首页 | 本学科首页   官方微博 | 高级检索  
     

酸析-氨化法处理腐殖酸生产硫基复合肥技术
引用本文:杨洁,张立省,沙元刚,曹广峰.酸析-氨化法处理腐殖酸生产硫基复合肥技术[J].化肥工业,2014(1):4-5,14.
作者姓名:杨洁  张立省  沙元刚  曹广峰
作者单位:[1]临沂市环保复合肥研究所,山东临沂276005 [2]金沂蒙集团有限公司,山东临沭276700 [3]山东力诺光伏高科技有限公司,山东济南250103
摘    要:传统的氨化造粒硫基复合肥中不含有机质,因此肥效相对较低。在氨化造粒硫基复合肥生产过程中,分两步加入腐殖酸并使其得到酸析-氨化处理,从而使所生产的硫基复合肥富含有机质。该产品不仅可改良土壤、提高肥料利用率,而且能刺激作物生长,适用于大田及经济作物,尤其适用于忌氯作物。该技术利用原有氨化造粒硫基复合肥生产装置,无需增加设备和改造投资,调整工艺即可生产,简单易行。

关 键 词:腐殖酸  氨化造粒  硫基复合肥  生产技术

Technology for S-Based Compound Fertilizer Production with Acid Education Ammoniation Method to Treat Humic Acid
Yang Jie,Zhang Lisheng,Sha Yuangang,Cao Guangfeng.Technology for S-Based Compound Fertilizer Production with Acid Education Ammoniation Method to Treat Humic Acid[J].Journal of the Chemical Fertilizer Industry,2014(1):4-5,14.
Authors:Yang Jie  Zhang Lisheng  Sha Yuangang  Cao Guangfeng
Affiliation:1. Linyi Environment Protection and Compound Fertilizer Research Institute Shandong Linyi 276005 ; 2. Jinyimeng Group Co., Ltd. Shandong Linshu 276700; 3. Shandong Linuo Photovohaic Technology Co., Ltd. Shandong Jinan 250103)
Abstract:The traditional ammoniation granulation S-based compound fertilizer contains no organic matter , so its fertilizer efficiency is relatively low .In production of ammoniation granulation S-based compound fertilizer humic acid is added in two steps , and it is treated with acid education ammination method , so the produced S-based compound fertilizer contains rich organic matter .The product can not only improve soil , increase fertilizer utilization effice , but also can stimulate growth of crops, be suitable for field crops and cash crops , especially chlorine sensitive crops .This technology uses existing ammoniation granulation S-based compound fertilizer production lines , there is no need to add other equipment and renovation investment , only adjustment of process is needed to manufacture , and it is simple and easy to do .
Keywords:humic acid  ammoniation granulation  S-based compound fertilizer  production technology
本文献已被 CNKI 维普 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号