Capsol Technologies Asa · OSL:CAPSL
Capsol Technologies Asa — Carbon Capture Technology Expo 2023
24 slides from Capsol Technologies Asa's conference presentation, Sep 18, 2023
Slide 1: Capturing CO2 and delivering additional high-grade district heating energy to Europe
Capturing CO2 and delivering additional high-grade district heating energy to Europe Cato Christiansen Chief Technology Officer September 2023
Slide 2: About this presentation
About this presentation THIS PRESENTATION IS NOT FOR PUBLICATION NOR DISTRIBUTION, IN WHOLE OR IN PART, DIRECTLY OR INDIRECTLY, IN OR INTO AUSTRALIA, CANADA OR THE UNITED STATES (INCLUDING ITS TERRITORIES AND POSSESSIONS, ANY STATE OF THE UNITED STATED AND THE DISTRICT OF COLUMBIA) OR ANY OTHER JURI
Slide 3: Capsol at a glance
Capsol at a glance Accelerating the world’s transition to a carbon-negative future • Highly competitive carbon capture technology – safe, flexible and cost-efficient Oslo • Based on potassium carbonate as a solvent and applicable to Berlin all CO2-intensive industries worldwide • Proven solution wit
Slide 4: Hot Potassium Carbonate – proven carbon capture process
Hot Potassium Carbonate – proven carbon capture process Proven technology in more than 700 plants globally Applied for CO2 or H2S removal in Natural Gas Plants; Vinyl Acetate Monomer (VAM) Plants; Ethylene Oxide (EO) Plants; Methanol Synthesis Plants. Fossil Fuel Power Generation, Incineration Plant
Slide 5: Capsol Technologies in the CCUS value chain
Capsol Technologies in the CCUS value chain Carbon capture EPC1 Operations and Liquefaction & Transport Storage technology maintenance intermediate storage • Technology • Client selects • Client selects • Client selects • Clients selects • Client selects licensed out independent independent independ
Slide 6: Focusing on large industries with high CCS potential together with leading partners
Focusing on large industries with high CCS potential together with leading partners • Will expand into other industries Cement 30% Biomass / Bio-Energy CCS 8% • The company has partnered with industry leaders enabling efficient • Largest industrial emitter • Increasing need for carbon removal as the
Slide 7: Carbon capture technologies to support all industries based on Hot Potassium Carbonate (HPC)
Carbon capture technologies to support all industries based on Hot Potassium Carbonate (HPC) CapsolGo® CapsolEoP ® CapsolGT® demonstration units (End-of-Pipe) for gas turbines 700 tonnes CO2/year 100 000+ tonnes CO2/year 12 000 to 400 000+ tonnes CO2/year Mobile carbon capture demonstration unit A f
Slide 8: Proven traction in BECCS
Proven traction in BECCS Stockholm Exergi, Sweden Biomass plant, Sweden United States Germany 800 000 ~170 000 ~100 000 ~200 000 tonnes of CO2 per year tonnes of CO2 per year tonnes of CO2 per year tonnes of CO2 per year (full-scale deployment) (full-scale deployment) (full-scale deployment) (full-s
Slide 9: Proven traction in Waste-to-Energy
Proven traction in Waste-to-Energy New projects, solid execution and key partners KVA Linth, Öresundskraft Central Europe Westenergy, Germany EEW, Germany Switzerland AB, Sweden Finland ~100 000 ~200 000 ~200 000 ~200 000 ~200 000 ~280 000 tonnes of CO2 per tonnes of CO2 per tonnes of CO2 per tonnes
Slide 10: Gaining traction with the largest cement producers globally
Gaining traction with the largest cement producers globally United Kingdom Location undisclosed Europe Europe ~700 000 ~1 000 000 1 000 000+ 1 300 000+ tonnes of CO2 per year (full-scale tonnes of CO2 per year (full-scale tonnes of CO2 per year (full-scale tonnes of CO2 per year (full-scale deployme
Slide 11: Problem Solution
A creative and Problem counterintuitive technology Solution solution 11
Slide 12: HPC for post combustion CO2 capture
HPC for post combustion CO2 capture “The compression problem” • Problem statement: ‒ Traditional HPC CO2 capture does not work under ambient Treated pressure conditions. Driving forces are too low. You need to flue gas compress flue gas to increase CO2 partial pressure. Focus on ‒ Flue gas compressi
Slide 13: HPC for post combustion CO2 capture: the counterintuitive solution
HPC for post combustion CO2 capture The creative and “counterintuitive” solution • The counterintuitive solution is to look at the compression as an advantage for the capture process - not a disadvantage. - It is not a problem, it is the solution • Adding an expander + tailoring the process to the c
Slide 14: CapsolEoP®
CapsolEoP® Efficient heat pumping and CO2 capture. Using electricity to efficiently generate heat for internal HPC CO2 capture process. Can be configured to deliver additional heat to ex. district heating.
Slide 15: CapsolEoP® - End of Pipe CO2 Capture plant
CapsolEoP® - End of Pipe CO2 Capture plant • Capsol EoP® is not just a chemical absorption plant with a different solvent • The CapsolEoP ® is a chemical absorption plant with an integrated heat pump where the HPC absorption process acts as a heat sink as well as a possible heat source. CapsolEoP® E
Slide 16: CapsolEoP® - Efficient heat pump and CO2 capture plant
CapsolEoP® - Efficient heat pump and CO2 capture plant -Delivering heat to district heating • CapsolEoP® optimised for delivering maximum district heating is both a CO2 capture plant and a very effective heat pump Upgraded heat to District heating CO2 Electricity Expander Heat Treated recuperation E
Slide 17: CapsolEoP®
Heat pump with CO2 Capture Flue gas • Clean flue gas CapsolEoP® Electricity • CO2 Heat recuperation • Usable heat (COP ~ 7-8) Efficient heat pumping and CO2 capture. Using electricity to efficiently generate heat for internal HPC CO2 capture process. Can be configured to deliver additional heat to e
Slide 18: CapsolGT®
CapsolGT® A thermodynamic power cycle removing 95% of the CO2 from the flue gas stream from single cycle gas turbines, producing clean electricity and CO2
Slide 19: CapsolGT® - Power cycle with CO2 capture
CapsolGT® - Power cycle with CO2 capture • CapsolGT® is not just an absorption CO2 capture plant with a different solvent • The CapsolGT® is an absorption CO2 capture plant with an integrated power cycle. CapsolGT® Electricity Electricity Expander Expander Treated Heat sink flue gas Electricity exch
Slide 20: Removing CO2 emissions from simple cycle gas turbines
Removing CO2 emissions from simple cycle gas turbines • First conventional step is to add a steam bottoming cycle to increase efficiency then add a CO2 capture plant Low grade heat CapsolGT® Electricity Condenser Electricity CapsolEoP® Adding a steam bottoming cycle Steam bottoming cycle Expander El
Slide 21: CapsolGT® - Bottoming cycle and CO2 capture plant
CapsolGT® - Bottoming cycle and CO2 capture plant -Delivering more low carbon power • CapsolGT® - a power cycle with integrated 95% CO2 capture delivering additional low carbon power from simple cycle gas turbines Electricity CO2 Treated CapsolGT® flue gas Expander Heat recuperation Electricity HX C
Slide 22: CapsolGT®
Power cycle with CO2 Capture Hot flue gas • Clean flue gas CapsolGT® • CO2 • Power/ Electricity Heat recuperation A thermodynamic power cycle removing 95% of the CO2 from the flue gas stream from single cycle gas turbines, producing clean electricity and CO2 More than 50% electric efficiency with 95
Slide 23: Capsol Technologies' Potassium Carbonate
Capsol Technologies’ Potassium Carbonate Capsol based CO2 capture is not just another solvent based absorption process. Technologies HPC - Technology The technology is a flexible thermodynamic cycle with integrated CO2 capture. -Suitable for wide range of industrial flue gases
Slide 24: Thank you
rc capsol technologies Thank you
Capsol Technologies — Carbon Capture Technology Expo 2023 on 6ix