Northern Lights A European CO 2 transport and storage network Open - - PowerPoint PPT Presentation

Northern Lights

A European CO2 transport and storage network

“Open source” access to transport and storage service Knut Bakke – Presentation at TCCS – 18th June 2019

Content

• What is Northern Lights?
• What is «open source»?
• What is the business case?
• Challenges
• Status and plan

2

What is «open source»?

• Separate CC and S in CCS
• Industrial parties to focus on own operations

and capture at own location

• Industry = cement, waste, steel,

petrochemistry and more

• Storage is «neutral» to source
• Transport is flexible and somewhat neutral to

location

• Leverage strengths of each party
• Reduce risk for all
• Lower threshold for CCS

3

Open 03 June 2019 CO2 Capture Sites

• CO2 captured by Fortum, at Klemetsrud,

and Norcem, in Brevik, and stored locally at their jetties

• Storage volume at each site required to

account for ship arrival every four days plus a buffer for any upsets in the overall chain

• Jetty operations by capture plant

Ship(s)

• One ship per

capture site

• 7,500m3 of LCO2

per ship

• Pressure 13-

18barg at equilibrium temperature (approx. -25 ºC) Onshore facilities

• One jetty
• Tank volume based on ship cargo

size

• Pump system to provide required

export pressure

• Evaporator to maintain vapour/liquid

balance in storage tanks during injection Pipeline

• 100km un-insulated pipeline
• 12 ¾ inch
• Single phase (liquid) CO2

Subsea facilities

• Connecting pipeline,

umbilical and well(s)

• Water depth ~300m
• Connection for future

step-out Umbilic al Connection from Oseberg- field providing power and signal from DC/FO and fluids through umbilical

• system. Spare capacity for

additional wells. Subsea injection well

• Injection of CO2

into reservoir at ~3000m depth

• Pressure in

reservoir ~300bar

• Temperature in

reservoir ~100 ºC 2 x ship Onshore facilities Pipeline 1 x injection well (tbc) + pump capacity + heater capacity + jetty + tanks? + ship(s) Capacity (Mt/y)

5 1.5

1 x ship + well(s)

Northern Lights concept overview

4 | TCCS 18 June 2019

Open 03 June 2019

Contours: 50m

License Application

Troll East Troll West

31/5-1 AW2 31/2-1 31/2-3

A’ A

5 | TCCS 18 June 2019

Open 18 June 2019

What is the business case?

• Build public-private collaboration to bridge gap

between current cost of CSS and current cost of emissions

• From words to action – driving cost down

through standardisation and replication

• Develop 3rd party business
• Advocacy
• Opportunity Identification
• Clean Team / Delivery of Agreements
• State-to-state Process

6 | TCCS

Internal

2018 2019

2020

2021 2022

2023

2024

2025

2026 2027 2028 2028+n Project #1 2500 ktpa Project #2 750 ktpa Project #3 250 ktpa

2 3 Injected CO2 (Mtpa) 4 5 6 7 8+ 1

Phase 1 Phase 2

Heidelberg 400 ktpa Fortum 400 ktpa Project A 200 ktpa (example volume) Project B 500 ktpa (example volume) Estonia

We are active in virtually all Northern European countries

Latvia Sweden Belgium Norway

Base Load

Germany Denmark France Finland Switzerland

Example volumes Example timing

The Netherlands Poland

7 | TCCS 18 June 2019

Open 18 June 2019

Project of Common Interest / PCI

• Eight participating countries in the Northern Lights PCI
• CO2 capture
• Norway
• Sweden
• Germany
• The Netherlands
• Belgium
• France
• Confirmation of serious interest from large industrial

companies, across Europe

• Next step: Connecting Europe Facilities
• Applications for funding from the CEF arrangement
• Financing of studies

Key challenges

• No commercial model
• Establishing joint venture
• Subsurface maturation in low cost

environment

• Immature funnel of 3rd party volumes
• Project maturation in absence of the

above

9 | TCCS 18 June 2019

Open 03 June 2019

Status and plan

• Drilling confirmation well including well test – Q1-20
• Partner FID and PDO/PIO submission – Q2-20
• State FID – Q4-20
• Execution up to Q4-23 - Demonstration period starts

10 | TCCS 18 June 2019