首頁 > 資料下載 > 先進的基于水氨的燃燒后捕獲技術(shù)進展報告(2013)Development of the Advanced Aqueous Ammonia Based Post Combustion Capture T

先進的基于水氨的燃燒后捕獲技術(shù)進展報告(2013)Development of the Advanced Aqueous Ammonia Based Post Combustion Capture T

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更新時間：2021-09-25
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該研究項目基于CSIRO PCC試點工廠的試驗，該試驗在Delta Electricity Munmorah電站的7M AUD試點工廠中，在實際煙氣條件下使用基于氨水的液體吸收劑進行了試驗，并且該領(lǐng)域正在進行中。工廠的試點試驗已經(jīng)證實了該工藝的技術(shù)可行性，并證實了一些預(yù)期的好處。工廠的中試還突出了在PCC工藝中使用氨水時的一些問題。這些包括相對較低的CO2吸收率和較高的氨損失。這些問題當前限制了基于氨水的PCC方法的經(jīng)濟可行性。

This research project is based on CSIRO PCC pilot plant trials with an aqueous ammonia based liquid absorbent under real flue gas conditions in an 7M AUD pilot plant at Delta Electricity’s Munmorah power station and ongoing work in this area. The pilot plant trials have confirmed the technical feasibility of the process and confirmed some of the expected benefits. The pilot plant trials have also highlighted some of the issues when using aqueous ammonia in a PCC process. These include a relatively low CO2 absorption rate and high ammonia loss. These issues currently limit the economical feasibility of the aqueous ammonia based PCC process.

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