一起油罐爆炸火灾原因调查及分析

对一起油罐爆炸火灾事故进行了调查，对回流油速度进行了测算，从静电的产生和放电、爆炸性气体混合物的形成进行了分析和研究，指出了火灾原因，提出了应吸取的教训。     

贵州木本食用油料资源及其开发利用

对贵州野生特有和稀有的大宗木本食用油料的种类、分布、现状等进行了分析，提出了提高大宗食用木本油料经营水平，选择利用野生木本油料植物资源，加强特有和稀有资源的保护、驯化和繁殖等开发利用建议。     

新型混凝剂SLB的制备及应用

新型混凝剂SLB是将聚铝和阳离子改性淀粉在一定条件下直接复配而成的一种无机-有机复合型混凝剂，通过对炼油厂及钠土污水的混凝处理实验，反映出SLB具有较好的净化效果。此外，SLB原料易得，成本低，有广阔的应用前景。     

油田废污泥治理研究

冀东油田废水池地处环境敏感区域，对其废污泥采用固化法进行处理。在大量实验的基础上优选出了三种固化剂体系并通过多次浸泡实验、淋洗实验和静态浸出实验对固化效果进行了分析。     

大庆地区水体环境的水生生物调查结果与评价

结合区域工业污染源的构成特点，对分布在油田的13个湖库进行了浮游生物和底栖动物的调查，从生物学角度，科学地评价了各类水体的污染程度，为保护和合理开发利用地表水资源，污染源的优化管理，实现污染物的总量控制提供了科学依据。     

油气田采油(气)废水处理设施运行情况调查与评价

通过对全国19个油气田191套采油（气）废水处理设施进行调查，针对其工艺流程、建设投资、处理能力、运行费用、运行状况和处理效果，分析了现有处理方法存在的问题，并提出了解决的办法。对今后处理设施的管理、改进和处理技术的研究有一定参考价值。     

东部油田采出污水处理的长远对策

从综合治理，合理利用采出污水的长远利益出发，针对东部油田高含水阶段的新特点，提出地面高效处理，地下控水稳油相结合的治理策略，探讨了相关的技术和方法，并讨论了采出污水回注利用中应加强研究的几个问题。     

生物技术在油气田环境污染治理中的应用

介绍了生物技术及其在环境污染治理中的应用状况，根据我国油气田环境污染治理现状，提出了生物技术在我国油气田环境污染治理中重点研究的方向和步骤以及应用前景。     

Characteristics of large cooking oil pool fires and their extinguishment by water mist

Large cooking oil pool fires, occurring in industrial oil cookers, present a severe hazard to food processing plants due to their size and the large amount of hot oil involved. This paper reports a series of full-scale fire experiments conducted in a large industrial oil cooker mock-up. The characteristics of large cooking oil pool fires and the effect of oil depth and hood position in the oil cooker on fire growth were studied. The use of water mist for extinguishing large oil pool fires and their extinguishing performance under different discharge pressure and with different types of water mist systems were investigated. Experimental results showed that the cooking oil underwent a substantial expansion in volume during heating. The fires developed quickly once the oil auto-ignited. The fire growth rate was affected by the oil depth in the pan and the hood position in the oil cooker. The water mist fire suppression systems effectively extinguished large cooking oil fires and prevented them from re-igniting. Their extinguishing performance was determined by the type of water mist system, discharge pressure and hood position in the oil cooker.