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世博见证科技创新为我们打开未来城市之门第一次以城市为主题的上海世博会，为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
中国国家馆低碳区展厅内“叶子”双座新能源概念车。
新华社图世博见证科技创新为我们打开未来城市之门第一次以城市为主题的上海世博会，为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
中国国家馆低碳区展厅内“叶子”双座新能源概念车。
新华社图世博见证科技创新为我们打开未来城市之门第一次以城市为主题的上海世博会，为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
中国国家馆低碳区展厅内“叶子”双座新能源概念车。
新华社图世博见证科技创新为我们打开未来城市之门第一次以城市为主题的上海世博会，为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
中国国家馆低碳区展厅内“叶子”双座新能源概念车。
新华社图世博见证科技创新为我们打开未来城市之门第一次以城市为主题的上海世博会，为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
中国国家馆低碳区展厅内“叶子”双座新能源概念车。
新华社图以色列馆展出的长26毫米、宽11毫米、重量小于4克的“胶囊内镜”。
新华社图未来汽车未来疾病诊断“一切始于世博会”——一个半多世纪的世博会舞台见证了人类对科技创新的永恒追求。
而第一次以城市为主题的上海世博会，则为我们打开了未来的城市之门，透过各种新能源汽车、先进医学技术、绿色建材、智能家居、“零排放”社区……一个充满幻想、五光十色的未来城市正在向我们走来。
林格托工厂改建，都灵，意大利lingotto FactoRy conveRsion, toRino, italy, 1983-2003建筑设计：伦佐·皮亚诺建筑工作室ARCHITECTS: Renzo Piano Building Workshop4322 工厂原状：鸟瞰显示出建筑的纪念性/The factory as it was: aerial view shows the length and nobility of the machine become monument 3 历史照片：车辆在测试车道转弯处高速行驶/Historical image: cars speeding round corners of test track4 改造前：从汽车坡道望向屋顶/Original building prior to renovation: view up vehicular ramp to roof (2－4 © Lingotto)5 平面/Plan6 剖面/Section庭院4/Courtyard4庭院3/Courtyard3位于都灵的林格托工厂曾经是菲亚特汽车主要的生产场地，现在仍然是现代建筑最具代表性的工业建筑之一。
工程师马特·特鲁科从1915年开始了对工厂的设计，他从北美工业建筑中获得灵感，并沿用了亨尼比克曾在福特工厂的钢筋混凝土结构建造中使用的手法。
这座建筑位于尼斯米利方蒂区，坐落在尼斯路与都灵铁路的一条支路之间。
林格托工厂的体量达100万m3，长500m，高5层，是基于重复柱、梁、楼板这3种构成元素的模数化钢筋混凝土建筑的最早先例。
工作车间由两个超过500m长的、用于制造汽车的纵向元素构成，它们之间又通过5个容纳员工设施的多层横向元素连接。
1924年－1926年间，在纵向元素的端头增加了两个螺旋坡道。
地面层的汽车可以借此坡道直达建筑屋顶上的测试车道。
建筑机械 2016.734企业报道ENTERPRISE6月15日，吉尼在常州举行了“庆祝吉尼品牌成立50周年暨特雷克斯常州二期工厂开业典礼”。
常州市政府领导和高新区领导、特雷克斯全球董事长John Garrison 、特雷克斯高空作业平台事业部全球总裁M a t t F e a r o n 、特雷克斯中国区总裁M a r k D u v a l 、特雷克斯高空作业平台事业部大中华区总经理Clint Weber和特雷克斯高空作业平台事业部销售与服务总经理朱希明以及众多吉尼的合作伙伴齐聚盛典，共同见证了这一时刻。
作为特雷克斯高空作业平台事业部大中华区总经理，Clint Weber可谓见证了常州工厂崛起的全部过程。
他迎接特雷克斯常州二表示，“常州工厂自2011年3月开业以来，无论是建筑面积、生产能力还是产品线都在逐步扩大，不但为吉尼在中国市场的蓬勃发展贡献更多本地化生产力量，同时作为全球制造系统的一部分，还能支持北美和欧洲地区的生产。
毫无疑问，二期工厂的开业将为特雷克斯布局全球战略起到重要的作用，为吉尼继续深耕中国市场打下坚实的基础。
”“随着常州二期工厂的开业投产，吉尼中国团队承诺将继续用专业和热情为合作伙伴们提供最高价值的产品、本地化的快速响应以及设备生命周期的全方位支持。
”特雷克斯高空作业平台事业部大中华区销售与服见证吉尼50周年辉Copyright ©博看网. All Rights Reserved.CONSTRUCTION MACHINERY 2016.735务总经理朱希明坚信，只有客户成功，吉尼才能成功。
活动当天，特雷克斯全球董事长John Garrison也亲临庆典发表致辞：“常州二期工厂的扩建开业证明了吉尼最初投资中国的举措是成功的。
更重要的是，让我们伴随市场一起成长，为中国以及全球客户提供一流的高质量、高稳定性的产品。
”最后，特雷克斯高空作业平台事业部全球总裁Matt Fearon承诺，“在品牌成立50周年之际，我们为过去50年吉尼取得的成就感到由衷的骄傲和自豪，相信未来50年里中国将会是一个很有潜力的市场，吉尼将继续深耕中国，再创辉煌！”受邀嘉宾对刚刚建成开业的二期工厂进行了参观，并试乘了吉尼的明星产品，设备的安全性和稳定性获得了试乘嘉宾的一致好评。
b is Italcementi’s new Research andInnovation Center. Designed by Americanarchitect Richard Meier and located withinthe Kilometro Rosso Science & TechnologyPark near Bergamo, the building covers asurface area of 23,000 m2with 7,500 m2exclusively dedicated to research activities. The innovative aspects of the project combined to the building’s sus tainability and the excellence of the construction methods used make b a landmark of contemporary architecture and a sign of solid commitment to a better quality of life and cleaner environment. b was built using innovative alternative materials in compliance with the requirements of LEED certification, the world’s most popular and authoritative system for rating environmental sustainability. The outer cladding of the structure is made of TX Active®, Italcementi’s “smog-eating” cement that reduces pollutants in the air. A number of walls are made of i.light® “transparent” cement developed by Italcementi laboratories and used for the first time for the Italian Pavilion at Expo 2010 in Shanghai. Thermal solar panels, photovoltaic panels for generating clean energy and geothermal climate control ensure energy savings exceeding 60 percent of the current regulatory requirements.b staff will include people from CTG’s Research & Development Management and Laboratories Management as well as people from Italcementi’s Innovation.b, the heart of Italcementi Research and InnovationTHE ARCHITECTRichard MeierRichard Meier is one of the great masters of contemporary architecture. Among his best-known projects are the High Museum in Atlanta (1983), the Museum of Contemporary Art in Barcelona (1997), the Getty Center in Los Angeles (1997) and the Dives in Misericordia church in Rome, for which Italcementi served as technical partner. “The new Italcementi Research Center will not only be an iconic building expressing the Group’s reputation for technical expertise; it will be a benchmark for sustainable design in Europe,” says Richard Meier.THE STRUCTUREArchitectural shapeThe building, designed on the basis of a structural grid of 7.5x7.5-m modules, follows and reinforces the V-shape of the site. The two wings facing a central courtyard seem to accentuate the building’s closure towards the highway and its opening towards the surrounding green area. The main entrance, around the northeast corner of the building, is further marked by an approx. 20-m cantilevered and floating roof and the concrete curtain wall that contributes to reinforcing the mainly horizontal development of the entire building.The impressive canopy that lies above the main entrance creates a two-storey generous covered public plaza that leads to a sky-lit atrium from which the two wings of the building depart.Both wings surround a central courtyard from which the research labs located in the basement can be easily reached, also by heavy vehicles. The atrium leads to the staircases and lifts, which perform as vertical connections, flanked by a dramatic ramp offering breathtaking views of Bergamo Alta’s High Town.The first wing, which runs parallel to the highway, house labs, offices and a huge library with 10,000+ books. The library is set to become an international reference for project engineers and technicians addressing cement and concrete-related issues.The second wing, running perpendicularly to the first wing, houses a cafeteria and a large conference room on the ground floor, and formal corporate offices on the second floor.Pagina 2The two-storey multipurpose conference room, with possible seating for up to 240 people, has huge glass windows looking out on the internal courtyard and a gallery forming an internal street on the second floor. A second smaller room floats this space on the second floor and provides a perfect venue for both formal and business meetings.INNOVATIVE MATERIALSTX Active® for bThe b building is covered with cement containing TX Active®, the photocatalytic “smog-eating” active principle that has already been used by Richard Meier on the Dives in Misericordia church project in Rome. b’s structural elements made of white concre te –columns and roofing shells –required development of high-strength white concrete capable of complying with stringent technical, durability and unalterability specifications. The TX Active®-based cement has proven capable of meeting all such structural and aesthetic requirements in addition to eliminating pollution with its photocatalytic action. Using TX Active®on a project contributes one credit in LEED’s “Innovation in Design” category.i.light®“transparent” cementSome walls in the b building are made of i.light®, the new “transparent”cement developed by Italcementi laboratories and used for the first time on the Italian Pavilion at Expo 2010 in Shanghai.i.light® is a precast cement-based element capable of letting light filter through walls while guaranteeing the solidity of high performance concrete. It is obtained by combining a special polymer, more transparent than plastic, to a brand-newly developed mortar.Innovative concretesb is built out of both prefabricated and cast-in-place high fluidity white and gray concrete. The most valuable structures – those of the laboratories – have been built with high performance cast-in-place gray concrete. The round columns, with diameters of 650 and 800 millimeters, have been poured into metal frame formwork, adequately foamed at the base, to prevent material from spilling. All types of concrete used in the project featurePagina 3innovative high strength properties and have been developed and tested in Italcementi’s laboratories.Alternative materialsAlternative materials have been used to build b as specified under the LEED certification system (usage of products coming from recycled materials and/or produced locally). Concrete containing recycled aggregates from construction & demolition or blast furnace slag, recovered within 800 km of the project site, was used to build the floor screeds, the foundations and the outer walls. Other portions of the building were constructed with recycled slag-containing cement as well as other materials obtained entirely from industrial process waste.The geothermal energy systemb is equipped with a geothermal energy system ensuring effective winter warming and summer cooling for the building. Fifty-one wells serving the building were dug as far down as 100 m from road level to guarantee thermal exchange with the subsoil. The system consists of three loops and three heat pumps and contributes to winter heating and summer cooling, with energy savings of up to 50% and 25% respectively, thus reducing overall CO2 emissions into the atmosphere.The photovoltaic and solar heating panel systemsThe new structure houses 420 solar panels with an installed peak power capacity of 90 kW. Total electricity produced on a yearly basis is estimated at about 96,000 kWh, corresponding to an overall CO2emission reduction of 52 tons per year. Fifty square meters of solar heating panels help meet 65% of the building’s yearly demand for hot water. The adoption of solar and photovoltaic panels reduces the consumption of conventional energy sources and related CO2emission into the atmosphere, thus contributing to safeguarding the environment.ENVIRONMENTAL CERTIFICATIONS AND AWARDSLEED Leadership in Energy and Environmental DesignPagina 4b is designed and built to conform to LEED standards, the most authoritative and widely used rating system for assessing the environmental sustainability of buildings. The system specifies the requirements for designing, constructing and managing buildings in an optimal and eco-compatible manner.The final rating is assigned based on a definite set of pre-requisit es and “credits” such as sustainable site; indoor environmental quality; innovation in design; water, energy, materials and resource management; regional priority.b aims to achieve LEED Platinum certification, the highest rating available.b: An award-winning centerThe Italcementi’s Research and Innovation Cent er has already earned important international recognition. In 2009, it was honored with the Green Good Design Award from the Chicago Athenaeum and the European Centre for Architecture Art Design and Urban Studies. In May 2010, the European Commission awarded b the European GreenBuilding Award as the best new building in Italy for energy efficiency in the “Best New Building” category.The structure is capable of saving 60% more energy than required by current legislation thanks to the construction methods and materials used in the building’s cladding and use of renewable energy sources.THE LOCATIONb at Kilometro Rossob is located in the Kilometro Rosso Science and Technology Park on the outskirts of Bergamo. The Park site already hosts renowned research centers and the laboratories of prominent high-tech enterprises and scientific institutes. Around 3,000 people will play an active role in this place of aggregation, fulfilling its mission of fostering cooperative projects and synergies in support of research and technological innovation.b will host engineers, technicians and researchers developing technological, functional and stylistic innovations for new construction materials.Pagina 5。
专访INTERVIEW阿朗新科： 构建可持续的未来橡胶工业价值链作者 徐艺铭9月4～6日，阿朗新科亮相2023中国国际橡胶技术展览会，围绕新能源、新机动化、城市化三大领域，展示了前沿环保合成橡胶产品和解决方案，再度重申了对深耕本土市场、支持行业可持续发展的长期承诺。
作为全球主要的合成橡胶供应商，阿朗新科在9个国家设有超过12个生产基地，全球设有7个技术中心，产品广泛应用于汽车、轮胎、电器、建筑、石油和天然气等行业。
2016年，阿朗新科中国工厂成立并开始运营。
在可持续目标的推动下，行业对节能减排和提升资源效率的需求逐步拓宽到能源生产和利用环节，同时也在相应地寻求高性能、轻量化的绿色解决方案。
为此，阿朗新科正加速创新，构建循环橡胶工业价值链，携手上下游共创可持续解决方案。
《中国橡胶》杂志就此采访了阿朗新科亚洲区技术总监程宝家博士。
“双碳”是行业发展新 机遇《中国橡胶》杂志：能谈一下您对“双碳”目标的理解吗？程宝家博士：“双碳”目标是工业高质量发展的核心，促使企业在能源开发和利用方面进行全面的绿色转型。
这种可持续发展的需求扩大了橡胶在新兴产业中的应用潜力，尤其是在交通、新能源和城市化领域。
例如，市场对环保型橡胶产品和解决方案的需求日益增长，这些产品和解决方案可用于轻质、低挥发性有机化合物的绿色建筑，以及具有更好储能功能的电池。
我们希望通过可靠的橡胶供应，帮助合作伙伴抓住这些市场机遇。
《中国橡胶》杂志：您认为行业发展的新机遇在哪里？程宝家博士：在近期的市场观察中，我们看到许多客户正在稳步建立库存，尤其是新能源、绿色建筑等方面的4041专访INTERVIEW应用需求量有所提高。
这说明市场需求正在逐渐转向高质量、高能效的产品。
在此趋势下，产业链中开发、创新能力更强的头部企业将拥有更好的竞争力。
《中国橡胶》杂志：作为橡胶轮胎行业的上游，阿朗新科在推进全产业链减少碳足迹方面采取了哪些行动？程宝家博士：在《阿朗新科合成橡 胶手册》中，阿朗新科首次提出了未来橡胶工业价值链的概念，即全方位关注橡胶原材料——加工——橡胶制品回收利用全流程的节能减排，希望在降低每个环节能耗的同时，帮助价值链形成 闭环。
法国花匠发明钢筋混凝土灵感竟源自植物根系来源：东方早报作者：储静伟日期： 2009-11-17 9:26:46 钢筋混凝土的问世，引起了建筑材料的一场革命。
然而，令人惊奇的是，发明钢筋混凝土的既不是建筑业的科学家，也不是著名的工程师，而是一个和建筑不搭界的园艺师。
他就是法国的约瑟夫·莫尼哀。
约瑟夫·莫尼哀主持建造的首座钢筋混凝土桥钢筋混凝土花盆的设计图纸中国园林网11月17日消息：钢筋混凝土的问世，引起了建筑材料的一场革命。
然而，令人惊奇的是，发明钢筋混凝土的既不是建筑业的科学家，也不是著名的工程师，而是一个和建筑不搭界的园艺师。
他就是法国的约瑟夫·莫尼哀。
2007年，在上海世博局主办的一次大型世博历史巡展活动中，展览总策划俞力先生遍寻不着一件展品——一块钢筋混凝土，后来才发现，原来它被布展人员误认为是建筑废弃物抬出了展区。
俞力告诉参展人员：“在1867年巴黎世博会上，这可是一件神奇的展品，一件令花匠莫尼哀十分骄傲的展品。
”灵感源自植物根系约瑟夫·莫尼哀(Joseph Monier，1823-1906)是19世纪中期法国巴黎的一位普通花匠。
在他管理的花园中，奇花异草生机盎然、香气扑鼻，行人路过此处，无不驻足观赏。
莫尼哀每天都要和花盆打交道。
最初，花盆都是由一些普通的泥土和低级陶土烧制而成，也就是常见的瓦盆。
这些花盆不坚固，一碰就破。
莫尼哀去咨询其他花匠朋友，可他们也都面临着同样的困扰；去找专门制作盆罐的工人，他们也没什么好办法。
那时候，水泥开始作为建筑材料使用，人们用水泥加沙子制成混凝土，盖楼房、修桥梁。
混凝土有良好的黏结性，变硬固化后又具有很高的强度，渐渐引起了其他行业的注意。
莫尼哀决定自己想办法改进花盆。
他想到了当时比较流行的混凝土材料，便用水泥加上沙子制造水泥花盆，按现在的说法就是混凝土花盆。
混凝土花盆果然非常坚固，尤其是不怕压。
但混凝土花盆和瓦盆一样也有缺点，就是经不起拉伸和冲击，有时，对花木进行松土和施肥都会导致花盆破碎。
