关键词：脱硫；烟道气；SO2

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UV disinfection refers to the process that is used to sterilize the air, water, and F&B. UV disinfection equipment uses UV light for the disinfection process and does not involve the usage of chemicals. Hence, UV disinfection is considered to be more user-friendly and eco-friendly than other types of disinfection equipment. These advantages are increasing the demand for UV disinfection from end-user segments such as Industries, Commercial Establishments, and Municipal Establishments.

关键词：紫外线消毒器；UV光；化学品；环保

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钢铁工业在对社会经济带来巨大贡献的同时，也逐渐造成了严重的环境污染，当前我国雾霾天气频发，而钢铁业作为典型的重污染行业便成为了治理重点；我国钢铁行业的排放标准与发达国家存在较大差距，落后产能数量庞大、环保投资不足、监管体系不健全等问题制约着环保工作的推进。本文从国内钢铁业环保现状、环保方面存在的问题及相关建议等部分，对国内钢铁行业的环保工作加以分析。

关键词：钢铁行业；环保工作

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Hosting infrastructure services is a provision model where an enterprise outsources IT equipment to support business operations such as storage, hardware, networking, and servers, or rents out the services of an entire infrastructure from a third-party vendor. Hosting infrastructure services include website infrastructure management and digital content management.

关键词：托管；基础设施服务；预配模式；网站基础设施

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UV disinfection refers to the process that is used to sterilize the air, water, and F&B. UV disinfection equipment uses UV light for the disinfection process and does not involve the usage of chemicals. Hence, UV disinfection is considered to be more user-friendly and eco-friendly than other types of disinfection equipment.

关键词：紫外线消毒；竞争前景；市场规模

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7月，环境保护财政支出继续大幅度增长，环保支出财政占比达到1.88%，创下全年新高，符合预期。环保专用设备产量保持平稳增长，环境监测仪器仪表产量回升速度较快，大气污染防治设备产量与固体废弃物处理设备产量复苏态势明确，水质污染防治设备产量增速下滑，噪音与震动控制设备产量继续萎缩。废弃资源综合利用业固定资产投资完成额增速企稳，废弃资源和废旧材料回收加工业工业增加值增速创出2014年新高。

关键词：环保；专用设备；环境监测仪器仪表；大气污染防治设备；固体废弃物处理设备；水质污染防治设备；噪音与震动控制设备

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本刊以七大战略性新兴产业——高端装备制造、节能环保、新能源、新材料、新能源汽车、生物、新一代信息技术为研究重点，关注国家高层和各部委的动态，剖析国家和地方的新兴产业政策。本刊设有政策导读、领导讲话、七大战略性新兴产业本周国内外行业动态和重点企业新闻、投资专题四大板块，能够实时监测新兴产业和重点企业动态，把握新兴产业发展方向，研究发展重点，寻求发展机遇。

关键词：节能环保；新一代信息技术；生物；高端装备制造；新能源；新材料；新能源汽车

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Low-carbon tourism is proposed as a new pattern to develop the global low-carbon economy, which goes with the tide in the global climate of change.Because tourism industry has a so close association with another industries that almost every link of tourism activities could be related to energy consumption and CO2 emission.So, energy conservation and emission reduction constitute an important part of developing low-carbon tourism.This article selects GanSu Province, the weak ecological environment, as the research object.In accordance with the documents research and mathematical statistics, and the "bottom-up" study method., we made an research on energy consumption and the CO2 emission of GanSu province from the tourism travel , tourism accommodation, and tourism activities, respectively.From the result, GanSu's tourism with low-carbon and energy-saving characteristics, accounting for 0.45％ energy consumptions and 0.86％ CO2 emission in that of the GanSu's tourism.It shows that tourism fits in with the requirements of low-carbon tourism development.However, one of the most important factor in the tourism energy consumption and the CO2 emission is the tourism transportation, accounting for 68.83％ energy consumptions and 65.96％ CO2 emission in that of tourism respectively, which should be focus on as the key link in low-carbon tourism development.

关键词：低碳旅游；能源消耗；二氧化碳排放量；节能

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From the Surface Velocity Program (SVP) drifter current data, a detailed and complete track of strong ocean currents in the north-western Pacific is provided using the bin average method. The focus of this study is on the Kuroshio, the strong western boundary current of the North Pacific flowing northward along the east coast of Taiwan and then turning eastward off southern Japan. With its average flow speed of about 2 knots, the Kuroshio can significantly increase the ship s speed for a super-slow-steaming container ship travelling at speeds of 12 knots between the ports of Southeast Asia and Japan. By properly utilizing knowledge of strong ocean currents to follow the Kuroshio on the northbound runs and avoid it on the return trip, considerable fuel can be saved and the transit time can be reduced. In the future, the detailed Kuroshio saving-energy route could be built into electronic chart systems for all navigators and shipping routers.

关键词：洋流;漂移;路由;船舶;节能

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The Energy Efficient Buildings Hub (EEBHub) uses Sankey diagrams to visually analyze energy use in the building of its headquarters, Building 101 (B101). This report describes B101 energy consumption and passive energy exchanges with the surrounding environment and through the building. For this initial Sankey diagram exercise, completed on January 31, 2013, the data/model integration was primarily performed by calibrating the EnergyPlus model to measured energy consumption data. The annual model is used as a starting point, while iterations of the EnergyPlus simulation provide results for January and July to demonstrate how energy use changes throughout the year. Annually, the Sankey diagram shows energy consumption from electricity and natural gas, as well as the end uses. The heating, cooling, and air handling are the largest sources of energy usage. Interior lighting and equipment are also considerable consumers of electricity. Seasonally, the trends of energy consumption are visually demonstrated by comparing January and June Sankey diagrams. As expected, winter requires heating via the boiler as the largest energy consumer, while much of the building heat is lost is to the exterior. The summer months have several sources of heat, both exterior and interior, to the building. Cooling is the largest consumer of electricity in July, followed by interior lighting and equipment, and the air handling. From these seasonal diagrams, it is easy to recognize the buildings interactions with its environment, and the strain that induces on its energy consumption. These visualizations help identify where equipment modifications (with better efficiencies) can reduce energy consumption. This report demonstrates the integration of multiple sources of data to output a broad picture of engineered and environmental fluxes of energy through the EEBHub. The outcomes of this project are to provide a building energy analysis on B101 that helps identify large sources of energy consumption, gaps in data, and provide opportunities to deploy energy saving technologies.

关键词：能源分析；能源效益；节能；能源消耗

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