自来水公司、水厂危险辨识和控制(安全生产标准化)
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序存在号单元变电所及变1 配电设备、设施危(wei)险潜在内容及危(wei)险程度人身触电造成危(wei)险原因1、人员操作不当。
2、没有警示标志。
3、防雷设施不好。
4、布线不合理,不规范。
5、缺少安全保护用具。
风险危(wei)险控制措施等级1、严格按照操作规程操作。
2、设立警示标志,严禁外来人员入内。
3、防雷设施经有关部门检测合格。
低4、安全科学设计走线5、配备相应安全保护工具6、现场专人监护1、地势低洼,室外 1、井室周围地势垫高,设污水排放口。
污水倒灌。
2、做好井室防水。
2、井室漏雨。
.3、维修时按照操作规程操作,把维修材 低 3、维修时疏忽,流 料摆放整齐。
入井内油污。
4、门窗完整加锁,吊装口加钩。
4、门窗无锁。
吊装 口封闭不严。
水质污染 遭人投毒水源 2 井水质不正常中毒1、清水池井口无盖,人员掉入造成淹溺死亡、 2、清水池井口无盖,掉入脏物,污物造成水质污染,影响居民身体健康。
清水、 3、清水池井口无盖,通风孔无网罩。
4池4、遭人投毒造成恶性事故,影响社会稳定,造成恶劣政治影响。
1、次氯酸钠溶液溶 1、使用时严格按照操作规程液泄漏。
2、搬运时严禁碰撞3、加强安全帽安全阀压力表的维护保养4、检查罐体腐蚀情况及时更换5、运行人员每天检查,发现问题,及时处理6、定期维护漏氯报警器中7、配备必要的防护设备和设施,一旦泄漏及时采取抢救及疏散人员,做好应急预案1、加强入孔盖管理2、时常检查保持水质栽草植树搞好环境提高水质3、针对缺少的设施,组织人员安装4、设置指定摄像头加强监控,做好治安中防范加药3间1、破坏、报复。
1、中1、电气设备易发生火灾事故,可造成人员伤亡,财产损失。
2、进行电气作业时,易发生触电事故造成人员伤亡。
3、进行检修作业时,易发生跌倒损伤事故。
1、漏电,过负荷、 1、做好电器设备接地(零)保护,并经电路短路。
查。
2、物品乱堆乱放。
2、及时更换隐患设备,防止漏电、短二次送5水泵房3、电器设备无接路、缺相、减负增容,按操作规程操作。
水厂安全生产标准化1、自来水公司做三级化达标,现在想了解一下有没有具体的安全生产标准化创建方案水利安全生产标准化评审管理:来源:博安网-安全生产标准化达标辅导2、水厂安全生产标准化岗位达标示范班组创建怎么写?按工作思路写,要不找广州担当咨询公司专家问一下3、什么是安全生产标准化你好。
安全生产标准化是为了使安全生产活动获得最佳秩序,保证安全管理及生产条件达到知法律、行政法规、部门规章和标准等要求制定的规则。
安全生产标准化建设是落实企业安全主体责任、建立安全生产长效机制、实现企业本质安全的重要手段和有效途径。
企业安全生产标准化创建工作主要从以下几方面进行:一是夯实安全生产基础管理。
道强化责任落实、健全规章制度,完善管理机构,落实管理人员,开展安全培训,深入隐患排查治理。
二是细化各种设备设施管理。
企业特种设备、泄压、防爆、阻火、防雷、导静电、电气、消防、机械设备;危险物品设施;各类安全警示标志、安全出口、建构筑物等设备设施的管理工作细化到人,严格管专理。
三是优化生产作业环境管理。
要求生产环境布局合理,通道畅通,照明完好;生产、生活和储存区域安全距离符合规定要求;防止粉尘、毒物、噪声、辐射、高温等职业危害的措施到位;爆破、吊属装、高处悬挂、有限空间、焊接、交叉作业、动火作业等危险作业有严格保障。
希望能帮助到你望采纳4、安全生产标准化四个达标是什么百一安全标准化五要素1、企业安全管理标准化;2、安全技术标准化;3、安全装备标准化;4、环境安全标准化;5、安全作业标准化.二国发(2010)23号文第二项严格企业安全管理7条中提岀的是;深入开展以度岗位达标.专业达标和企业达标为内容的安全生产标准化建交----三安委办(2011)18号文实现企业安全管理标准化,作业现场标准化.和操回作过程标准化四.孙华山副局长2011年5月答30日在视频会议上的讲话中提岀;三个责任.三个达标.六个结合漠实四个一批保证四个到位仍为三个达标5、企业安全生产标准化等级是怎么划分的(一)、安全生产标准化企业分为一级企业(级别最高)、二级企业和三级企业:一级企业由国家安全生产监督管理总局审核公告;二级企业由企业所在地省(自治区、直辖市)及新疆生产建设兵团安全生产监督管理部门审核公告;三级企业由所在地设区的市(州、盟)安全生产监督管理部门审核公告。
XXXX供水有限公司风险分级管控办法第一章总则第一条为加强XXXX水务集团有限公司XXXX供水分公司安全生产工作,准确辨识安全风险,评价其风险程度,并进行风险分级,根据《中华人民共和国安全生产法》(主席令第13号)、《XX省安全生产条例》(20XX年5月1日)、《关于建立完善风险管控和隐患排查治理双重预防机制的通知》(X政办字(20XX)36号)等编制依据,制定本办法。
第二条本办法适用于本公司范围内安全风险的辨识、评价分级和控制管理。
第三条术语和定义1)危险源(风险点):危险源是指一个系统中具有潜在能量和物质释放危险的、可造成人员伤害、在一定的触发因素作用下可转化为事故的部位、区域、场所、空间、岗位、设备及其位置。
它的实质是具有潜在危险的源点或部位,是爆发事故的源头,是能量、危险物质集中的核心,是能量从那里传出来或爆发的地方。
2)风险辨识:识别风险点的存在并确定其特性的过程。
3)风险评价分级:评估风险大小以及确定风险是否可容许的全过程。
第四条公司成立安全风险分级管控领导小组,对安全风险分级管控建设负全面领导职责。
组长:XXX副组长:XXX成员:XXX负责制定公司安全生产风险管理作业指导书,全面推行开展安全生产危害辨识工作并指导、审查、批准;负责审查重大风险改进措施方案。
安全生产管理委员会负责组织危险源识别和风险评价工作,指导各部门进行危险源识别和风险评价工作,组织重大风险改进措施方案的审查。
确保危险源辨识和风险评价的人员有足够的培训,组织公司各部门的危险源辨识和风险评价工作,在日常生产工作中不间断进行危险源辨识和风险评价工作,编制本公司的危险源风险记录,开展隐患治理工作。
第二章安全风险的辨识第五条公司主要风险点的分类根据公司生产的特点及生产现场的实际情况,将公司范围内的风险点分成以下两大类:1、生产现场及其他区域的物的不安全状态、作业环境的不安全因素及管理缺陷;2、作业过程中的人的不安全行为。
第六条危害因素造成的事故类别及后果危害因素造成的事故类别,包括物体打击、车辆伤害、机械伤害、起重伤害、触电、淹溺、灼烫、火灾、高处坠落、坍塌、锅炉爆炸、容器爆炸、其它爆炸、中毒和窒息、其它伤害。
自来水厂危险源辨识与评估报告范文英文回答:Water treatment plants are essential for providing clean and safe drinking water to communities. However, they also pose potential risks and hazards that need to be identified and assessed to ensure the safety of the workers and the public. In this report, I will discuss the process of hazard identification and assessment in a water treatment plant.Firstly, it is important to identify the potential hazards in the water treatment plant. These hazards can include chemical, biological, and physical hazards. For example, the presence of hazardous chemicals such as chlorine or fluoride can pose risks to the workers if not handled properly. Biological hazards, such as bacteria or viruses, can also be present in the water and need to be effectively treated to prevent contamination. Physical hazards, such as slippery floors or faulty equipment, canalso lead to accidents and injuries.Once the hazards are identified, the next step is to assess the risks associated with these hazards. This involves evaluating the likelihood and severity ofpotential accidents or incidents. For example, the risk of a chemical spill can be assessed by considering the probability of a spill occurring and the potential harm it can cause to the workers or the environment. By assessing the risks, appropriate control measures can be implemented to minimize or eliminate the risks.Control measures can include engineering controls, administrative controls, and personal protective equipment (PPE). Engineering controls involve modifying the equipment or processes to reduce or eliminate the hazards. For example, installing safety guards on machinery or implementing automated systems can help prevent accidents. Administrative controls involve implementing policies and procedures to ensure safe work practices. This can include training programs, regular inspections, and emergency response plans. PPE, such as gloves, goggles, orrespirators, can also be provided to workers to protect them from specific hazards.Regular monitoring and review of the control measures are also important to ensure their effectiveness. This can include conducting inspections, audits, and risk assessments on a regular basis. Any changes in the plant's operations or new hazards should be promptly identified and assessed to determine if additional control measures are required.In conclusion, identifying and assessing the hazards in a water treatment plant is crucial for ensuring the safety of the workers and the public. By implementing appropriate control measures and regularly reviewing their effectiveness, the risks can be minimized or eliminated. This will help to create a safe working environment and provide clean and safe drinking water to the community.中文回答:自来水厂是为社区提供清洁安全饮用水的重要设施。
自来水厂危险源辨识与评估报告范文英文回答:As a professional in the field of water supply and management, I have conducted a comprehensive identification and assessment of potential hazards in the water treatment plant. The purpose of this report is to outline the potential risks and provide recommendations for mitigating these hazards to ensure the safety of workers and the community.First and foremost, one of the major hazards identified in the water treatment plant is the presence of hazardous chemicals. These chemicals are used in the treatment process to disinfect the water and remove impurities. However, improper handling and storage of these chemicals can pose serious risks to the workers and the surrounding environment. For example, the accidental release ofchlorine gas can result in respiratory problems and even fatalities. Therefore, it is crucial to implement strictprotocols for handling, storing, and disposing of these chemicals to minimize the risk of exposure.Another significant hazard in the water treatment plant is the potential for electrical accidents. The plant relies heavily on electrical equipment to power pumps, motors, and control systems. Any malfunction or electrical failure can lead to fires, electric shocks, and other serious accidents. For instance, a faulty electrical connection in a pump can cause a fire, putting the entire plant at risk. To address this hazard, regular maintenance and inspection ofelectrical systems are essential to identify and rectifyany potential issues before they escalate into major safety concerns.Furthermore, the risk of slips, trips, and falls is a common concern in the water treatment plant. The presenceof water, chemicals, and uneven surfaces can create a hazardous environment for workers. For example, a spill of chemicals on the floor can lead to slips and falls,resulting in injuries. To mitigate this risk, it is important to maintain good housekeeping practices, providenon-slip flooring, and ensure that workers are equipped with appropriate personal protective equipment such as non-slip shoes.In addition to the physical hazards, the water treatment plant also faces the risk of biological contamination. The presence of bacteria, viruses, and other pathogens in the water supply can pose a serious healthrisk to the workers and the community. For instance, a breach in the filtration system can result in the contamination of the water with harmful microorganisms. To address this risk, it is essential to implement stringent monitoring and testing procedures to ensure the quality and safety of the water supply.In conclusion, the identification and assessment of potential hazards in the water treatment plant have revealed several critical risks that need to be addressed to ensure the safety of workers and the community. By implementing strict protocols for handling hazardous chemicals, conducting regular maintenance of electrical systems, maintaining good housekeeping practices, andimplementing stringent monitoring of water quality, these hazards can be effectively mitigated. It is imperative for the management to prioritize the safety of the plant and take proactive measures to prevent accidents and protect the well-being of all stakeholders.中文回答:作为水务供应和管理领域的专业人士,我对水处理厂潜在危险进行了全面的辨识和评估。
自来水公司安全生产管理标准目标本标准的目标是确保自来水公司的安全生产管理达到最高标准,以保障员工的健康和安全,并为客户提供安全可靠的自来水供应服务。
职责与义务1. 自来水公司应设立专门的安全生产管理部门,负责制定和执行安全生产管理制度。
2. 公司领导层应高度重视安全生产管理,确保充足的资源用于安全培训、设备维护和升级,以及事故应对措施。
3. 所有公司员工都应接受定期的安全培训,了解和掌握安全生产管理制度,并严格按照规章制度操作。
4. 自来水公司应建立完善的安全生产检查和监控机制,定期对生产设备和现场进行检查和维护。
5. 公司应建立健全的风险评估和管理制度,及时发现和消除现场安全隐患。
6. 自来水公司应与相关监管部门建立良好的协作关系,保持及时的信息沟通和交流。
安全措施1. 自来水公司应定期检测水源,确保供应的自来水符合卫生标准。
2. 公司应对水处理设备进行定期维护和保养,确保其正常运行。
3. 自来水公司应建立完善的应急预案,包括对突发事故的应对措施和疏散计划。
4. 公司应采用先进的水质监测技术和设备,及时掌握水质情况并采取相应措施。
5. 自来水公司应建立消防管理制度,保证生产设施和现场的消防设备完善。
6. 公司应定期对员工进行健康体检,确保员工身体状况符合从事工作的要求。
7. 自来水公司应加强安全宣传教育,提高员工和客户的安全意识,促进安全文化建设。
安全责任追究1. 若发生安全事故,自来水公司应立即启动应急预案,并及时报告相关部门。
2. 公司领导层应迅速组织调查,查明事故原因,并采取措施避免类似事故再次发生。
3. 对于安全违规行为,公司应及时进行处理并追究责任,确保相关人员得到应有的处罚。
4. 自来水公司应配合相关部门进行事故调查和处理,积极参与调查工作,提供必要的协助和信息。
以上即为自来水公司安全生产管理标准的内容。
本标准的执行将有助于提高自来水公司的安全生产管理水平,确保自来水供应的质量和安全性。
文件编号:DHTHX-03受控状态:受控XXX自来水公司风险分级管控和隐患排查治理双体系文件北京XX咨询有限公司2019年9月16日目录第一部分风险分级管控体系 (6)第1章安全生产风险分级管控体系作业指导书 (7)1.1 分级管控目的 (7)1.2 分级管控的依据 (7)1.2.1 法律法规及相关规范 (7)1.2.2 企业安全生产资料 (8)1.3 分级管控的内容及范围 (8)1.4 名词解释 (8)1.4.1 风险 (8)1.4.2 可接受风险 (9)1.4.3 重大风险 (9)1.4.4 危险源 (9)1.4.5 风险点 (9)1.4.6 危险源辨识 (9)1.4.7 风险评价 (9)1.4.8 风险分级 (9)1.4.9 风险分级管控 (9)1.4.10 风险控制措施 (10)1.4.11 风险信息 (10)1.4.12 风险分级管控清单 (10)1.5 企业概况 (10)1.6 职责 (10)1.6.1 总经理职责 (10)1.6.2 企业安全生产分管负责人 (10)1.6.3 生产管理部门(公司办公室) (11)1.6.4 各存储区域 (11)1.7 工作程序和内容 (11)1.7.1 工作程序 (11)1.7.2 准备阶段 (12)1.7.3 制定风险判定准则 (13)1.7.4 风险点确定 (15)1.7.5 危险源辨识 (16)1.7.6 风险评价 (18)1.7.7 风险控制措施 (21)1.7.8 风险分级管控 (22)1.8 文件管理 (24)1.9 绩效考核 (24)1.9.1 成果 (24)1.9.2 效果 (24)1.9.3 绩效考核 (25)1.10 持续改进 (25)1.10.1 评审 (25)1.10.2 更新 (25)1.10.3 沟通 (25)第2章安全总则 (26)2.1 编制目的 (26)2.2 编制依据 (27)2.3 总体要求、目标与原则 (27)2.4 适用范围 (28)2.5 职责分工 (28)2.6 单位基本情况 (28)第3章自来水厂危险源(风险点)及辨识标准 (30)3.1 危险目标及其危险特性、对周围的影响 (30)3.2 危险目标周围可利用的安全器材及其分布 (31)3.3 危险源辨识和风险分析 (31)3.3.1 重大危险源辩识 (31)3.3.2 事故类型及危害程度分析 (32)3.4 风险辨识清单 (47)第4章安全风险分级管控制度 (63)4.1 安全风险分级管控工作机制 (63)4.2 安全风险分级管控工作责任体系 (63)4.3 安全风险分级管控工作制度 (64)4.4 安全风险管控流程 (65)4.5 安全风险辨识管理制度 (67)4.6 安全风险评估管理制度 (69)4.7 重大安全风险公示制度 (72)4.8 安全风险变更管理制度 (73)4.9 安全风险分级管控档案管理制度 (75)4.10 安全风险分级管控监督考核及奖惩制度 (82)4.11 安全风险分级管控信息沟通制度 (83)4.12 安全风险分级管控教育培训制度 (84)4.13 安全风险分级管控检查与考核制度 (87)第5章风险分级管控体系培训 (90)5.1 风险管理培训教材 (90)5.1.1 风险管理的基本概念 (90)5.1.2 风险管理的内容 (91)5.1.3 危险源辨识与风险评价程序 (114)5.2 风险管理培训记录 (116)5.3 风险告知培训记录 (152)5.4 安全风险分级管控与隐患排查治理体系培训题库及答案 (187)第6章风险告知卡 (211)第7章附表 (218)7.1 设备设施清单 (218)7.2 作业活动清单 (219)7.3 作业活动风险分级管控清单(样表) (220)7.4 设备设施风险分级管控清单(样表) (222)7.5 基础管理类隐患排查项目清单(样表) (223)7.6 现场管理类隐患排查项目清单(样表) (228)第二部分隐患排查治理体系 (230)第1章总则 (231)1.1 编制目的 (231)1.2 术语及定义 (232)1.3 编制依据 (232)1.4 基本要求 (236)1.4.1 健全机构 (236)1.4.2 完善制度 (236)1.4.3 组织培训 (236)1.4.4 落实责任 (236)第2章工作任务及实施 (237)2.1 成立隐患排查领导小组 (237)2.2 责任及职责划分 (237)2.3 隐患排查 (238)2.4 隐患排查结果的处理 (240)2.4.1 隐患分级 (240)2.4.2 隐患的判定标准 (241)2.4.3 隐患级别的确定 (241)2.4.4 隐患排查治理情况通报 (242)2.5 隐患分级治理 (242)2.5.1 隐患治理实行分级治理。
自来水厂危险源辨识与评估报告范文英文回答:Identification and Assessment of Hazards in Water Treatment Plants Report.1. Introduction.Water treatment plants (WTPs) are essential infrastructure for providing clean and safe drinking water to communities. However, these facilities also present a variety of potential hazards that can have serious consequences if not properly managed. This report provides a comprehensive identification and assessment of hazards present in WTPs, with the aim of developing effective strategies for mitigating risks and ensuring the safety of water supplies.2. Hazard Identification.A thorough hazard identification process was conducted using a combination of methods, including:Hazard Analysis and Critical Control Points (HACCP): A systematic approach to identifying hazards and determining critical control points for controlling them.Job Hazard Analysis (JHA): A review of specific tasks and activities performed within the WTP to identify potential hazards.Historical Data: A review of past incidents and near-misses to identify patterns and trends.The following categories of hazards were identified:Physical Hazards: Hazards that can cause physical injury or damage, such as falls, slips, chemical spills, and machinery accidents.Chemical Hazards: Hazards posed by chemicals used in the treatment process, such as chlorine, ammonia, andcoagulants.Biological Hazards: Hazards posed by microorganisms, such as bacteria, viruses, and parasites.Environmental Hazards: Hazards related to the natural environment, such as flooding, earthquakes, and extreme weather events.Operational Hazards: Hazards related to the operation of the WTP, such as power outages, equipment failures, and human errors.3. Hazard Assessment.Once hazards were identified, they were assessed based on their severity and probability of occurrence using a risk assessment matrix. The following factors were considered:Severity: The potential consequences of the hazard, including injuries, fatalities, property damage, andenvironmental impact.Probability: The likelihood of the hazard occurring, based on historical data, expert judgment, and industry best practices.The results of the hazard assessment were used to prioritize hazards and develop appropriate mitigation strategies.4. Mitigation Strategies.Based on the hazard assessment, a comprehensive set of mitigation strategies was developed to reduce the risks associated with the identified hazards. These strategies include:Engineering Controls: Physical barriers, equipment modifications, and process changes to eliminate or reduce hazards.Administrative Controls: Policies, procedures,training, and inspections to minimize the likelihood of hazards occurring.Personal Protective Equipment (PPE): Protective clothing and equipment worn by workers to protect against hazards.Emergency Response Plans: Detailed plans to respond to emergencies and minimize their impact.5. Conclusion.This hazard identification and assessment report provides a valuable tool for WTPs to proactively identify and manage potential hazards. By implementing themitigation strategies outlined in this report, WTPs can significantly reduce risks and ensure the safety of water supplies for their communities.中文回答:自来水厂危险源辨识与评估报告。