Knowledge sharing workshop. Project no , ACT Accelerating CCS technology. Peter van Os (TNO) Coordinator
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2 Knowledge sharing workshop Project no , ACT Accelerating CCS technology Peter van Os (TNO) Coordinator
3 ALIGN CCUS Accelerating Low CarboN Industrial Growth through CCUS ALIGN-CCUS
4 ALIGN CCUS is a full chain project
5 Objectives (1) ALIGN addresses specific issues across the CCUS chain for industrial regions in ERA-NET ACT countries, enabling large scale, cost effective implementation of CCUS by To reach the overall aim of ALIGN, the project encompasses a number of focused but interlinked objectives: Capture: Enable near-term deployment of CO 2 capture by improving performance and reducing costs Transport: Optimising large-scale CO 2 transport Storage: Reduce uncertainty in the provision of large-scale storage networks Utilisation: Establish the contribution of CCUS as an element for large-scale energy storage and conversion Social acceptance: Implementing CCUS in society
6 Objectives (2) ALIGN will combine the results from each of these objectives to deliver actionable blueprints in ERA-NET ACT countries: Teesside and Grangemouth (UK), Rotterdam (NL), North Rhine-Westphalia (DE), Grenland (NO) and Oltenia (RO, in which CCUS enables low-emission industries, through geological storage or through utilization of CO 2.
7 Key Figures 31 partners in the project from Germany, Norway, Romania, United Kingdom, The Netherlands ~23 Million Euro project budget, ~15 Million Funding September 1 st 2017 until September 1 st 2020 Budget division as below
8 ALIGN CCUS Testing at world-class research facilities Multidisciplinary research teams Exceptional industrial commitment Demonstration of FOAK full-ccu chain Accessible and inclusive dissemination plan Links to Industry (IAG) and Australia (CSIRO)
9 We have a big project
10 Well integrated
11 Work Packages (WP1)
12 WP1 Capture (SINTEF, NTNU, TNO, HWU, RWE, UoS, TCM, Tel-Tek) Enable near-term deployment of integrated capture facilities and cluster development.
13 WP1 Pilot plants in the project Using pilot plants for testing and validate models Pilot plant Scale & flue gas source ALIGN Focus Mongstad, Norway (TCM) ~2000 hrs CESAR tco 2 captured/h Flue gas from a natural-gas-fired Combined Heat and Power (CHP) plant and from a Residue Fluid Catalytic Cracker (RFCC) - Long-term test of CESAR1 solvent system - Test Brownian Demister - Varying process conditions and dynamic tests - Reclaiming - Degradation and corrosion testing - Deliver data for modeling Niederaussem, Germany (RWE) ~ hrs MEA ~ hrs CESAR1 Tiller, Trondheim, Norway (SINTEF) ~700 hrs CESAR1 PACT facilities, UK (UoS) ~600 hrs MEA ~600 hrs CESAR1 0.3 tco 2 captured/h Flue gas from raw lignite-fired power plant tco 2 captured/h Flue gas from propane, coal or biomass burner with CO 2 up to 30 vol.% 0.04 tco 2 captured/h Flue gas from either air combustion plant or gas turbine - Very long term testing - Emission control - Solvent management - Study dynamic effects - CCUS re-use - Testing On line solvent monitoring tools - Deliver data for modeling - Solvent management CESAR1 solvent system - Test and evaluate online liquid and emission measurement equipment - Evaluate NMPC (Nonlinear Model Predictive Control) strategies - Deliver data for modeling - Solvent management for natural gas derived flue gases - Test degradation counter measures - Test flexibility options - Effect of inhibitors - Deliver data for modeling
14 WP1 Key expected results
15 Work Packages (WP2)
16 WP2Removing technical barriers to large-scale CO 2 transport. (Tel-Tek, ICL, TNO, IFE, TAQA) Not just straight forward Pipeline and/or ship? Shipping temperature and pressure conditions: different combinations have different advantages and disadvantages Ships introduce batch-wise delivery Handling of impurities Design of transport (and storage) networks Cost
17 WP2 Key expected results
18 Work Packages (WP3)
19 WP3 Large-scale storage networks (BGS, TNO, SINTEF PR, TAQA, TVCA, Scottish Enterprise, RUG, SDL) Vast potential storage capacity beneath the North Sea (fields and formations) Prospective industry CCS operators require: increased confidence in availability sufficient capacity realistic costs and timing of storage provision. European resource of learning from operating projects, planned and permitted storage capacity Increase operator certainty in future storage provision
20 WP3 Key expected results
21 Work Packages (WP4)
22 WP4 CCUS as an element for large-scale energy storage and conversion (RWE, MHPSE, AKEU, FEV, FZ Julich, TNO, RWTH, ECN, Bosch, Deutz) WP4 aims at accelerating the integration of CCU applications into the energy system by: Demonstrating the full CCU-chain and utilisation of CCU-products in the power and transport sectors Obtaining acceptance for CCU by additional benefits: security of supply and low-emission fuels Generating added value by CCUS and gain cost reduction potential by innovative technology Assessing socio-economic value and benefits of CCUS
23 WP4 Demonstration setup Demonstration of CCU and Sector Coupling CCU, chemical long-term energy storage, fuel for peak power generation and transport sector Co-benefit: DME lowers emissions of Diesel engines (NOx, Particulates, CO2)
24 WP4 Key expected results
25 Work Packages (WP5)
26 WP5 Targeted CCUS activities in industrial clusters (TNO, BGS, TCVA, SDL, ICL, Scottish Enterprise, Bellona, FZ Julich, Tel-Tek, Yara, Norcem, GeoEcomar, PicOil, CO2Club)
27 WP5 Industrial clusters Industrial cluster/ region Rotterdam (NL) Development priority in ALIGN Develop plans for centralised CO 2 removal from natural gas, and increased H 2 use in power generation and industry Teesside (UK) Identify cost reduction opportunities through shared infrastructure / optimise transport and storage plans Grangemouth (UK) North Rhine- Westphalia (GER) Grenland (NOR) Oltenia Region (ROM) Identify cost reduction opportunities through shared infrastructure / optimise transport and storage plans Evaluate CCU as a multisector CO 2 mitigation option in the region Advance engineering plans for an intermediate CO 2 surface storage facility capable of handling CO 2 from multiple sources Evaluate multi-modal CO 2 transportation routes and use in enhanced oil recovery with permanent storage Existing appraised storage Extended storage capacity to be identified in ALIGN Storage site Capacity Status Target stores P18-4 Gas Field Endurance structure Goldeneye Field 8 Mt Permit awarded 200 Mt Permit ready Mt Permit ready n/a n/a n/a n/a Smeaheia area Deep saline aquifers within a 50km radius of Turceni 100 Mt Feasibility study 1.5 Mt/yr Feasibility study P18, P15 and Ijmuiden fields and sandstone formations Depleted fields, closures in the Bunter and other sandstone formations Depleted fields, closures in the Captain and other sandstone formations Closures in the Sognefjord Sandstone and in deeper formations. Potential storage sites in the Moesian Platform
28 WP5 Key expected results
29 Work Packages (WP6)
30 WP6 Implementing CCUS in Society (LU, UEDIN, ECN, FZ Julich, Bellona, NUPSPA) Reduction of non-technical risk for CCUS implementation by Assessing public and stakeholder perception about CCUS, specifically towards industrial CCUS and CO 2 utilisation projects Developing theory-based, evidencebased communication and compensation strategies that instigate trust and have a positive effect on societal acceptance of CCUS
31 WP6 Key expected results
32 Work Packages (WP0)
33 WP0 Management and Dissemination (TNO, Tel-Tek, SINTEF, BGS, LU, NUPSPA, UEDIN) Project management Coordinator, Project Management Team Industrial Advisory Group Leading industry companies on CCUS Professional dissemination partner (SCCS-UEDIN)
34 ALIGN CCUS Outreach ALIGN-CCUS
35 ALIGN CCUS connection with other ACT projects On cluster activities On social acceptance Combining dissemination activities We will learn more during this workshop
36 Acknowledgements ACT ALIGN CCUS Project No This project has received funding from RVO (NL), FZJ/PtJ (DE), Gassnova (NO), UEFISCDI (RO), BEIS (UK) and is cofunded by the European Commission under the Horizon 2020 programme ACT, Grant Agreement No
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