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Research for Effective Use of Artificial Zeolite made from Flyash of Coal.

煤粉煤灰制人造沸石的有效利用研究。

基本信息

批准号：
02556029
负责人：
FUKUSHIMA Takao
金额：
$ 8.58万
依托单位：
Ehime University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Developmental Scientific Research (B)
财政年份：
1990
资助国家：
日本
起止时间：
1990 至 1991
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-02556029/
关键词：
artificial Zeolite flyash cation exchange capacity trial production stabilizer absorption of ethylen gass culture solution 脱臭剤

项目摘要

In this project (1990- 1991) we researched for a production method of artificial Zeolite from flyash of coal. and it's effective use for agricultural productions or saving of natural environment. The alloted themes and results of this research by each investigators are as follows.1) Development and a trial production of rolling furnace and pressure-type installation for Zeolitalization (T. Fukushima. T. Henmi, U. Sakurai) ; we found that a great amount of high quality Zeolitewas produced from the flyash of coal by using a baby concreat mixxer given the necessary reconstractions.2) Characteristic anlysis of the Zeolite (cation excliange capacity) made from the flyash of coal was done by T. Henmi.3) The researches for effective use of Zeolite are as follows.(1) Research on the influence of the soil added Zeolite on initial glowing of turnips and spinaches (S. Jodo). (2) Effective use of the Zeolite as a stabilizer and the protection materials of the extraordinary growth of the Algae in bottom of lake (H. Kagawa). (3) Effective use for preserving freshness of fruits(T. Turusaki, T. Habu). (4) Improvement of physical characters of the farm-soil (U. Sakurai). (5) Effective use for glowing materials as root-bed stabilizer of useful plants and bacterium (T. Iwamoto, S. Abe). (6) Characteristics of absorption of ethylene grass by the Zeolite (F. Mizutani). (7) Effective use for a culture solution as a stabilizing material (T. Fukuyama). (8) Effective use for manure with exerements of domestic animals (T. Murakami).

本课题（1990- 1991）研究了以粉煤灰为原料生产人造沸石的方法。对农业生产或自然环境的保护都是有效的。本课题的研究内容和成果如下：1）沸石化轧钢炉和压力式装置的研制和试生产。福岛。T. Henmi，U.樱井）; 2）对粉煤灰制沸石的阳离子交换容量进行了分析，并对粉煤灰制沸石的阳离子交换容量进行了测定。3）沸石的有效利用研究如下。(1)研究了土壤中添加沸石对萝卜、菠菜初期发光的影响。Jodo）。(2)有效地利用沸石作为湖底藻类超常生长的稳定剂和保护材料。香川）。(3)有效地用于水果保鲜（T。Turusaki，T. Habu）。(4)改良农田土壤物理性状（美国）; Sakurai）。(5)发光材料作为有益植物和细菌的根床稳定剂的有效用途。Iwamoto，S. Abe）。(6)研究了沸石（F.水谷）。(7)培养液作为稳定材料的有效用途（T. Fukuyama）。(8)畜禽粪便的有效利用（T。Murakami）。