宁海县建筑设计院

宁海县建筑设计院成立于1979年12月，为县建设局下属的全民事业单位，资质等级为建筑行业（建筑）乙级，工程勘察专业类岩土工程乙级，下设办公室、财务室、总师室、土建所（2个）、水电所和勘察所。主要经营工业、民用建筑的建筑、结构、电气、暖通、给排水的设计，地质勘察、概预算等业务。     

宁波市交通设计研究院

宁波市交通设计研究院创建于1984年，系国家建设主管部门批准的公路行业（公路）甲级、水运行业（港口）乙级、市政公用行业（道路、桥隧）乙级、工程咨询甲级、工程勘察乙级资质综合勘察设计单位，是隶属于宁波市交通局的全民事业单位。我院主要承担道路、桥梁、隧道、港口、码头和市政工程及其配套设施的勘察设计和课题研究，并提供交通工程的技术咨询、技术服务、技术开发、技术转让、工程监理和岩土工程等业务。我院始终如一地坚持为交通建设服务的宗旨，发挥“快节奏、重质量、守合同、包服务”的工作特色，积极主动为建设单位和施工单位做好全方位、全过程的服务，在用户中树立了良好信誉。     

张文伟：全国“三八”红旗手

西气东输工程是举世瞩目的宏大工程，建成后将是我国油气管道工程建设史上输送距离最长，管径最大，输送压力最高，管壁最厚的一条天然气管道。万事开头难，设计这样的一条管道，技术流程上涉及方方面面，设计投标，初步设计及施工图设计等都非常困难。荣获“全国三八红旗手”称号的张文伟以一种强烈的责任感投身于西气东输工程的设计施工中，为西气东输作出了突出贡献。     

Permeable Reactive Barrier for the treatment of contaminated surface water in Katedan industrial development area, Hyderabad, India

Permeable Reactive Barrier （PRB） is an emplacement of inert material （s） in the subsurface, designed to intercept a contaminated plume, provides a preferential flow path through the reactive media, and transforms the contaminant into environmentally acceptable forms to attain concentration remediation goals at the discharge of the barrier. The phenomena, which help in remediation within PRB, are adsorption/sorption, precipitation, oxidation/reduction and biodegradation. Various materials like zero-valent iron, zero-valent bi-metals, natural zeolites, organic carbon, fly ash, zeolites, limestone, activated alumina, apatites, etc. have been tried by many researchers to remove organic and inorganic contaminants. In USA, Canada, and many European countries commercial full-scale and pilot scale PRBs are successfully working. The design and installation of full scale PRBs needs laboratory treatability and dynamic flow column experiments？ The concept of PRB is being applied to treat contaminated surface water in the Katedan industrial area, Hyderabad, India. National Geophysical Research Institute （NGRI）, Hyderabad, India, conducted systematic studies in collaboration with Norwegian Geotechnical Institute （NGI）, Norway, to develop PRB technique to decontaminate the surface water pollution due to industrial effluent. A site assessment study in the Katedan Industrial Area, were carried out and water, soil and sediment from the lakes of the area were found to be polluted with high concentrations of heavy metals like As, Pb, Cr, Cd, Ni, etc. Adsorption studies at NGRI with synthetic samples and in-situ industrial effluent using different reactive media for removing contaminants like arsenic, chromium, cadmium, copper, nickel, lead and zinc have been carried out and yielded satisfactory results. The performance of zero-valent iron and limestone is encouraging in removing As,     

Mitigation of municipal solid waste leachate contamination at Payatas, Metro Manila, Philippines： A technical proposal

The gross environmental condition of the Payatas Disposal Facility in Metro Manila, Philippines, implores the need for sustainable technologies to control and abate toxic municipal solid waste leachate and protect public health. A team of environmental engineers recognized this need by selecting the site as a design project for the Mondialogo Worldwide Engineering Award, sponsored by the United Nations and Daimler Chrysler. The project culminated in a technical proposal that highlighted the following design features： an impermeable dumpsite cap to control leachate generation; vertical impermeable barriers for containment and isolation of leachate; a drainage system to divert clean, surface water from the cap and prevent its contamination prior to discharge; a leachate recirculation system to enhance stabilisation of the waste deposit; and a facultative lagoon and constructed wetland system to treat excess leachate.     

励精图治,凝聚先辈心智；继往开来,展现探矿风采

中国地质大学（武汉）探矿工程科学在老一辈探矿科学家和全国同仁的大力支持下，经过50多年努力和发展，已成为我国探矿工程人才培养的重要阵地和科学研究的生力军。我校现从事探矿工程科学研究与人才培养教职工人数近百人，其中，俄罗斯外籍院士2名，教授20名，博士生导师10名。并聘请了刘广志院士、苏义脑院士、王达、耿瑞伦、高德利、孙清德、杨建林等为兼职教授。设5个本科专业：勘查技术与工程（原钻探工程）、     

贵州省地勘局工勘施工业（岩土钻掘工程业）“十五”期间主要成果及“十一五”规划

一、“十五”期间取得的主要成绩 “十五”期间，全局工勘施工业坚持以市场为导向，从实际出发，大胆创新，加强实践，及时调整不合时宜、束缚和阻碍生产力发展的一些制度、观念和作法，通过不断深化改革，调整队伍结构和产业结构、提升资质、改善装备水平、加强管理等措施，较好地拓宽了市场服务领域，创收能力逐年提高，其作为地勘经济骨干产业的地位和作用日益凸显。     

科技兴所再创辉煌

北京探矿工程研究所以优势产品开拓市场，以特色技术为国家地质工作提供勘查技术支撑。我所紧密围绕这一定位制订所的发展战略和规划，加强资源的优化配置，优先发展特色技术，建立优势产业；同时落实以人为本、全面协调、可持续的科学发展观，使全所的各项工作进入快速健康发展的轨道。2005年我所实现收入5000多万元，分配后净利润300多万元，创历史新高。与2000年收入600多万元，亏损40多万元的状况相比，实现了跨越式发展的预期目标。     

Speciation of sulfate components in size-fractionated aerosol particles using sulfur K-edge X-ray absorption near-edge structure （XANES）

Sulfates are a main constituent of aerosols, which sulfate aerosols, it is necessary to determine what can cause various environmental problems sulfate ions are contained in these aerosols In the evaluation of the influence of In this study, sulfur K-edge XANES was used to determine sulfate species present in size-fractionated aerosol particles based on the post-edge structure after the main absorption peak in the XANES region. Aerosol samples were collected as part of the Japan-China joint project, ＂Asian Dust Experiment on Climate Impact＂ using a low-volume Andersen-type air sampler. XANES was measured at Beamline BL-9A at Photon Factory, Japan. A comparison of the XANES spectra of reference sulfate materials and aerosol samples collected in Tsukuba in Japan clearly showed that （NH4）2SO4 was the main sulfur species in particles with a smaller diameter and gypsum was the main sulfur species in particles with a larger diameter. A simulation of the XANES spectra by reference materials allows us to obtain the quantitative mixing ratios of the different sulfate species present in the aerosol samples. The presence of minor sulfur species other than （NH4）2SO4 and gypsum at the surface of mineral aerosols is suggested in our simulations and by a surface-sensitive conversion electron/He-ion yield XANES. In the absence of a contribution from a large dust event, the mole concentration of gypsum in the mineral aerosol fraction determined by XANES is similar to that of Ca which is determined independently using ion chromatography. This shows that the Ca and sulfate in the mineral aerosols are present only as gypsum. Considering that calcite is the main Ca mineral in the original material arising from an arid and semi-arid area in China, it is strongly suggested that gypsum is formed in aerosol during its long-range transportation by a reaction between calcite and sulfate ions.     

祝贺上海市隧道工程轨道交通设计研究院

上海市隧道工程轨道交通设计研究院创建于1965年，是从事隧道、轨道交通、给排水、道路、桥梁、建筑、装饰、勘察和测量等专业的甲级勘察设计单位，是中国从事软土隧道和地下工程设计与研究历史最久的设计院，