高效能源消耗的炼油厂污水处理工艺优化

随着炼油业的不断发展,人们对于炼油厂的污水处理越发重视。本文以高效能源消耗作为出发点,结合优化预处理工艺、高效生物处理技术、膜分离技术和智能化运行系统的有效应用,为炼油厂污水处理工艺提供优化方向,进一步控制污染物排放、增强水质净化效率、高效利用能源。这些优化措施可以成为炼油厂污水处理工艺的可持续发展基础,保障炼油产业污水处理效果的环保高效。

鲁宁管输油燃料炼油厂污水处理场水质剖析

本文是对加工酸值较高的鲁宁管输油的安庆炼油厂污水处理场总进水和排水进行水质剖析,为了更深入的了解目前加工鲁宁管输油的炼涵厂排水特性,为新建炼油厂的优化污水处理流程设计提供基础资料。

炼油厂污水处理装置的设备运行管理和维护措施探析

在炼油厂的生产经营中,需要实现大型加工设备。随着技术的发展,炼油厂使用的设备也越来越复杂,生产过程中涉及安全问题的时间越长。因此,提高炼油设备的可靠性对化工的发展具有重要意义。它既能达到生产经营的目的,又能保证员工的安全,在此基础上,实现企业的社会效益。

链板刮渣机的运行与改进

链板刮渣机的运行与改进杨明盛（呼和浩特炼油厂供排水车间）１概述呼和浩特炼油厂污水处理为三级污水处理流程。含油污水由系统管网汇集到含油污水提升泵房集水池，由机泵送到５０００ｍ￣３污水调节罐后污水自流进入平流加斜板隔油池，去除较大颗粒的污油后，自流入均质...

Wastewater Quality Assessment of a Petroleum Refinery in Ghana

TOR （Tema oil refinery） is the only petroleum refinery in Ghana. To assess the quality of the wastewater, wastewater samples taken from three points of discharge into the treatment plant and the treated effluent were analyzed for physico-chemical characteristics. The levels of the pH, temperature, conductivity, COD （Chemical Oxygen Demand）, TDS （Total Dissolved Solids）, TSS （Total Suspended Solids） and phenol were assessed from January to June, 2011. The results obtained indicate varied levels of contaminants in both the untreated and treated wastewater. The average values of the treated effluent parameters analyzed were 38 ℃, 6,258 μs.cm-1, 314 mg-L-1, 115 mg.L-1, 2,689 mg-L-1 and 1 mg.L-1 for the temperature, conductivity, COD, TDS, TSS and phenol, respectively. The results suggest that both the raw wastewater and the treated effluent did not meet the discharge limit set by Ghana Environmental Protection Agency. Therefore, the treated effluent required additional treatment before it can be discharged into the environment. This suggests that the wastewater treatment plant of TOR is ineffective for the type of wastewater produced.