Page 68 - European Energy Innovation - winter 2017 publication
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68  Winter 2017 European Energy Innovation

    CCS IN EUROPE

                                                                                       Graphic: © Global CSS Institute

with the common goal of establishing         injection into the storage offshore site  tons of CO2 per year. The advantage
the UK’s first CCS equipped industrial       from as early as 2021/2022.               application of CCS to hydrogen
zone in the Tees Valley, North East of                                                 generated from coal and methane
England. This consortium of industries       R&D activities are also making a          (natural gas) creates no CO2 emissions.
plans to develop a facility with an initial  significant contribution to CCS
CO2 capture capacity of approximately        technologies understanding in             CONCLUSIONS
0.8 Mtpa with a long-term target of 10       industrial application and in cost        After a period of stasis, the CCS
Mtpa.                                        reduction studies – e.g. the LEILAC       sector has emerged again and
                                             and CEMCAP projects work on CO2           can potentially provide the much-
SMALL-SCALE FACILITIES                       removal improvements at cement            needed decarbonisation Europe
CCS development benefits from                plants.                                   has committed to achieve in the
several CCS small-scale facilities across                                              next decades, especially when
Europe.                                      Finally, while the formal cancellation    applied to industrial clusters. For
                                             of the ROAD project in Rotterdam          CCS technologies to make their
In addition to the two large-scale CCS       has been a significant set-back for the   contribution to the climate change
facilities the UK will most likely host      city’s climate ambitions, the Port of     fight, European countries should
the Acorn project, which foresees the        Rotterdam is developing a “backbone”      build “CO2 transport and storage
development of a minimum viable full         infrastructure that would allow CO2       infrastructure, critical to unlocking
chain industrial CCS plant. Located          to be transported from the port area      large-scale CCS deployment”. To
in North East Scotland the projects          to the storage site off the coast of the  do so, much more policy support is
seek to initiate CCS in the UK by            North Sea.                                needed to back CCS, especially by the
repurposing or rebuilding an existing                                                  EU Member States. While the second
CO2 capture plant at the St Fergus gas       CCS & HYDROGEN TECHNOLOGY                 round of Nationally Determined
processing facility.                         Hydrogen as a potential emission          Contributions (NDCs) expected in
                                             free fuel for industry, transport and     2025 will be a critical decision point
In May 2017 the Acorn project was            heating, is gaining momentum in the       for governments to review their
awarded Horizon2020 funding under            UK particularly. In the Netherlands,      commitments, action to foster CCS
the Accelerating CCS Technologies            Statoil, Vattenfall and Gasunie are       development must be taken now
(ACT) Programme in addition to               studying the possibility of converting    otherwise the deployment might
Scottish Government support. As most         Vattenfall’s gas power plant Magnum       at such a late stage would make it
of the infrastructure already exists, the    into a hydrogen-powered plant, which      extremely expensive to reach the Paris
project developers plan to start CO2         would potentially reduce four million     climate goals. l

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