Rystad Energy CCUS Solution

Introduction

Supportive policies and carbon market dynamics are set to drive an upswing in CCUS project deployments through 2030, especially for hard-to-abate sectors. As the energy transition gathers pace, global CCUS projects are on track to significantly remove CO2 from the atmosphere every year by 2030. Understanding the economics of CCUS projects, the location of ideal storage sites and their impact on short to medium-term demand has never been so critical.

Access an unprecedented coverage of carbon capture, transportation, and storage projects as well as CO2 utilization for both commercial and pilot projects. Explore a global overview of storage licensing and geological storage potential, including geographical proximity to emission sources.

Conduct extensive analysis of the short-term and long-term CCUS demand under various global decarbonization scenarios.

How can this help you

Energy Companies

Suppliers

Investors

Banking

Industrial

Government

How we deliver value

Access to a comprehensive dataset covering carbon capture, transportation and storage, CO2 utilization in commercial and pilot projects and the global supply chain:

Global emissions and sink coverage for all emitting sectors, storage in oil and gas fields, saline aquifers and basalt
Global carbon policies that cover carbon pricing, carbon credits, country policies, company strategies and CCUS policies
Customizable levelized cost of capture, transport and storage with project-cost benchmarking

Try CCUS Solution

Rystad Energy advisors integrate with client teams to map the most effective route toward their objectives: