Complete Oxidative Biodegradatin of Non-lignoce llulosic Organic Substances Without Formation of Odor

非木质纤维素有机物质的完全氧化生物降解且不产生气味

• 批准号: 05660175
• 负责人: TERAZAWA Minoru
• 金额: $ 1.28万
• 依托单位: Hokkaido University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (C)
• 财政年份: 1993
• 资助国家: 日本
• 起止时间: 1993 至 1994
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-05660175/
• 关键词: Non-ligocellulosic substance; Garbage; Powderized woordy material; Sawdust; Microbiolcgical degradation; Artificial soil; Bioreacter-Matrix; バクテリア耐性; バイオリアクター; 好気性バクテリア; デンプン; タンパク質

1) Garbage automatic decomposer-extinguisher (GADE) system has been developed and it degrades the food related organic wastes well without odor formation.The minerals are accumulated in the matrix during the system operation.The matrix has been Changed into fertilizer or soil conditioner.2) Soil bacteria degrade the wastes into carbon dioxide and water.Each bacterium has specificity toward the polymers in the wastes.3)The Inter-and intra-spaces of the sawdust play inportant role for the work of bacteria to degrade garbage.4) The residual sawdust containing minerals has been defibrillated into pulp.The ways for the reuse of the residual have been studied.Use of the GADE system lead us to establish a forestry abd agricultural biomass recycling system (FABRCS).works well system contains sawdust as an artificial soil matrix and soil bacteria.

1) 垃圾自动分解灭火器（GADE）系统已经开发出来，它可以很好地降解与食品相关的有机废物，并且不会形成气味。系统运行过程中，矿物质会积累在基质中。基质已变成肥料或土壤改良剂。2) 土壤细菌将废物降解为二氧化碳和水。每种细菌对废物中的聚合物都有特异性。 3）锯末的内部空间对细菌降解垃圾的作用起着重要作用。4）含有矿物质的剩余锯末被解纤成纸浆。研究了剩余物的再利用途径。利用GADE系统，我们建立了林业和农业生物质回收系统（FABRCS）。works well系统包含 锯末作为人造土壤基质和土壤细菌。

项目成果

M.Terazawa,Y.Tamai,M.: "Durability of Sawdusts against Aerobic Bacteria in the GADE(Garbage Automatic Decomposer-Extinguisher)System" Book of Abstracts,the 205th ACS National Meeting. 205. 20 (1993)

M.Terazawa,Y.Tamai,M.：“GADE（垃圾自动分解器-灭火器）系统中锯末对好氧细菌的耐久性”摘要书，第 205 届 ACS 全国会议。

M.Terazawa,Y.Tamai: "Utilization of the Pulps from the GADE System" Proc.of ICETPPI,Taipei,Taiwan. 1. 111-116 (1993)

M.Terazawa，Y.Tamai：“来自 GADE 系统的纸浆的利用”Proc.of ICETPPI，台北，台湾。