期刊文献+

Composting Onion (<i>Allium cepa</i>) Wastes with Alfalfa (<i>Medicago sativa</i>L.) and Cattle Manure Assessment

Composting Onion (<i>Allium cepa</i>) Wastes with Alfalfa (<i>Medicago sativa</i>L.) and Cattle Manure Assessment
下载PDF
导出
摘要 There is growing interest in the potential for using composts in agricultural and horticultural field crops. The aim of this study is to test the mixture efficiency to produce good quality compost. This paper presents a comprehensive analysis of recycling organic wastes through composting. In an area of approximately 1500 ha, situated in the lower valley of the Rio Negro (Black River), onions are produced. 50% of these onions are processed under Good Agricultural Practices (GAP) and under Good Manufacturing Practices (GMP). The packaging for marketing in processing plants has produced huge volumes of wastes that must be managed according to quality standards. These are composed by scales, roots and leaves, with high C/N ratio. In this study the composting process was studied as a way to recycle ecological and cheap onion waste in order to minimize their environmental impact. The onion residues were mixed with alfalfa and cattle manure. An experiment was carried out in order to determine suitable quality compost (organic product high agronomic value). In order to achieve the objectives, composting processes were carried out in two consecutive years. During the process, some physical, chemical and biological properties of the final product were analyzed and evaluated. The mixtures: OMA, onion-manure-alfalfa;OM, onion-manure;OA, onion-alfalfa, showed a similar behavior. The mixtures more efficient were onion-manure and onion-manure-alfalfa with values close to 50%, while onion-alfalfa yielded only 34%. Reuse of onion waste by composting mixed with cattle manure, is a viable alternative in ecological terms. The final compost obtained could be used as amendment in agriculture practices. There is growing interest in the potential for using composts in agricultural and horticultural field crops. The aim of this study is to test the mixture efficiency to produce good quality compost. This paper presents a comprehensive analysis of recycling organic wastes through composting. In an area of approximately 1500 ha, situated in the lower valley of the Rio Negro (Black River), onions are produced. 50% of these onions are processed under Good Agricultural Practices (GAP) and under Good Manufacturing Practices (GMP). The packaging for marketing in processing plants has produced huge volumes of wastes that must be managed according to quality standards. These are composed by scales, roots and leaves, with high C/N ratio. In this study the composting process was studied as a way to recycle ecological and cheap onion waste in order to minimize their environmental impact. The onion residues were mixed with alfalfa and cattle manure. An experiment was carried out in order to determine suitable quality compost (organic product high agronomic value). In order to achieve the objectives, composting processes were carried out in two consecutive years. During the process, some physical, chemical and biological properties of the final product were analyzed and evaluated. The mixtures: OMA, onion-manure-alfalfa;OM, onion-manure;OA, onion-alfalfa, showed a similar behavior. The mixtures more efficient were onion-manure and onion-manure-alfalfa with values close to 50%, while onion-alfalfa yielded only 34%. Reuse of onion waste by composting mixed with cattle manure, is a viable alternative in ecological terms. The final compost obtained could be used as amendment in agriculture practices.
出处 《Agricultural Sciences》 2015年第4期445-455,共11页 农业科学(英文)
关键词 ALFALFA Cattle Manure COMPOSTING Mixture Efficiency ONION WASTES Alfalfa Cattle Manure Composting Mixture Efficiency Onion Wastes
  • 相关文献

参考文献1

二级参考文献59

  • 1Bertoldi D M,V allini G,Pera A.The biology of composting:a review.Waste Management and Research,1983,1:157-176.
  • 2Stentiford E I.Composting control:principles and practice.In:de Bertoldi M,Sequi P,Lemmes Beds.,The Science of Composting,Part I.London (UK):Chapman and Hall,1996.49-59.
  • 3Hamoda M F,Abu-Qdais H A,Newham J.Evaluation of municipal solid waste composting kinetics.Resources,Conservation and Recy cling,1998,23:209-223.
  • 4Oriol E,Raimbault M,Roussos S,et al.Applied microbiology.Biotechnology,1988,27:498.
  • 5Weppen P.Process calorimetry on composting of municipal organic wastes.Biomass and Bioenergy,2001,21:289-299.
  • 6Diaz L F,Savage G M,Eggerth L L,et al.Compost ing and Recycling Municipal Solid Waste.Boca Raton (USA):Lewis Publishers,1993.296.
  • 7Miller F C.Matric water potential as an ecologicald eterminant in compost,a substrate dense system.Microbial Ecology,1989,18:59-71.
  • 8Schulze K L.Relationship between moisture content and activity of finished compost.Compost Science,1964,2:32-34.
  • 9Tiquia S M,Tam N F Y,Hodgkiss I J.Effects of bacterial inoculum and moisture adjustment on composting of pig manure.Env ironmental Pollution,1997,96(2):161-171.
  • 10Das K,K eener H M.Process control based on dynamic properties in composting:moisture a nd compaction considerations.The Science of Composting:part 1.Glassgow (U K):Blackie Academic and Professional,1996.116-125.

共引文献56

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部