Titlebook: Agricultural Waste to Value-Added Products; Technical, Economic Remya Neelancherry,Bin Gao,Alberto Wisniewski Jr Book 2023 The Editor(s) (

abject

Extraction of Lignin from Various Agricultural Biomass: Its Characterization and Applications,tural waste for lignin extraction are introduced at the beginning of this chapter, including physical, chemical, and biological treatments. Then, the traditional methods of lignin extraction from different agricultural biomass (such as high-boiling alcohol solvent extraction and organic solvent extr

紋章

Rice Husk: From Agro-Industrial to Modern Applications,its derivatives, such as rice husk ash (RHA), rice husk biochar (RHB), rice husk hydrochar (RHH), and activated carbon (RHAC), have been placed forefront for applications in agriculture and other industries. While the investigation of RH’s composition, microstructure, and by-products has been done i

售穴

無(wú)可爭(zhēng)辯

Agricultural Waste as a Source of Fine Chemicals,ected technological advancements, are also discussed. Besides, selected waste biomass sources, biochemicals, biomass conversion pathways, derivatives, and potential applications are elaborately discussed.

compel

Decentralized Composting and Vermicomposting for Agricultural Waste Management: Recycle at Source,.?Recycle of raw materials at source, environment friendly technology, economic benefits are associated with decentralized composting and vermicomposting for biowastes. These green technologies are cost-effective and easy to install with zero emission. In the current chapter, all the aspects related

法律的瑕疵

有惡意

Neuere Entwicklungen im Operations Researchy residues like coffee peel, sugarcane bagasse, and rice husk. Agriculture-dependent countries must prioritise the reuse of agricultural and agro-industry waste to turn a profit by reusing the waste rather than just disposing of it. These residues can be used as raw material in various researches an

遺忘

Anonymous

Neuere Entwicklungen im Operations Researchdustries. Also, the synchronised recovery of renewable energy and wastewater treatment through bioelectrochemical systems (BES) utilising agro-waste products as feedstock demonstrates a waste biorefinery approach leading towards a sustainable circular bioeconomy. Therefore, this chapter elucidates t

Facilities