独山子石化ISO14000环境管理体系认证总结会

1998年中油集团环保处与日本石油株式会社（现为日本石油三菱株式会社）海外事业部通过友好协商决定利用日石的资金和日石根岸炼油厂的环境管理技术在新疆石油管理局独山子石化总厂（现在的独山子石化分公司）开展ISO14000环境管理体系认证工作。由日方出资50万美元,组织独山子管理人员5批40余人次赴日本进行培训和学习,日方派遣7批30余人次 环境管理专家来独山子进行环境管理体系咨询和指导。经过两年多的共同努力和配合,全面完成了ISO14000环境管理体系的建立和运行,并于今年8月18日正式通过中国环境科学院环境管理体系认证中心的…     

不断努力 不断总结 不断改进 不断提高——中油股份公司化工与销售分公司沈钢副总经理在独山子HSE宣贯学习班上的讲话(摘编)

今天我们在独山子石化分公司开办宣贯HSE管理体系学习班,这也是我们化工与销售分公司正式开始实施HSE管理体系的誓师会。就是说从现在开始,我们化工与销售分公司和所属地区分公司就要全面开始建立和实施HSE管理体系。下面我就有关HSE方面的情况和要求讲几点意见。HSE管理体系结合了ISO 9000质量管理体系和ISO14000环境管理体系的优点,是当前国际石油界普遍采用的现代化管理方法。它吸取了ISO9000的戴明模式,即P（PLAN计划）、D（DO实施）、C（CHECK检查）、A（AUDIT审核总结）。同时,又吸取了ISO14000的持续改进的…     

推行HSE管理体系 提高环境管理水平

健康、安全与环境管理体系（简称HSE管理体系）,是国际石油勘探开发行业健康管理、安全管理、环境管理的一种系统方法,通过实施评价和风险管理,达到保障员工健康,保证安全生产,保护环境的目的。1997年以来,中原油田从建立完善HSE管理体系入手,通过开展HSE宣传教育,实施评价和风险管理,落实HSE管理计划,提高了环境管理水平,促进了环保工作的开展。     

辽河油田HSE管理体系运行现状分析及改进对策

文章针对辽河油田近年来面对法治监管新形势,认真贯彻落实集团公司关于安全环保工作的一系列要求,以风险管控为中心,持续深入推进HSE管理体系建设,培育浓厚的安全文化氛围,安全环保管理总体可控的形势,通过HSE管理体系审核结果对辽河油田HSE管理体系运行现状进行分析,在深化认识、规范制度、提升能力、强化培训等方面提出改进对策,以利于企业持续改进HSE管理绩效。     

中日合作，建立IS014001环境管理体系

通过介绍独山子石化分公司ISO14001管理体系建立和运行的主要做法和体会,着重分析了形成企业特色,保证贯标认证工作的实效性和经济性。     

中日合作,建立ISO14001环境管理体系

通过介绍独山子石化分公司ISO14001管理体系建立和运行的主要做法和体会,着重分析了形成企业特色,保证贯标认证工作的实效性和经济性。     

环境影响评价在HSE管理体系中的应用

HSE(健康、安全、环境)管理体系已发展成为国际石油石化行业通用的管理体系,中国石油逐步推行HSE管理体系,不断探索和实践。文章从环境影响评价与石油企业HSE管理体系的相互关联入手,分析将环境影响评价应用于HSE管理体系建设的可行性,认为企业的环境管理应与环境影响评价工作充分结合,以提高企业管理的效率和效益,推动企业长远发展。     

中国石油集团召开上半年HSE管理体系审核总结视频会

正2016年6月3日,中国石油集团公司召开2016年上半年HSE管理体系审核总结视频会,通报HSE体系审核情况,贯彻落实全国"安全生产月"活动部署,强调深刻吸取历史事故教训,时刻保持清醒头脑和高度警觉,慎言成绩,持续改进,不断提升安全环保管理水平,努力实现安全绿色发展。中国石油集团公司党组成员、副总经理,股份公司总裁汪东进出席会议并讲话。他指出,五年来,集团公司HSE管理体系审核理念持续固化,审核质量稳步提升,具体可以概括为"四结合、     

高举环保大旗的石化企业——中国石油长庆石化公司

2008年3月,在陕西省召开的环保工作会上,中国石油长庆石化公司做评为全省首批4家“省级环境友好企业”之一。公司先后通过ISO9001质量管理体系、ISO14001环境管理体系、OHS18000职业健康管理体系和HSE（安全、健康、环境）体系认证,许完成了各体系的整合运行。长庆石化是中国石油天然气股份有限公司直属地区分公司。     

浅析国外大石油公司HSE管理体系

石油工业经过几十年的发展,目前所面临的主要问题是如何更加安全、健康、环保地开展生产经营活动。文中选取具有代表性的四家国外石油公司管理体系进行分析,总结其共同特点,提出了改进中国石油企业HSE管理体系的建议。     

基于环境地理信息平台的预警系统的构建

随着经济的高速发展,环境污染事故也呈现出上升的势头,环境污染事故不仅造成了环境危害,而且对人民群众的安全产生了重大威胁。鉴于环境污染事故的多发性、危害性,应急处置显然非常重要,而构建强大的应急处置信息系统有助于应急处置和分析决策的顺利进行。本文分析了环境应急处置需求,提出了建立环境污染应急管理信息系统的设计框架。     

营销管理信息系统

本文从营销管理信息系统的构成、营销管理信息系统与企业营销过程的关系、营销管理信息系统的作用、内部记录系统、营销决策支持系统等几个方面对企业的营销管理信息系统进行了浅显的讨论。     

Comments on selecting a geographic information system for environmental management

Many organizations in environmental fields stand to benefit from the use of a geographic information system (GIS). Selecting a GIS to implement within an organization can be a difficult task that is often required of people with little experience using a GIS. A framework for evaluating competing GIS considers cost, functionality, ease of use, future stability, development potential, support availability, and maintenance costs. Initial cost involves more than the actual purchase price of hardware and software; it includes the cost of building the data base and training users within the organization. Functionality refers to the depth and breadth of capabilities of a GIS. Issues involved in evaluating functionality include the appropriateness of raster vs vector processing and the ability to add your own software. Ease of use is important, but there is generally a trade-off with functionality. The degree of centralization of use of the GIS within the organization affects requirements for ease of use. GIS are rapidly evolving, and as a result it is important to select a system with high potential for future development. With the proliferation of companies offering GIS it is important to select one that is likely to survive and prosper. Similarly, the ability to find support in the forms of technical help, advice, and possibly even skilled employees can be significant.     

3M international environmental management system

To meet the changing needs of 3M's expanding worldwide operations, its International Environmental Operations group is striving to enhance and integrate a global environmental management system. When well-designed, such systems not only can function to guarantee compliance with environmental regulations but also serve to help the company reap the benefits of going “beyond compliance.” They can also prepare facilities to meet the requirements of international standards, such as ISO 14000 or EMAS. An Environmental Management System (EMS) is a necessary step toward achieving sustainable development and gaining competitive advantage in the global marketplace. The challenge of constructing such a system can seem daunting to a multinational company confronted with the spectrum of regional environmental regulations/directives and its own diversity of business and social cultures. This article describes the development and implementation of the 3M International Environmental Operations global EMS initiative.     

Environmental management: A system approach

This paper presents a system framework whose purpose is to improve understanding of environmental management. By analyzing the links between elements of the environmental management system, it is possible to construct a model that aids thinking systematically about the decision-making subsystem, and other subsystems, of the entire environmental management system.Through a multidisciplinary environmental approach, each of the individual subsystems is able to adapt to threats and opportunities. The fields of government, market economics, social responsibility and ecology, for example, are so complex that it is extremely difficult to develop a framework that gives full consideration to all aspects. This paper, through the application of a highly idealized system framework, attempts to show the general relationships that exist between complex system elements.     

A spatial-temporal system for dynamic cadastral management

A practical spatio-temporal database (STDB) technique for dynamic urban land management is presented. One of the STDB models, the expanded model of Base State with Amendments (BSA), is selected as the basis for developing the dynamic cadastral management technique. Two approaches, the Section Fast Indexing (SFI) and the Storage Factors of Variable Granularity (SFVG), are used to improve the efficiency of the BSA model. Both spatial graphic data and attribute data, through a succinct engine, are stored in standard relational database management systems (RDBMS) for the actual implementation of the BSA model. The spatio-temporal database is divided into three interdependent sub-databases: present DB, history DB and the procedures-tracing DB. The efficiency of database operation is improved by the database connection in the bottom layer of the Microsoft SQL Server. The spatio-temporal system can be provided at a low-cost while satisfying the basic needs of urban land management in China. The approaches presented in this paper may also be of significance to countries where land patterns change frequently or to agencies where financial resources are limited.