Agro-Industrial Waste Revalorization: The Growing Biorefinery
Реоценка агропромышленных отходов: развивающаяся биорафинерия
2019-03-18
SCID: 54.1/uak4jn8k
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agro-industrial waste revalorizationbioactive compoundsbioenergybiorefinerywaste-derived biocomposites
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Abstract (AI)
Agro-industrial residues have been the spotlight of different researches worldwide, due to some of their constituents being raw material to generate a diversified variety of industrial products. Nowadays, this situation keeps prevailing and will increase continuously in the future. In the agroindustry, diverse biomasses are subjected to distinct unit processes for providing value to different waste materials from agriculture, food processing, and alcoholic industries. In this chapter, we reported an updated survey of different renewable organic materials that including agricultural wastes can be converted to bioenergy. Similarly, these wastes encrypt different bioactive compounds with an excellent nutraceutical functions and with high adding value. In addition, biocomposites can be elaborated using fibers from wastes with a wide variety of applications in the automotive and packaging industry. Vinasses derived from tequila industry in Mexico represent a lot of potential to extract biocompounds, and we propose a process to obtain them. A perspective of market trend is mentioned in this chapter for compounds derived from agro-industrial wastes. Adding value to those agro-industrial wastes can provide the reduction of negative impact emission, discharge, or disposal, solves an environmental problem, and generates additional income.
Key Findings
1
Agro-industrial residues can serve as renewable feedstocks for producing bioenergy through diverse biomass conversion processes.
2
Revalorizing agro-industrial wastes can reduce emissions, discharges, and disposal impacts while generating additional income and addressing environmental problems.
3
Tequila-industry vinasses in Mexico represent a promising source of extractable biocompounds, and a recovery process is proposed.
4
These wastes contain bioactive compounds with nutraceutical functions and significant potential for value-added product development.
5
Waste-derived fibers can be used to manufacture biocomposites for automotive and packaging applications.
Research Object
agro-industrial residues and wastes from agriculture, food processing, and alcoholic industries, including tequila-industry vinasses
Research Subject
their revalorization through conversion into bioenergy, bioactive nutraceutical compounds, and fiber-based biocomposites, including extraction of biocompounds from tequila vinasses
Publication Details
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2019-03-18
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