地下实验室--高放废物地质处置的重要研究设施

本文介绍了地下实验室的分类和国际发展现状、它在建设高放废物、长寿命核素废物地质处置库中的重要作用、它的建设和运行投资，最后还对我国的地下实验室的开发研究活动提出了建议意见。     

“城市垃圾治理”课程建设的实践

介绍了环境工程专业“城市垃圾治理”课的教学大纲、教材、实习、课程设计及毕业设计等内容。     

美国食品药品监督管理局农药残留监控计划分析及借鉴

通过对2018年美国FDA农药残留监控计划的制定因素和分析方法，以及坚持问题导向原则和注重风险交流和信息共享，对监控结果的数据分析以及不合格样品处置的分析，提出我国在农药残留方面应加强风险交流，基于风险的监测，在统计分析中重视潜在风险。     

半导体设备中铝合金精密零件尺寸稳定性工艺研究

通过对半导体设备中LY12铝合金类高精度、薄壁零件的尺寸稳定性研究,分析了影响零件尺寸稳定性的因素,选取了一道人工时效处理和三道各循环三次的冷热循环稳定处理工艺方案,使整个零组件从加工、装配、产品测试到库存,再到成品试验的自然时效时间内,原加工精度经过再次复测,没有发生变化。     

Environmental impact of disposal of oil-based mud waste in Kuwait

The study looked into practices in other international oil companies for disposal of oil-based mud cuttings (OBMC) and technologies that are available for treatment and recovery/recycling of OBMC. This waste could be turn into resources using alternative technologies that are available in the industry. The OBMC can be recovered in a cost-effective and efficient manner if proper technology is applied. The study has proven that levels of the related contaminants at all sites have no adverse environmental impact on groundwater or underground resources rations. The study concluded that the level of contamination at all the sites that were taken up for investigations were insignificantly low with the current disposal practices. It also showed that with time after closure of the pits, the contamination (i.e., concentration level of polyaromatic and total petroleum hydrocarbon) decreased naturally to the original soil level. However, due to possible negative impact on the available flora and fauna, the current disposal practice needs to be discontinued as this practice does not comply with Kuwait EPA rules and regulations for disposal of industrial waste.     

木塑材料在家具行业的应用前景分析

本文通过对木塑材料在家具行业应用的限制因素的分析、解剖,提出解决木塑材料在家具制造中限制因素的新技术、新工艺,并提出了木塑材料进入家具制造材料市场的契机与可行性。     

排爆机器人五自由度操作臂动力学分析

结合排爆机器人的研制,针对安装于排爆机器人移动平台上的五自由度操作臂实际结构,首先测算出操作臂的惯性参数,并由此建立动力学模型,推导出拉格朗日动力学方程和参数;然后模拟排爆抓取任务,规划了操作臂各关节三段式五阶多项式运动规律,由动力学方程仿真求得各关节电机的力矩变化规律,并结合电机性能参数验证了运动规划的合理性。     

Overview of seawater concentrate disposal alternatives

This article discusses the available alternatives for ocean concentrate disposal, site specific factors involved in the selection of the most viable alternative for a given project, and the environmental permitting requirements and studies associated with their implementation. The article focuses on the three most widely used alternatives for ocean discharge of concentrate: direct discharge through new outfall; discharge through existing wastewater treatment plant outfall; and co-disposal with the cooling water of existing coastal power plant. Key advantages, disadvantages, environmental impact issues and possible solutions are presented for each discharge alternative. Results from recent salinity tolerance and toxicity study completed at the Carlsbad, California seawater desalination demonstration plant for a variety of sensitive marine organisms are presented. The practical implementation of this study along with other methods for analysis of the environmental impact of ocean discharges from large seawater reverse osmosis plants is illustrated with case study examples.     

废钻井液无害化处理的室内研究

介绍用化学固化方法处理废钻井液,其实验内容包括两部分:一是选用固化剂,对废钻井液进行固化处理,考察固化时间、固化温度对固化程度的彰响;二是将固化7d后的样品加入去离子水,振荡8h,制备固化体浸出液。通过对现场固化剂的选择;废钻井液固化处理效果;固化温度对固化效果的影响;固化时间的影响;与国外专利配方处理比较5个方面的室内试验证实,废钻井液固化后有一定强度,其水浸出液清彻透明,无毒无害,达到排放标准,固化体可进行掩埋恢复地貌,也可作为建筑材料使用。文中还针对不同的现场条件,在不适于固化处理的地区,进行了固液分离处理的室内研究,研究出了以HPAM为主,酸为辅的固液分离絮凝剂。考查了HPAM的分子量、水解度以及酸浓度对分离效果的影响。     

含氚废水的处理与处置

本文叙述了氚的特性,含氚废水的处理与处置方法以及我国高通量工程试验堆(HFETR)含氚废水的处置。