意大利Turboden西门子能源公司热电联燃电联三联供余热发电-上海律勤信息技术服务中心

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Turboden 与西门子能源公司一起在埃及 Dahshour 的 GASCO 开始开发“同类中的"高效气体压缩机站。
一个 28MWe 有机朗肯循环 (ORC) 系统与在孤岛模式下工作的电动机驱动 (EMD) 压缩机列车相结合，可在不消耗任何额外燃料的情况下将 Dahshour 站的压缩能力提高 25%。
2021 年 2 月 16 日

三菱重工集团旗下的 Turboden SpA 是有史以来的高温 ORC 系统的供应商，该系统与西门子能源提供的 20 MWe 电动机驱动 (EMD) 压缩机相结合，提高了 GASCO Dahshour 气体压缩机的效率站（GCS）。

GASCO Dahshour GCS 项目是同类项目中的个。它将利用四个现有燃气轮机机组和西门子能源提供的低排放新型高效燃气轮机的热量。

由于废气热量的回收和高效的压缩机组，这种集成解决方案每年可产生 192 GWh 的无燃料电力。这种能源为两台 10 MWe EMD 压缩机提供动力，使 GASCO 每年可节省 6500 万立方米天然气，从而避免每年排放 120,000 吨二氧化碳

（相当于纽约曼哈顿面积六倍的森林面积的二氧化碳吸收量）。

“由于该系统可以脱离电网工作，并且不需要水，因此非常适合安装在偏远或荒凉的地区。此外，复制该项目的机会是朝着石油和天然气行业脱碳之路迈出的具体一步"。声明 Paolo Bertuzzi – Turboden S.p.A. 董事总经理兼执行官

“这个的项目是我们承诺支持政府采用节能和可持续解决方案和商业模式的一部分，以进一步维持埃及已经拥有的国家能源基础设施。 Dahshour 项目，通过这种改变游戏规则的解决方案，将有助于加强天然气的供应和提升，以支持埃及南部"。埃及西门子能源公司董事总经理 Emad Ghaly 说。

该项目由 EBRD（欧洲复兴开发银行）在其 2018 年开始的五年脱碳计划中提供资金，重点关注现代化和能源效率。

埃及天然气输送网络的国有运营商 GASCO 打算利用欧洲复兴开发银行的资金，投资于提高其基础设施的效率，这与有助于提高行业可持续性的绿色经济转型方法 (GET) 一致。

“在西门子能源，我们专注于为客户提供可持续能源解决方案，我们很高兴通过我们的燃气轮机和 EMD 压缩机组为中东和北非地区这一的项目做出贡献。我们可靠的设备将确保 GASCO Dahshour GCS 的低生命周期成本和减少的氮氧化物和二氧化碳排放"。 Youssef Taabouz – 北非地区经理西门子能源工业应用。

“这个的项目具体证明了 ORC 系统是能效解决方案，使油气行业能够提高其流程的可持续性，支持该行业走向脱碳之路。我们很自豪能与 GASCO 就这一集成解决方案进行合作，该解决方案可以成为新一代可持续气体压缩机站的实践，"石油天然气和联合循环销售和业务发展经理 Nicola Rossetti 表示

Turboden, together with Siemens Energy, starts the development of a “first of its kind" high efficient gas compressor station at GASCO in Dahshour, Egypt.
A 28MWe Organic Rankine Cycle (ORC) system coupled to Electrical Motor Driven (EMD) Compressor Trains working in islａnd mode to increase the Dahshour station compression capacity of 25% without any additional fuel consumption.
16 February 2021

Turboden S.p.A a Mitsubishi Heavy Industries Group Company, is the supplier of the largest high-temperature ORC system ever built, which, coupled with 20 MWe electric motor driven (EMD) compressors supplied by Siemens Energy, boosts the efficiency of GASCO Dahshour gas compressor station (GCS).

GASCO Dahshour GCS project is a first of its kind. It will exploit the heat from four existing gas turbine trains and from the new high efficient Gas Turbines with low emissions supplied by Siemens Energy.

Thanks to the recovery of exhaust gas heat and high efficient compressor trains, this integrated solution allows to generate 192 GWh per year of fuel free electricity. This energy, powering two 10 MWe EMD compressors, allows GASCO to save 65 Million of Sm3 of natural gas per year and consequently avoiding every year the emission of 120’000 tonCO2

(equal to the C02 absorption of a forest area of six times the area of Manhattan, NY).

area of Manhattan, NY).

“As this system can work completely disconnected from the electricity grid and does not need water, it is perfectly suitable to be installed in remote or deserted areas. Moreover, the opportunity to replicate the project is a concrete step ahead towards the path to decarbonisation of the oil & gas industry". Stated Paolo Bertuzzi – Managing Director and CEO Turboden S.p.A.

“This unique project comes as part of our commitment to support the government in adopting energy efficient and sustainable solutions and business models to further sustain the country’s energy infrastructure, which Egypt already has. Dahshour project, with this game changing solution will help reinforce the availability and boosting of natural gas to support South of Egypt". Said Emad Ghaly- Managing Director of Siemens Energy in Egypt.

This project is financed by the EBRD (European Bank for Reconstruction and Development) within its five-year decarbonization program, started in 2018, and focused on modernization and energy efficiency.

GASCO, the state-owned operator of the natural gas transmission networks in Egypt, intends to invest in the efficiency improvement of its infrastructure leveraging EBRD’s funding, fully consistent with the Green Economy Transition Approach (GET) contributing to the enhanced sustainability of the

GASCO, the state-owned operator of the natural gas transmission networks in Egypt, intends to invest in the efficiency improvement of its infrastructure leveraging EBRD’s funding, fully consistent with the Green Economy Transition Approach (GET) contributing to the enhanced sustainability of the industry.

“At Siemens Energy we focus on providing our customers with sustainable energy solutions, we are glad to contribute with our gas turbine and EMD compressor trains to this state of the art pioneer project in the MENA region. Our reliable equipment will ensure low life cycle cost with reduced Nox and CO emissions at GASCO Dahshour GCS". Stated Youssef Taabouz – Regional Manager North Africa Siemens Energy Industrial Application.

“This unique project is a concrete demonstration that ORC systems are energy efficiency solutions that allows the O&G industry to improve the sustainability of its processes, supporting the industry on its path toward decarbonization. We are very proud to cooperate with GASCO on this integrated solution which can become a best practice for a new generation of sustainable gas compressor stations," stated Nicola Rossetti - Sales & Business Development Manager -Oil&Gas and Combined Cycle

清洁能源产业中的
意大利Turboden公司是有机朗肯循环（ORC）系统设计、制造和维护领域的。该系统非常适用于分布式发电，利用多种能源生产电能与热能。

由于在能效领域积累了丰富经验，Turboden当前提供的解决方案新增了天然气膨胀机和大型热泵。

我们的使命

我们为客户提供可靠和稳定的技术方案，以提高能源的利用效率并提升新能源的利用价值

我们的产品
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ORC系统
ORC透平是基于闭环热力学循环的系统，用于发电，特别适合用于分布式发电。 ORC系统可以利用多种来源产生电力和热能，例如新能源（生物质能，地热能，太阳能），传统燃料以及来自工业流程，废物焚化炉，发动机或燃气轮机的废热。

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大型热泵
大型热泵可以在日益脱碳的电网中的热电气化中起关键作用。我们希望通过利用热泵在供暖和能源密集型行业里在脱碳方面发挥更大的作用。

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天然气膨胀机
气体膨胀机是一种提高天然气输送网络基础设施能源效率的解决方案，它可以通过利用天然气压力从输送水平降到用户的水平（住宅或工业用户）的差距来发电。
解决方案

生物质应用
生物质发电领域的始于1980

自成立以来，Turboden就一直致力于向用户交付利用可再生能源的高效且可靠的热电联产解决方案。

Turboden有机朗肯循环（ORC）发电厂自动利用各种生产流程产生的任何种类的生物质（从原木到有机残留）高效产电与产热。

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地热应用
我们能够提供高效且可靠的ORC