The document discusses carbon capture and storage (CCS) in the cement industry in Norway. It provides background on HeidelbergCement, one of the world's largest producers of building materials. It details a CCS project at Norcem's cement plant in Brevik, Norway, which aims to capture 400,000 tons of CO2 per year. The captured CO2 would be transported by ship and stored permanently underground in geological formations in the North Sea. The project represents an opportunity for CCS technology to be commercialized at a large scale. However, it depends on support through the FEED study process and a decision by the Norwegian Parliament and HeidelbergCement in 2020.

1. TELLING THE
NORWEGIAN CCS
STORY
Part II
CCS: THE PATH TO SUSTAINABLE AND EMISSION-FREE CEMENT
Webinar – 13 November 2018

2. Per Brevik
Director Alternative Fuels and Sustainability, HeidelbergCement Norway
AS
Per Brevik holds a masters degree of Business Administration from NHH -
Norwegian School of Economics.
Work experience: from NHH, Ministry of Local Government and Bank of Norway
before he joined the Aker Group in 1989. He has been responsible for alternative
fuels in Norcem from 1993 and climate change and sustainability in
HeidelbergCement Northern Europe since 2007. He is currently responsible for the
CCS project at Norcem Brevik.
Per Brevik is involved in the Federation of Norwegian Industries (Norsk Industri)
and works within this area as chairman of the Climate change group and he was
leading the group that developed the “The Norwegian process industry’s roadmap.
Combining growth and zero emissions by 2050”.

3.  We will collect questions
during the presentation.
 Your Webinar Host will pose
these question to the
presenters after the
presentation.
 Please submit your questions
directly into the GoToWebinar
control panel.
9 October 2018 | Telling the Norway
CCS Story
| 3
Questions

4. Carbon capture – a part of our zero vision
Per Brevik, Dir. Sustainability and Alternative fuels HC NE

5. HeidelbergCement – history and development
1873 Foundation
1977 Lehigh
1989 Central and Eastern Europe
1993 CBR
1995/96 China, Turkey
1999 Scancem
2001 Indocement, Indonesia
2005/06
2007 Hanson
2010 Democratic Republic Congo
2015 Sale of building products North America & UK
Kazakhstan, India, Georgia
2016 Italcementi
Founded in 1873.
Today one of the
worlds largest
producers of
building materials.

6. HeidelbergCement is one of the world market leaders in the
building materials sector
World leader in the vertical integration
#1 worldwide in aggregates:
• 600 production sites for sand, gravel and crushed rock
# 2 worldwide in cement
• 160 cement plants and grinding mills
# 3 worldwide in ready-mixed concrete
• 1.700 ready-mix concrete plants
60 countries
3,000 locations
59,000 employees
The challenge is
70 mill. tons of CO2

7. HeidelbergCement Northern Europe
■ Northern Europe is a business
area within HeidelbergCement,
including:
– Denmark
– Iceland
– Norway
– Sweden
– The Baltic countries
■ The companies in Northern
Europe produce building
materials including:
– Aggregates
– Cement
– Ready-mixed concrete
– Prefabricated concrete elements
Iceland
Norway
Sweden
Denmark
Estonia
Latvia
Lithuania

8. Concrete is
essential for the
development of a
sustainable society

9. The challenge for concrete as a
building material is the emissions
from the production of cement

10. Cement production; two sources of CO2 emissions
2/3
1/3
CaCO3  CaO + CO2
Limestone
Fuel

11. Why CCS in the cement industry?
■ 5–7 % of the global CO2 emissions coming from cement industry
■ Two sources; the calcination process and the fuels
– CO2 from calcination is unavoidable
■ Must do more than “fuel switch”; CCS is necessary!

12. Our vision:
CO2-neutral
concrete products
over the product’s
life cycle by 2030!

13. 1990 2000 2010 2020 2030
Biofuels (Alternative fuels)
New cement products
Carbon capture
CO2
Carbonisation
Carbon capture will be the next, and necessary, measure!

14. CLIMIT–project 2013–2017
Aker Solutions amine technology – TRL 9
Air Products/ NTNU membrane technology –
TRL 5
Alstom Power Calcium Looping – TRL 3RTI solid sorbent technology – TRL 4
Testing on 4 capture technologies on
real flue gas
Conclusions
1. Technologies are available
2. Technical feasible, but dependent on
economic support
3. In a 2020 perspective, Aker
Solutions amine technology the only
one ready for a full scale project

15. Norcem AS, Brevik
Sementfabrikk
Fortum Oslo Varme AS
Energigjenvinningsanlegg
CO2-LAGRING
Equinor og partnerne Total og Shell
planlegger CO2-lageret
Offshore lagring i Nordsjøen
Mottaksterminal for
CO2 på Kollsnes i
Hordaland
Norcem is part of the Norwegian full scale CCS demonstration
project
CO2-TRANSPORT
• By ship
• Responsibility
Statoil
CO2-STORAGE
• Planning by Equinor
and partners
• Intermediate storage on
shore
• Offshore storage in the
North Sea
• Huge capacity
Intermediate storage for
CO2 on shore:
«Naturgassparken» in
Øygarden

16. Full scale CO2-capture / Norcem
Technology Aminsolvent
Technology provider Aker Solutions
Capture capacity 400 000 t/ år
Excess heat 46 MW
Intermediate storage CO2 5 300 t
Cost estimates (CAPEX/ OPEX) ± 30 %

17. Integration in cement plant / Layout

18. Emissions and emission reductions
by technology – CCS is a «must»

19. Establish a flexible
infrastructure is
the key!

20. Carbon Capture Solutions is on the pathway to be
commercialized

21. Carbon capture is a
possibility with a
global potential

22. The road to a possible project realization
■ The FEED studies have started. Deliveries in August 2019
■ Gassnova/Ministry process (evaluation/assessment)
– Included a QA-process
■ Negotiations regarding an agreement with Ministry
■ Parliament decision (and in parallel internally in HC) regarding
realization at the earliest beginning of 2020
■ In operation late 2023 (or 2024)!

23. Please submit your questions in
English directly into the
GoToWebinar control panel.
13 November 2018 | Telling the Norway CCS Story II
| 23
Questions / Discussion

24. TELLING THE
NORWEGIAN CCS
STORY
Please submit any feedback to: webinar@globalccsInstitute.com