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Results from testing of Aker Solutions advanced amine solvents at CO2 Technology Centre Mongstad

机译:在CO2技术中心Mongstad测试AKER解决方案先进胺溶剂的结果

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The overall objective of the test program at CO2 Technology Centre Mongstad (TCM DA) is to verify Aker Solutions' Advanced Carbon Capture? process including two proprietary advanced amine solvents, ACC?-solvents S21 and S26. Also a short benchmark campaign is conducted with 30% MEA solvent in order to establish a reference. Key performance results are presented for MEA, S21 and S26. Close to 10 000 hours of operation of the TCM DA amine plant was obtained in the three campaigns, with high availability, showing that there are no operational issues related to the S21 and S26 solvents. Optimum SRD for 30 wt% MEA was found to be 3.8 MJ/kg CO2 when capturing CO2 from CHP gas with CO2 concentration 3.4-4.0% and CO2 capture rate of 87%. SRD was found to be approximately 10% lower for ACC? advanced solvents S21 and S26. SRD values down to 3.4 MJ/kg CO2 was obtained for CHP flue gas with CO2 concentrations below 4 vol% and 87% capture without heat integration or use of ACC? Energy Saver. Emissions to atmosphere using ACC? emission control system were shown to be very low for solvent amines and alkyl amines, with measured levels below 0.1 mg/Nm3 in total. Emission of nitrosamines and nitramines were all below analytical detection limits typically around 0.1 ug/Nm3. Solvent amine losses have been quantified to approximately 2.6 kg amine/ton CO2 captured for MEA, 0.5-0.6 kg amine/ton CO2 captured for ACC? advanced solvent S21, and 0.2-0.3 kg amine/ton CO2 captured for ACC? advanced solvent S26. Successful reclaiming of ACC? advanced solvents S21 and S26 was performed towards the end of the campaigns. Reclaiming was performed for validation purposes and not due to any indications of critical loss of solvent performance, high emissions, high viscosity or other operational problems that could be an indication of excessive degradation. No operational problems such as precipitation or fouling were encountered during reclaiming, HSS and most impurities and degradation products Were removed from the solvent by more than 80%. The test campaigns at CO2 Technology: Centre Mongstad have shown that ACC? advanced solvents S21 and S26 show good energy performance and are superior to 30 wt% MEA with respect to solvent degradation, ammonia emission and nitrosamine formation. Based on the successful execution and evaluation of the campaigns, it can be concluded that Aker Solutions' Advanced Carbon Capture? technology is proven and ready for .full scale implementation.
机译:CO2技术中心Mongstad(TCM DA)在CO2技术中心测试计划的总体目标是验证Aker Solutions'高级碳捕获吗?包括两种专有的先进胺溶剂,ACC的过程?-Solvents S21和S26。此外,还采用30%的MEA溶剂进行了短的基准运动,以建立参考。用于MEA,S21和S26的关键性能结果。接近TCM DA胺工厂的10 000小时的操作是在三个活动中获得的,具有高可用性,表明没有与S21和S26溶剂相关的操作问题。当捕获来自CHP气体的CO 2时,将发现30wt%MEA的最佳SRD为3.8mJ / kg CO2,CO 2浓度为3.4-4.0%,CO 2捕获率为87%。查找SRD为ACC的约10%?先进的溶剂S21和S26。对于3.4MJ / kg CO 2的SRD值,对于CHP烟气,CHP烟气,CO 2浓度低于4体积%和87%的捕获而没有热 - 整合或使用ACC?节能器。使用ACC的大气排放?对于溶剂胺和烷基胺表示排放控制系统非常低,总共测量水平低于0.1mg / nm 3。亚硝胺和硝胺的排放均在分析检测限度以下,通常约为0.1ug / nm 3。溶剂胺损失已被定量为MEA捕获的约2.6kg胺/吨二氧化碳,0.5-0.6 kg胺/吨二氧化碳捕获的acc?先进的溶剂S21,和0.2-0.3千克胺/吨二氧化碳捕获的ACC?先进的溶剂S26。成功回收ACC?高级溶剂S21和S26在活动结束时进行。对验证目的进行回收,而不是由于任何可能是溶剂性能,高排放量,高粘度或其他操作问题的临界丧失的指示,这可能是过度降解的迹象。在回收过程中,在回收中没有诸如沉淀或污垢等操作问题,从溶剂中除去HSS和大多数杂质和降解产物超过80%。 CO2技术的测试运动:中心Mongstad表明ACC?先进的溶剂S21和S26显示出良好的能量性能,相对于溶剂降解,氨排放和亚硝胺形成优于30wt%的MEA。根据竞选的成功执行和评估,可以得出结论,AKER解决方案的高级碳捕获?技术被证明并准备好进行.full规模实施。

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