文档介绍：第期(总第期) 山西水利科技 63
文章编号:1006-8139(2013)03-063-03
底部微孔增氧对池塘水体溶氧变化影响的研究
杨春娟
(山西省水产技术推广站山西太原)
摘要:通过在水质和养殖条件基本相同的养鱼池塘,分别投放底部微孔增氧盘和叶轮增氧机,测量月到月中
旬池塘溶氧量以及监测晴天溶氧量,来研究底部微孔增氧方式对池塘溶氧分布和变化的影响。发现底部微孔增氧
相对于叶轮增氧在提高池塘溶氧和改良底质条件两个方面有明显优势。
关键词:池塘;微孔增氧;底质;溶氧
中图分类号:S969 文献标识码:B
The Research of Influence on the Dissolved Oxygen Level by Micropore Tube
Aerator on the Bottom of Fish Ponds
YANG Chun-juan
Abstract: The variation of dissolved oxygen in cultural water which was increased oxygen by micropore tube
aerator on the bottom and the impeller aerator on the surfaces was studied in this paper. The data of same water
quality and breeding conditions of fish-ponds were detected, not only dissolved oxygen in pond water during June to
the middle of September but also 24 hours oxygen on sunny days were detected. It turns out that there are more
obvious advantages in improvement of dissolved oxygen and quality of the fish-ponds bottom conditions by the using
of micropore aerator than impeller aerator.
key words:fish pound;micropore tube aerator; sediment; dissolved oxygen;
池塘底部微孔增氧技术较早应用于虾蟹等名优水产品养测量点分布基本情况
殖[1,2],又因其具有节能较好改善底部溶氧等作用逐渐在名特
、永济市养殖场有 3 组试验池和对照池,分别是 A 组杨家一
鱼类养殖上有所应用[3,4] 目前在北方尤其是大规模用于常规家
。和杨家四,B 组孟家西和孟家东,C 组薛家北和薛家南。每个池
鱼养殖上尚不多见,涉及到底部微孔增氧机对池塘溶氧平衡的
塘选择表层、底层的上风处、投饵区附近、下风处的表层(水面下
研究目前比较少,本试验拟探讨底部微孔增氧改善池塘溶解氧
20 cm)和底层(距底 20 cm)六个测定位点。底部微孔增氧设备
的实际情况,