云南化工
雲南化工
운남화공
YUNNAN CHEMICAL TECHNOLOGY
2015年
4期
6-8
,共3页
林莉莉%李华锋%刘常清%梅丽诗%曾德芳
林莉莉%李華鋒%劉常清%梅麗詩%曾德芳
림리리%리화봉%류상청%매려시%증덕방
秸秆%速腐剂%有机肥
秸稈%速腐劑%有機肥
갈간%속부제%유궤비
straw%speed preservatives%organic fertilizer
采用枯草芽孢杆菌、黑曲霉、里氏木霉等按适当的质量比配制复合菌剂,与粉碎后的水稻秸秆作用,研究其速腐制有机肥效果。结果表明,该复合菌剂可缩短秸秆腐化周期,腐化周期为同类产品的50%~60%;腐熟后与猪粪结合制作有机肥,可实现对秸秆的资源化利用。
採用枯草芽孢桿菌、黑麯黴、裏氏木黴等按適噹的質量比配製複閤菌劑,與粉碎後的水稻秸稈作用,研究其速腐製有機肥效果。結果錶明,該複閤菌劑可縮短秸稈腐化週期,腐化週期為同類產品的50%~60%;腐熟後與豬糞結閤製作有機肥,可實現對秸稈的資源化利用。
채용고초아포간균、흑곡매、리씨목매등안괄당적질량비배제복합균제,여분쇄후적수도갈간작용,연구기속부제유궤비효과。결과표명,해복합균제가축단갈간부화주기,부화주기위동류산품적50%~60%;부숙후여저분결합제작유궤비,가실현대갈간적자원화이용。
Mixing Bacillus subtilis,Aspergillus niger,Trichoderma reesei and other bacteria by the appropriate percentage for preparation of composite agents,which were reacted with crushed rice straw.The speed rot to prepare the organic fertilizer was studied .The results showed that the composite corrosion a-gents can shorten the corrosion cycle of straw ,which is 50% ~60% of those of similar products .The or-ganic fertilizer can be obtained by combined with pig manure after corrosion.In such way straw treatment re-sources can be realized.