Fortum Oslo Varme (FOV) decided (in July 2018) to build a 1:350 scale pilot plant to demonstrate that the selected Shell’s CANSOLV capture technology using solvent DC-103 is suitable for cleaning CO₂ from the exhaust gases of the Klemetsrud (Oslo, Norway) waste to energy (WtE) plant. This paper presents the most important measurement data and results from a pilot plant testing campaign from March to December 2019.

The project stated requirements for the successful completion of the first pilot plant campaign were at least 2000 operational hours and total amine emissions lower than 0.4 ppmv on average over the last 500 h of testing. Emphasis is on the online emission measurement results both with and without an aerosol emissions mitigation system located downstream of the capture unit. The impact of perturbations in the plant operating conditions and inlet gas quality is discussed, in particular the particulates content.

The pilot plant campaign achieved its primary purpose of demonstrating low amine emissions. It also produced important data on absorbent degradation in actual operation on WtE flue gas while confirming other performance parameters such as CO₂ capture efficiency, steam consumption and CO₂ product purity. Thus, it can be concluded that the all requirements according to objectives of the pilot campaign were successfully met.

Fortum Oslo Varme（FOV）决定（2018年7月）建立1：350规模的中试工厂，以证明所选的壳牌采用溶剂DC-103的CANSOLV捕集技术适合从Klemetsrud（Oslo，挪威）废物转化为能源（WtE）的工厂。本文介绍了最重要的测量数据和2019年3月至12月的工厂试点测试结果。

该项目指出，成功完成首次试点工厂活动的要求是至少2000个运行小时，并且在最近500小时的测试中，总胺排放量平均低于0.4 ppmv。重点是在有或没有位于捕集单元下游的气溶胶排放缓解系统的情况下，在线排放测量结果。讨论了扰动对工厂运行条件和进气质量的影响，特别是颗粒含量。

试点工厂的活动达到了展示低胺排放的主要目的。它还确定了WtE烟道气实际运行中吸收剂降解的重要数据，同时确认了其他性能参数，例如CO ₂捕集效率，蒸汽消耗和CO ₂产品纯度。因此，可以得出结论，成功满足了根据试点活动目标的所有要求。