Heat Exchanger World Magazine April 2023 | Page 56

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Project News
Wood secures engineering contract
Wood will perform engineering services for a significant carbon capture and storage ( CCS ) pipeline project involving Canada ’ s six largest oil sands producers . The contract , awarded by the Pathways Alliance , will support the engineering and design of an approximately 400 km main transportation line and laterals linking oil sands facilities in Fort McMurray , Christina Lake ,
and Cold Lake regions with a subsurface carbon sequestration hub near Cold Lake . The distribution system , along with the required metering and booster stations will gather and transport up to 40 Mt / year of carbon dioxide from more than 20 oil sands facilities by 2050 . The transportation pipeline system with varying diameters is a key component of the Pathways
Alliance foundational project that is expected to reduce emissions by 10 to 12 million tonnes annually by 2030 , about half of the Alliance ’ s 22 million tonne goal by the end of this decade . Established in 2021 , the Pathways Alliance operates about 95 % of Canada ’ s oil sands production and is working , with the support of the Canadian and Alberta governments , to achieve the goal of net zero
greenhouse gas emissions from oil sands production by 2050 .
Ceres Collaborates with Bosch and Linde Engineering
Ceres Power Holdings plc has signed contracts with Linde Engineering and Robert Bosch GmbH to start a collaboration to validate the performance , cost , and operational functionality of its SOEC technology . The companies plan to prepare a two-year demonstration of a one-megawatt SOEC system , starting in 2024 , and to be located at a Bosch site in Stuttgart , Germany . It aims to showcase that the technology provides a highly efficient pathway to low-cost green hydrogen , which has a significant role to play in harder-to-decarbonise industrial sectors . Ceres has committed GBP 100M for the development of its SOEC technology . Its first 100kW electrolyser module is currently on test and initial results are providing confidence that this technology can deliver green hydrogen at < 40kWh / kg ; around 25 % more efficiently than incumbent lower temperature technologies . Linde Engineering has world-leading capabilities in industrial process engineering
of chemical plants and a global footprint in industrial facilities . Coupled with Bosch ’ s significant expertise in product industrialisation and mass manufacturing , the companies are aiming to evaluate and qualify SOEC technology for large scale industrial applications . The SOEC programme builds on Bosch ’ s experience of Ceres ’ solid oxide fuel technology ( SOFC ) and the technology shares the same material sets , manufacturing process , equipment , and stack design . The demonstration represents an important validation of SOEC at a system level , which is a relevant basis for potential commercialisation .

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