Following the growing interest on decarbonised hydrogen, this GHGT session incorporated discussions on hydrogen production technologies, infrastructure, and collaborative initiatives. Roger Dewing, from Air Products plc, discussed the retrofitting of existing SMRs (Steam Methane Reformer) with CO2 capture. He presented the Port Arthur SMR retrofit,...
With an increase of CCUS activities in the industrial sector, this GHGT session incorporated the views of international experts on the integration of CO2 capture in different facilities. Ruby Ray, from Wood, presented their work on CCS in fertilisers and cement production facilities. In the case of the fertiliser production, a non-urea product with...
IEAGHG has explored in the past the implementation of carbon capture and storage (CCS) in the industrial and power sectors, and specific issues linked to the success of large CCS projects. However, the implementation of carbon capture and storage or utilisation (CCU) in WtE plants was not explored yet by IEAGHG. IEAGHG identified the need to study ...
The US DOE's National Energy Technology Laboratory held its annual 3-day "Carbon Capture Review Meeting" from 5 to 7 October 2020. The aim of US DOE/NETL's Carbon Capture Program is to develop the next generation of advanced CO2 capture concepts. The meeting offers an opportunity for participants to share progress made and to discuss with peers man...
With more than 600 registrations, IEA presented the launch of the "Iron and steel technology roadmap" on the 8th October. This report was coordinated by Araceli Fernandez Pales ad Peter Levi. Main authors included Sara Budinis, Peter Levi, Hana Mandovà and Tiffany Vass. The session was chaired by Araceli Fernandez and opened with an introducti...
IEAGHG have explored in the past techno-economic information of large demonstration projects and individual projects built in specific locations were explored in detail. However, a deep analysis of the construction and operation aspects, together with the factors for the project success was needed. IEAGHG identified the need to provide a guide on c...
Energy and water consumption are closely connected. The Energy-Water nexus defines the relationship between energy and water to ensure the availability of both resources: Energy production consumes significant amounts of water; and equally, providing water demands energy. Moreover, power generation can impact water resources and increased electrici...
I was delighted to attend the kick-off meeting of the C4U project on the 3rd April as one of the members of the advisory board. C4U (Advanced Carbon Capture for steel industries integrated in CCUS Clusters) is an interdisciplinary project addressing not only the integration of a CO2 capture system in the iron and steel industry but also a broa...
During our IEAGHG Executive Committee meeting, we were lucky to visit those two CCS projects, Petra Nova and NET Power. Since my last visit in June 2019 (see https://ieaghg.org/ccs-resources/blog/cct2019-a-great-opportunity-to-know-more-about-the-status-of-ccs-in-coal-power-plants-1), those projects are still advancing and opening new perspectives ...
New Carbon Capture technologies are emerging and these must be techno-economically compared with well-established systems used for the power sector. IEAGHG identified the need of a comprehensive assessment of emerging CO2 capture technologies for this sector, and an evaluation of their potential to reduce costs. The objectives of this technical stu...
It is with very high enthusiasm that we have delivered the 5th Post-Combustion-Capture-Conference (PCCC5). It took place last week in Kyoto (Japan), from the 17th to the 20th of September, including two site visits to Kawasaki (KHI) and Nanko Power station. PCCC-5 was a great opportunity to interact with the main stakeholders in Carbon Capture and ...
I was fortunate this year of being able to attend the Carbon Management Technology Conference (CMTC-2019) in Houston (15th-18th July). It was attended by around 200 stakeholders from academia, industry, and research organisations. The agenda of CMTC2019 was impressive and the arrangement of sessions was different to other CCS events, including more...
On the 13th June, I was delighted to attend the final meeting of the CO2stCAP project. This project is a Norwegian-Swedish initiative focused on cutting down CO2 capture costs in the industrial sector by implementing partial CO2 capture arrangements(see a previous meeting in https://ieaghg.org/ccs-resources/blog/co2stcap-partial-capture-on-industri...
I was lucky to attend the IEA Clean Coal Centre's (IEACCC) 9th International Conference on Clean Coal Technologies (CCT 2019), celebrated in Houston (3-7th June). Co-hosted by the US Department of Energy (DOE), it attracted approximately 200 attendees. The conference covered CCUS technologies, including overviews, specific technologies and advanced...
CO2 emissions from the energy production sector were estimated as 42% of the global share in 2016. In order to achieve the below 2°C scenario, the emissions from the power sector should be reduced from40 to 4.7 GtCO2 by 2050. Carbon capture systems are needed within the mix of measures for decarbonisation. Pre-, oxy- and post-combustion technologie...
Recently I wrote about the update from the International CCS Knowledge Centre during GHGT-14 on the Shand facilities and how the learnings from BD3 were applied (see https://ieaghg.org/ccs-resources/blog/learnings-from-boundary-dam-applied-to-shand-power-station). Today, the same team released the Shand CCS Feasibility Study at a press conference i...
During GHGT-14, we had several presentations from the International CCS Knowledge Centre. The attendees had the opportunity to know more about the Shand SaskPower's power station and how the learnings from BD3 are being applied in the capture and storage systems design. Brent Jacobs presented the Shand coal fired power plant integrating the p...
I attended this morning the presentation given by Jannicke Bjerkas, organised by GCCSI. She highlighted the last update on the Special Report on the global warming of 1.5°C (IPCC) and the "rush" we are at the moment to reach the global emissions goals. The time to think on the best sectors to cut down CO2 emissions is gone and we have to do everyth...
Several studies on the technical and economic feasibility of carbon capture technologies in the cement and iron and steel sectors have been published. However, most of those do not contain detailed information on the cost methodology and/or the data and assumptions underlying the analysis. Transparent communication of cost of CO2 capture systems in...
Tony Wu presented recently in the NETL CO2 capture review meeting in Pittsburgh (August, 2018) the activities in the National Carbon Capture Center (NCCC). Between 2014 and 2020, the DOE and industrial sponsors will invest $187.5 million to cut down costs on CO2 capture through R&D activities. The main advantages of those testing facilities are...
