优势菌处理高浓度苯胺工业废水的研究

本文叙述了从自然界分离选育出能降解苯胺的优势菌种，经人工驯化，构建出具有高效降解性能的微生物体系的试验过程，研究确立了优势菌———活性污泥组合技术工艺，并成功地将其用于含苯胺类工业废水的处理。     

超滤技术在水处理中的应用研究

本文介绍了超滤技术和胶团强化超滤新技术,重点对超滤膜在饮用水净化、海水淡化、城市污水处理与中水回用和工业废水处理中的应用进展进行了分析,同时分析了超滤膜的发展趋势和研究方向。     

贵州煤炭资源富集区循环经济工业园建设模式研究

采用对比分析法、归纳分析法、实地调查法等研究方法,通过实地调查贵州省煤炭资源富集区的煤炭资源开采现状、园区建设现状等,对贵州省煤炭资源富集区发展循环经济进行了研究.循环经济工业园区内企业生产物流流程严格按照“减量化”原则规划设计,构建基于小循环的工业园建设模式.通过生产流程合理规划设计、排污权交易、园区企业规划设计,构建基于中循环的工业园建设模式.循环经济工业园区与外界的物质交流,开拓园区企业生产的清洁产品的市场,构建基于大循环的工业园建设模式.     

蒸汽锅炉爆管事故原因分析与预防措施

通过一起锅炉损坏事故原因的分析,提出切实可行的防治措施,以防止类似事故的发生。     

热水锅炉的安全运行与操作

介绍了为保证热水锅炉安全运行应采取的具体措施及在运行中应注的问题.     

我国工业锅炉的爆炸事故与预防对策

工业锅炉既是应用广泛、分布面广的常见设备，又是近年来特别容易发生爆炸事故的特殊设备。分折了工业锅炉的爆炸机理和产生爆炸的原因，着重就加强对锅炉的监察，加大对“土锅炉”的查处力度，减少因设计、制造缺陷造成的事故；推进技术进步，提高锅炉安全性等能有效遏制锅炉爆炸事故的措施，从理论和实践等方面作了论述。     

Cleaner production and industrial ecosystems, a Dutch experience

This article opens briefly with the recent discussions about the effectiveness of pollution prevention. As pollution prevention and cleaner production are important elements of industrial ecology, the different definitions and approaches of industrial ecology as a term also need clarity. The major part of this article reflects the first results of the cleaner production and industrial ecology concepts, applied in an industrial ecosystem project (INES) in the Rotterdam harbour area. In this industrial area with many refineries and (petro)chemical facilities, the possibilities for companies to reuse waste streams, by-products and energy from each other was researched. The project was initiated by an industrial association. Sixty-nine members of the industrial association joined the INES project and provided confidential information about their resources, products and waste streams to the research team. Based on this information, 15 projects were designed. The selected three projects for further feasibility studies showed the potency to reduce the use of energy, water and bio sludge significantly.     

The pathway to a sustainable industrial society – initiative of the Research Institute for Sustainability Science (RISS) at Osaka University

While it is widely known that sustainable development is the only sound and viable pathway for humankind’s future, its attainment remains elusive despite intensive efforts and some successes. The current industrial society approach based on product and process innovation in a variety of fields is not providing the expected results in addressing this important issue. In an attempt to carry out this unavoidable task, Osaka University’s Research Institute for Sustainability Science (RISS) introduces an integral and dynamic innovation system where technology plays a key role in fulfilling societal functions. This innovation system adopts a highly solution-driven approach that makes use of backcasting techniques based on long-term visions and mid-term strategic goals. Since technology management is the key to propelling effective innovation towards sustainability, we propose a technology transition management through the interaction of technology push, demand pull and institutional design, along with eight transition principles. RISS will develop this innovation system based on these three components and through the design of dynamic scenarios and their roadmaps.     

Double dividend of carbon intensity: environmental-quality improvement and sustainable economic growth

This paper established an equilibrium model including representative household, government, and eight industries, and two different environmental policy tools such as carbon intensity and carbon cap were added into the model. The paper points out that the carbon intensity policy imposed on major high-emission industries achieved double dividend of environmental-quality improvement and sustainable economic growth under the condition of proper constraint target. This result supports the environmental Porter hypothesis. This paper finds out that the double dividend is due to the fact that environmental governance policy leads to the rising price of resources and demand of labors, resulting in an effective redistribution of production factors among industries and sustainable economic growth. Furthermore, this paper estimates the marginal effect of economic structure on carbon emission and carbon intensity and provides targeted suggestions.     

超声波用于锅炉循环水除垢的研究进展

超声波除垢主要是利用超声波强声场处理流体,使流体中成垢物质在超声场作用下,其物理形态和化学性能发生一系列变化,使之分散、粉碎、松散、松脱而不易附着管壁形成积垢,从而达到防垢的目的。系统地介绍了超声波用于锅炉循环水除垢的技术研究成果,全面阐述了该技术在锅炉循环水除垢方面的优势,并就该技术的应用前景与研究方向进行了分析和展望。