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英國PSE原廠將針對碳捕捉壓縮技術模擬研討會.這個研討會即將在2014/06/11pm 2:30 – pm 4:00虎門科技台北板橋公司舉辦.很榮幸的邀請到英國原廠PSE專業工程師Mario Calado擔任本議題的主講人.會後也會開放Q&A的時間提供參與學員發問，會有英國、日本與韓國等專業工程師替各位學員解答.
★ 研討會議程與宗旨
Compressors are widely used throughout the Power, Petrochemical and Oil & Gas industries. Large-scale compressor trains are central to the efficient operation of LNG and CCS processes. Compressor trains are typically designed in an iterative fashion using heuristics rather than true optimisation techniques. This webinar describes how model-based economic optimisation can accurately quantify the effects of design and operational choices, and replace the current iterative design practice with a significantly faster procedure that results in more efficient and flexible designs.
PSEs Power & CCS group will describe an approach to rapidly determine the optimal design parameters of a compression train using rigorous model-based optimisation methods. The model accounts for time-varying flowrates and delivery pressures. Optimisation variables can include continuous variables such as inter-stage pressures, as well as integer or discrete variables such as the number of sections. The approach makes it possible to accurately determine trade-offs between capital expenditure and operating costs.
The presentation will also cover applications including air compression for Oxy-fuel and CCGT power plants, and waste heat recovery via Organic Rankine Cycle (ORC). In the Oil & Gas industry, compressor train optimisation applies to LNG production and injection fluid development for Enhanced Oil Recovery (EOR).
The webinar is aimed at process engineers, scientists and technical management from companies operating compressor trains, especially in the Power, Petrochemical and Oil & Gas industries. A recording will be made available to all registered attendees one day after the broadcast.
★講師
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Mario Calado is a Junior Consultant working in PSEs Power & CCS business unit. A Chemical Engineer with a degree from IST (Lisbon), Mario is responsible for the development of models for compression and CO2 capture systems. | | | 
