improved Segmentation")
Number Plate Recognition Using an Improved Segmentation36,99 €![Improved performance of on-chip data interconnects]( "Improved performance of on-chip data interconnects")
Improved performance of on-chip data interconnects40,99 €![An Improved AODV with Multipath and Caching Techniques]( "An Improved AODV with Multipath and Caching Techniques")
An Improved AODV with Multipath and Caching Techniques46,99 €
Inefficient energy generation from sugarcane bagasse in several countries is the remarkable example for higher production cost in industrial sectors that necessitating immediate intervention in respect of efficient energy use and sustainability. The potential of improving its efficiency through novel technologies is very high. In Bangladesh, on an average, a Sugar Mill of cane crushing capacity 2000 MT is generating 2 MW electricity by burning bagasse in boilers only for their own use. Whereas, using modern technology and appropriate operation modes, 11 MW electrical power generation is possible after fulfillment of process heat requirement. This book, therefore, provides a clear concept for adequate energy generation using bagasse through modern technologies and its sustainability and social benefits. Because of good sugarcane yield in many developing countries and the use of bagasse as biomass for energy generation gives these countries a considerable revenue stream, the development can provide economic growth to those countries that need it most. Maximum usage of sugarcane in an efficient way might be helpful to enhance sugarcane producer's and energy practitioner's interest.