sand tank

Test and Diffusion Equation Calculation for Sand Separation in Setting Tank of Water Retention-well Development Prospect of Micro Irrigation with Well Storing Rainfall in Drought Mountain Area

旱井沉沙池中泥沙运动方程解析与试验旱井集雨微灌在干旱山区的发展前景

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Tailings slime pulp can be rapidly and directly flocculated and thickened in a vertical sand bin without building a thickening tank.

在不另建浓密池的情况下，利用立式砂仓直接进行尾泥浆快速絮凝浓缩。

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Solidity Treatment of Soft Soil Foundation with Intercalated Bed of Fine Sand for Construction of Large Oil Tank

粉细砂夹层软粘土地基直接建造大型油罐的固结处理

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the static, dynamic and industrial experiments showed that ideal results could be achieved when a kind of complicated, extremely fine flotation tailing slurry was thickened by using a compound flocculant named xn in a vertical sand tank.

通过静态、动态以及工业试验，研究了复配絮凝剂Xn处理成份复杂、浓度波动大、粒度极细的浮选尾泥浆的效果。

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Fill a hole with sand, a tank with petrol, a hall with people

用沙子把洞填满、把油箱注满汽油、大厅里挤满人

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The necessity of tank cathodic protection is detailed and impact of tar sand and electric insulation on cathodic protection system is highlighted.

阐述了储罐阴极保护的必要性，并重点探讨了沥青砂层及电绝缘对阴极保护系统影响的问题。

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Installed directly on the cold water tank inside the sand boil on the line.

直接放在装了冷水的沙罐里面熬就行了.

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Use natural, raft or sand pile foundation depending upon the tank features and load distribution;

由油罐特性、荷载分布特性决定采用天然地基、筏片基础、砂桩等相应的基础方式；

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Take the sand-asphalt cushion displacement of# 1 floating roof tank in Linyi Initial Station as an example, this paper introduces the lifting process of pontoon's center stand, lifting step, calculation of lifting force and method of material selection.

以临邑首站1号浮顶罐罐底板和沥青砂垫层全部更换为例，介绍了浮船中央立柱提升技术的施工工艺、施工步骤及提升力计算和材料选用的方法。

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The experimental results show that the optimum position of PAC dosing is the mixing tank, at this case the turbidity of the floatation outflow increased about 0.4 NTU, and that of the sand filter outflow also increased slightly ( < 0.1 NTU).

结果表明，PAC最佳投加点为混合池，投加PAC使气浮出水浊度提高0.4NTU左右，滤后出水浊度略有升高（<0.1NTU）；

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Conclusion Discharged oily silt, water temperature, efficiency of hydrocyclone, packing pattern of sand filtration tank and the etc must go through further improvement for super heavy oily waste water from Shu I area to meet national industrial waste water discharging standards.

结论要使曙一区超稠油污水达到国家规定的工业污水排放标准，还须解决下排油泥、水温、浮选器的效率、砂滤罐滤料充填方式等对污水处理的影响问题。

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