CCUS Research Analyst

Wood Mackenzie are the global research, analytics, and consultancy business powering the natural resources industry. For 50 years, we have been providing the quality data, analytics, and insights our customers rely on to inspire their decision making.

Our dedicated oil, gas & LNG, power & renewables, chemicals, metals & mining sector teams are located around the world and deliver a variety of projects based on our assessment and valuation of thousands of individual assets, companies, and economic indicators such as market supply, demand, and price trends.

We have over 1,900 employees in 30 locations, serving customers in nearly 80 countries. Together, we inspire and innovate the markets we serve – providing invaluable intelligence to help our customers overcome the toughest challenges, and make strategic decisions that will, ultimately, accelerate the world’s transition to a more sustainable future.

Wood Mackenzie’s research groups provides integrated subscription, research and advisory services to inform and support our client’s commercial and strategic decisions in the complex and rapidly changing energy industry across all sectors of the economy.

Combining our deep knowledge of solar, wind, storage, and grid technologies, combined with our global power and fuels modeling and analytical capabilities, and emerging technologies like hydrogen and CCUS, Wood Mackenzie can provide data and insight spanning the entire energy value chain. We cover supply chain, technology costs, policy and market issues, fundamentals-based outlooks, scenario modelling, price forecasting, asset valuation, and commodity market landscapes.

Team Profile

This role will serve as part of Wood Mackenzie’s CCUS research team, in the Carbon Management division. This is an excellent opportunity to join a strong, global team and make a major contribution to the energy transition at a global scale.

The Carbon Management division is at the nexus of Wood Mackenzie’s Energy Transition research, drawing upon multiple commodity areas. The group’s work helps our clients understand market trends across the several of the critical technologies enabling the energy transition. Coverage spans emissions, carbon markets, CCUS, abatement technologies, and scenario modelling.

Carbon Management and the CCUS team within it are both growing quickly as we help to drive the pace and scale of the energy transition and to serve different customer segments with integrated analysis.

In the CCUS team we build cost and asset models, interpret policies, track market activity, assess new technologies and build deployment forecasts. We are also launching a new
the “Lens CCUS” analytics platform to help our customers make the best-informed decisions in this market.

Our clients are responsible for the success of their firms’ technology roadmaps, competitive positioning, product marketing, and go-to market strategies.

Key internal collaborations within Wood Mackenzie are with our expert groups on subsurface CO2 storage, carbon markets,
fiscal systems, hydrogen and industries to which CCUS is a potential abatement technology (upstream, LNG, refining, chemicals, power, and metals).

Role Purpose

This role will be responsible for covering the CCUS market in the Europe, Middle East and Africa (EMEA) North America region. It is also important to bring strong global context to regional discussions, and you will work closely with the global CCUS team members to develop our global views. There will be one or more categories of broad CCUS research, such as areas of policy, technology, or economics where you will be expected to spearhead Wood Mackenzie’s research efforts on a global scale.

You will update and develop Wood Mackenzie’s proprietary datasets on CCUS. And together with our Data and Product teams you will contribute new views, insights and analytics as the market grows.

You will be responsible for economic modelling of CCUS projects, feeding into our new Lens CCUS Valuations Service. This will involve understanding project costs, business models, revenue structures and fiscal terms. You will analyse and communicate qualitative and quantitative drivers for the strengths…