The effects of new oil-based drill-muds in sediments on the settlement and development of biota in an improved tank test

R.A.A. Blackman, R.J. Law, J.E. Thain
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引用次数: 5

Abstract

Previous long-term tank experiments on the effects of oil-based drill-muds in sediments on the settlement and development of biota (Blackman, et al, 1983, Blackman, et al, 1988) are suspected to have suffered from container effects, reducing interstitial water exchange and promoting anaerobiosis. To counteract this, a system has been developed which allows vertical movement of a small proportion of the water entering the tank through the experimental sediments and substrate. An experiment lasting 130 days, with this system showed less evidence of anaerobiosis and confirmed results from previous experiments that there are differences in effect between diesel-based mud and alternative-based muds. A new type of alternative mud formulation, using an oil-in-water emulsion with a much lower base-oil content, was also tested and found to be intermediate in behaviour and effect between the control and conventional muds. To distinguish between toxic effects and those of organic enrichment, the control tank was treated with an artificial drill-mud formulated on medicinal, liquid paraffin. This developed a faunal assemblage different from that in other experimental tanks.

改进池试验中新型油基钻井液对沉积物中生物群沉降和发育的影响
之前关于沉积物中油基钻井泥浆对生物群沉降和发育影响的长期水池实验(Blackman, et al, 1983; Blackman, et al, 1988)被怀疑受到了容器效应的影响,减少了间隙水交换,促进了厌氧作用。为了解决这个问题,已经开发了一个系统,允许通过实验沉积物和基质进入水箱的一小部分水的垂直运动。在持续130天的实验中,该系统显示厌氧现象较少,并且证实了之前的实验结果,即柴油基泥浆和替代基泥浆的效果存在差异。一种新型的替代泥浆配方,使用具有低得多的基础油含量的水包油乳化液,也进行了测试,发现其性能和效果介于对照泥浆和常规泥浆之间。为了区分毒性作用和有机富集作用,对照池用药用液体石蜡配制的人工钻井泥浆处理。这形成了一个不同于其他实验池的动物群。
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