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Application Amount of Anaerobic Digestion Waste Water from Methane Fermentation of Pig Manure on Rice
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 Title & Authors
Application Amount of Anaerobic Digestion Waste Water from Methane Fermentation of Pig Manure on Rice
Lim, Dong-Kyu; Park, Woo-Kyun; Kwon, Soon-Ik; Nam, Jae-Jak; Lee, Sang-Beom;
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 Abstract
This study was carried out to evaluate the proper application amount of anaerobic digestion waste water and the environmental influence on rice. The waste water collected after methane fermentation process of pig manure was used as a liquid manure. Liquid manure 100%+chemical fertilizer 30%(LM 100%+CF 30) treatment was the most favorable at all growth stages of rice. The LM 100%+CF 30% treatment was applied to 100% amount of liquid manure which was correspond to the same amount of nitrogen for the standard application amount on rice, with adding 30% amount of chemical fertilizer(urea) at tillering stage. The yields of rice in the treatments of 100%(LM 100%) and 150% amount(LM 150%) of liquid manure were similar or a little higher than NPK treatment but LM 100%+CF 30% treatment was less than the NPK treatment due to the increase of straw weight and plant lodging. In periodic changes of the and contents, the LM 70%+CF 30% treatment in paddy soil was the highest in all treatments. The NPK and the LM 100% treatments in irrigation water quality were higher than other treatments. In infiltration water quality, content was leached out much in the LM 150% treatment and content was in the LM 100%+CF 30% treatment. The proper application amount of anaerobic digestion waste water as a liquid manure must be to analyse the nitrogen content of the waste water and to apply the same amount of nitrogen for the standard application amount on rice.
 Keywords
anaerobic digestion;liquid manure;rice yield;application amount;
 Language
Korean
 Cited by
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제지슬러지의 혐기메탄발효,최종우;이규승;

한국환경농학회지, 2004. vol.23. 1, pp.22-27 crossref(new window)
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국내유통 돈분액비의 화학성 및 중금속 함량,이지호;고우리;;류지혁;김지영;김원일;

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