我国电子废弃物收集体系构想

解决中国电子废弃物问题,一是控制电子废弃物进入非正式循环利用者手中;二是把非正式循环利用系统纳入良好的电子废弃物管理系统,使之成为更有效和对环境友好的系统.因此,如何把千家万户废弃的电子废弃物有效收集起来,是关系到电子废弃物管理和循环利用的重要环节.在我国建立良好的电子废弃物收集体系,应以市场经济和目前我国“城乡二元经济“为基础,建立具有收集主体多元化、收集方式多样化,收集途径多渠道等特点的电子废弃物收集体系.     

新型生活污水处理装置研究

介绍了新型生活污水处理装置的工艺 ,影响装置处理效果的主要因素。     

关于500t／h污水处理场设备运行的探讨

济南炼油厂新建污水处理场采用目前国内石化系统污水处理先进技术，对设备，构筑物等进行实际运行标定。尤其是设备改造，提出作者的见解，同时对污水处理问题进行探讨。     

关于机械设备的绿色与安全设计的思考

笔者根据国内外的现状提出了机械设备的绿色与安全设计的新思路。绿色与安全设计新方法 ,可以使设计出来的机械设备既安全又符合人类可持续发展的要求。该方法主要应用力学、数学、机械设计理论、安全评定、环境科学、信息技术及可靠性分析等方面的知识 ,完善机械设备的安全评价、安全设计 ;应用机械设计理论、环境科学等知识进一步完善机械设备的绿色设计 ;分析和研究机械设备的设计与制造、运输、运行等环节的关系及其对环境的影响 ;研究机械设备报废后的回收问题 ;将机械设备的安全设计与绿色设计有机地结合起来整合为一种全新的设计方法——绿色与安全设计方法。     

我国电子废弃物的管理及发展道路研究

我国电子废弃物的处理处置正向产业化方向稳步推进。本文概括了电子废弃物的特点,以及我国目前处理电子废弃物的现状。遵照循环经济理念,并基于我国国情,提出了我国在电子废弃物处理处置过程中应遵循的主要原则和今后的发展方向。     

A Bayesian network-based approach for the assessment and management of ageing in major hazard establishments

Currently, there is an increasing attention towards ageing of industrial equipment, as the phenomenon has been recognised as a cause of severe accidents, recorded in the last years in many process establishments. Recent studies described ageing through a number of key-factors affecting the phenomenon by accelerating or slowing it down. The Italian Competent Authority for the prevention of chemical accidents (Seveso III Directive) adopted a short-cut method, accounting for the assessment of these factors, to evaluate the adequateness of ageing management during inspections at Seveso sites. In this paper, a Bayesian Network was developed, by using the data gathered during the first application of the short-cut method, with the aim to verify the robustness of the approach for ageing assessment and the validity of the a priori assumptions used in assessing the key-factors. The structure of the Bayesian network was established by using experts’ knowledge, whereas the Counting Learning algorithm was adopted to execute the parameter learning by means of the software Netica. The results showed that this network could effectively explore the complex logical and uncertain relationships amongst factors affecting equipment ageing. Results of the present study were exploited to improve the short-cut method.     

德国环境设备责任制度初探

德国《民法典》确定了一般环境侵权的规则——行为责任,再以《环境责任法》确立了特殊的环境侵权的规则——设备责任。设备侵权是危险责任的一种,其构成要件有两个:设备运营对环境产生不良影响进而导致损害;人身、财产受侵害。设备责任的承担不要求设备运营人的过错。设备责任归责采用因果关系推定原则。     

四川省自贡市蛋鸡场鸡粪处理工艺

本文主要阐述自贡市蛋鸡场在养鸡生产实践中面临着鸡粪处理这一难题，选用四川省农机所设计，并由四川省资中通风机械厂试剂的GZS-0.5型鸡粪干燥成套设备进行鸡粪加工的工作，本场对GZS-0.5型鸡粪干燥成套设备废气的净化处理有所改进创新。     

Cybersecurity and dynamic operation in practice: Equipment impacts and safety guarantees

Though dynamic operation of chemical processes has been extensively explored theoretically in contexts such as economic model predictive control or even considering the potential for cyberattacks on control systems creating non-standard operating policies, important practical questions remain regarding dynamic operation. In this work, we look at two of these with particular relevance to process safety: (1) evaluating dynamic operating policies with respect to process equipment fidelity and (2) evaluating procedures for determining the parameters of an advanced control law that can promote both dynamic operation as well as safety if appropriately designed. Regarding the first topic, we utilize computational fluid dynamics and finite element analysis simulations to analyze how cyberattacks on control systems could impact a metric for stress in equipment (maximum Von Mises stress) over time. Subsequently, we develop reduced-order models showing how both a process variable and maximum Von Mises stress vary over time in response to temperature variations at the boundary of the equipment, to use in evaluating how advanced control frameworks might impact and consider the stress. We close by investigating options for obtaining parameters of an economic model predictive control design that would need to meet a variety of theoretical requirements for safety guarantees to hold. This provides insights on practical safety aspects of control theory, and also indicates relationships between control and design from a safety perspective that highlight further relationships between design and control under dynamic operation to deepen perspectives from the computational fluid dynamics and finite element analysis discussions.     

电梯旁路装置常见故障以及检验流程

在TSG T7001-2009《电梯监督检验和定期检验规则——曳引与强制驱动电梯》2号修改单执行后,电梯旁路装置作为电梯的重要装置,极大地方便了维保人员维护保养电梯,以及排除相关的故障.本文通过旁路装置的相关要求,结合实例,描述了旁路装置的形式、常见故障,以及检验时的注意事项.