Vegar Stokset Head of Communications Frank Ellingsen Managing Director TCM-DA

TCM is a two source facility for testing and improving CO 2 capture technology. Knowledge gained will prepare the ground for CO 2 capture initiatives to combat climate change.

TCM – Highlights Government policy: No carbon based power generation in Norway without CCS Norwegian Government and Statoil agreed 2-staged approach: 1: Demonstrate and develop capture technologies (TCM) 2: Build large scale (1 mTons CO2/year) capture plant Investment decision taken for TCM. Partnership established (TCM DA) Official inauguration in May 2012 Five year initial test period started

Power plant Amine plant Chilled ammonia plant Admin complex Substation Utility systems Area for future technologies Sea water inlet CO 2 vent Catalytic cracker

Refinery RCC flue gas = 13% CO 2 Power plant flue gas = 3.5% CO 2

Collecting data from 4000 online instruments Analyzing samples from 100 sampling points Multi-discipline technical staff

▪ Reduce costs (Cost/kWh) ▪ Mitigate risks when implementing full-scale CC- solutions ▪ Be an active part in shaping the CCS-technology landscape ▪ Ensure an acctive global network ▪ Exploit synergy with other players and institutions Drive technology development through utilizing available infrastructure Develope and position TCM in a global knowledge- and test network Establish CCS as cost efficient climate solution with acceptable risk ▪ Offer a test facility that is attractive for technology suppliers and R&D institutions, this to secures high activity level and thereby contribute to the global CCS development Develop a business model for testing technology at TCM which is attractive to technology-developers and technology-vendors. 4

Testing activities at the Amine Plant Initial test period for 15 months with Aker Clean Carbon Focus on process performance, mainly energy efficiency - steam and electricity consumption -, solvent degradation and emissions monitoring. Online instruments monitoring the plant performance and emissions. Lab programme and third party measurement campaigns focusses on monitoring solvent performance, degradation and emissions to air and water. Baseline study with MEA solvent to validate simulation model as well as providing a base case for future vendors. Goal: Establish an energy efficient process and to mitigate risks when implementing a full-scale Carbon Capture Unit

Good response to “Request for interest” (RFI) for use of the Amine plant. Short listed: Aker, Siemens, Hitachi, Mitsubishi The Amine test unit will be available for one of the short listed beginning Future utilization of Amine plant

Testing activities at the Chilled Ammonia Plant Initial period of 13months (+ optional 6 months) based on test program developed by Alstom. Focus on process optimization, including: energy efficiency, ammonia consumption and low emissions, steady state and transient operations, impact of flue gas impurities. The solvent composition do not produce degradation products and is based on a low cost and available solvent. The solvent (ammonia +water) is simple and the mixture with CO2 do not require other components/additives to avoid corrosion, foaming, degradation etc. From this, basically simple solution (O, C, N, H and traces of S), measurements of N and C allow the development of a reliable simulation model, based on the tests, for calculation of the heat and mass balances. To air ammonia is measured. Goal: Establish an energy efficient process and to mitigate risks when implementing a full-scale Carbon Capture Unit

Invitation to vendors to use the available open slot/land, utilities and other infrastructure Open for acceptance until Utilization of avaliable site

Photo: Søren Rysgaard / Galathea Thank You !