现代畜牧兽医
現代畜牧獸醫
현대축목수의
LIAONING JOURNAL OF ANIMAL HUSBANDRY AND VETERINARY MEDICINE
2014年
9期
10-13
,共4页
王春强%伊鹤楠%甄志刚%蔡洪波
王春彊%伊鶴楠%甄誌剛%蔡洪波
왕춘강%이학남%견지강%채홍파
鸡粪%颗粒制备%燃烧值
鷄糞%顆粒製備%燃燒值
계분%과립제비%연소치
Broiler manure%Pellets preparation%Combustion value
为了解决肉鸡场鸡粪污染及鸡场的供热问题,本研究在制备鸡粪与木屑混合物颗粒的基础上,利用氧弹式量热仪测定样本的燃烧值,探讨不同比例鸡粪与木屑混合物燃烧值的变化情况以及储存时间对燃烧值的影响程度。混合物分为8组,鸡粪比例为20%~100%。结果表明,新制颗粒的燃烧值范围为11.12~15.48 MJ/kg,随着鸡粪比例的降低,颗粒的燃烧值显著上升;颗粒储存1个月后各组燃烧值下降幅度为4.90~0.69 MJ/kg,随着鸡粪比例的降低,颗粒的燃烧值下降幅度显著减小。考虑颗粒燃烧值和储存时间两个因素,在生产中推荐鸡粪与木屑质量比为4:6,可充分保障混合物颗粒的供热需求。
為瞭解決肉鷄場鷄糞汙染及鷄場的供熱問題,本研究在製備鷄糞與木屑混閤物顆粒的基礎上,利用氧彈式量熱儀測定樣本的燃燒值,探討不同比例鷄糞與木屑混閤物燃燒值的變化情況以及儲存時間對燃燒值的影響程度。混閤物分為8組,鷄糞比例為20%~100%。結果錶明,新製顆粒的燃燒值範圍為11.12~15.48 MJ/kg,隨著鷄糞比例的降低,顆粒的燃燒值顯著上升;顆粒儲存1箇月後各組燃燒值下降幅度為4.90~0.69 MJ/kg,隨著鷄糞比例的降低,顆粒的燃燒值下降幅度顯著減小。攷慮顆粒燃燒值和儲存時間兩箇因素,在生產中推薦鷄糞與木屑質量比為4:6,可充分保障混閤物顆粒的供熱需求。
위료해결육계장계분오염급계장적공열문제,본연구재제비계분여목설혼합물과립적기출상,이용양탄식량열의측정양본적연소치,탐토불동비례계분여목설혼합물연소치적변화정황이급저존시간대연소치적영향정도。혼합물분위8조,계분비례위20%~100%。결과표명,신제과립적연소치범위위11.12~15.48 MJ/kg,수착계분비례적강저,과립적연소치현저상승;과립저존1개월후각조연소치하강폭도위4.90~0.69 MJ/kg,수착계분비례적강저,과립적연소치하강폭도현저감소。고필과립연소치화저존시간량개인소,재생산중추천계분여목설질량비위4:6,가충분보장혼합물과립적공열수구。
In order to solve manure pollution and heating problems in broiler farm, we prepared pellets made by broiler manure and sawdust, and combustion values were detected by a machine called oxygen bomb combustion calorimeter. Meanwhile, combustion values affected by different pro-portions of chicken manure and sawdust mixture as well as changes in storage time were also stud-ied. The mixture was divided into eight groups, in which 20%~100% chicken manure mixed. The re-sults show that the combustion value range was 11.12~15.48 MJ/kg in different groups, with the proportion of manure reduced combustion value increased significantly; the combustion values de-clined 4.90~0.69 MJ/kg when pellets stored a month later, and the combustion values were signifi-cantly reduced with the decrease in the proportion of broiler manure. Taken combustion value and storage time into consideration, it is recommended that the optima ratio of broiler manure and saw-dust is 4:6, which can fully meet the needs of each farm in the field.