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首页> 外文会议>Proceedings of the ASME power conference 2009 >Development of Mg-Based Additive to Control Corrosion and Fouling in Heavy Crude Oil for Gas Turbine Power Plants Applications
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Development of Mg-Based Additive to Control Corrosion and Fouling in Heavy Crude Oil for Gas Turbine Power Plants Applications

机译：开发用于控制燃气轮机电厂中重质原油腐蚀和结垢的镁基添加剂

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The trend to use heavy crude oil in gas turbine power generation plants is the driver to develop and offer more effective chemical solutions to this particular market. Due to increased use of new heavy opportunity crude oils in these applications, there is a continuous need to improve and optimize the chemical programs implemented to minimize corrosion induced by vanadium. In addition to ftieir anticorrosive function (to avoid the formation of V_2O_5 corrosive species), the additive chemistry for this application must be stable in the presence of water, acids, and a CO_2 environment. Furthermore, it needs to minimize deposit formation, either organic or inorganic in nature, on the pre- and post- combustion equipment to maintain high conversion efficiencies, reduce the need for cleaning, and avoid damage.rnThis paper presents a new chemical product that offers excellent corrosion inhibition and superior water tolerance. The new additive is designed to inhibit vanadium induced corrosion and ash fouling. The product is robust and can be applied to multiple applications and has a broad spectrum of use.
机译：在燃气轮机发电厂中使用重质原油的趋势是为该特定市场开发并提供更有效的化学解决方案的动力。由于在这些应用中更多地使用了新的重油机会原油，因此持续需要改进和优化所实施的化学程序，以最大程度地减少钒引起的腐蚀。除了具有防腐蚀功能（避免形成V_2O_5腐蚀性物质）外，用于此应用的添加剂化学必须在水，酸和CO_2环境下稳定。此外，它还需要最大程度地减少燃烧前和燃烧后设备上自然形成的有机或无机沉积物，以保持高转化效率，减少清洁需求并避免损坏。rn本文提出了一种新的化学产品，可提供出色的缓蚀性能和卓越的耐水性。新的添加剂旨在抑制钒引起的腐蚀和灰垢。该产品坚固耐用，可应用于多种应用，用途广泛。

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