Article
Climate resilience becomes an asset and supply-chain issue
How physical risk, water constraints and natural-capital dependencies can reshape where companies operate and invest.
Reduce emissions through the operational and investment choices that matter most rather than building a target trajectory disconnected from execution
We connect emissions sources, abatement economics and enterprise decisions to define where decarbonization should concentrate and how the transition should be sequenced.
Decarbonization commitments are easy to state and difficult to operationalize. Emissions can be embedded in energy use, industrial processes, purchased materials, logistics and product design, with each source requiring different technologies, economics and decision horizons. A credible strategy therefore begins with how the business actually operates. It identifies the largest and most strategic sources of emissions, evaluates abatement options by cost, maturity and dependency and connects them with capital planning and operating change. This creates a transition pathway that reflects real constraints rather than assuming every reduction lever can be deployed at the same pace.
Focus
Decarbonization is a sequencing problem across assets, technology and economics
Emissions reduction depends on deciding which interventions are viable now, which require investment and which depend on future conditions.
Read nowStrategic Challenges
Which emissions reductions make economic and operational sense first?
The challenge is sequencing abatement around cost, asset cycles, technology maturity and operational constraints.
Read nowStrategic Impacts
A clear decarbonization pathway makes abatement choices more comparable
Marginal economics, feasibility and timing help leadership prioritize actions without treating every tonne of emissions equally.
Read nowObserved Patterns
Decarbonization plans often set endpoints before testing the path to reach them
Ambitious targets can hide technology gaps, capital needs and operational dependencies that make execution materially harder.
Read nowStrategic Challenges
Which emissions reductions make economic and operational sense first?
The challenge is sequencing abatement around cost, asset cycles, technology maturity and operational constraints.
Read nowStrategic Impacts
A clear decarbonization pathway makes abatement choices more comparable
Marginal economics, feasibility and timing help leadership prioritize actions without treating every tonne of emissions equally.
Read nowObserved Patterns
Decarbonization plans often set endpoints before testing the path to reach them
Ambitious targets can hide technology gaps, capital needs and operational dependencies that make execution materially harder.
Read nowPOV
A net-zero target is not a decarbonization strategy
Strategy begins when leadership knows which assets, processes and investments must change, in what order and at what economic cost.
Read nowOur approach
Build the transition pathway from emissions sources and abatement economics before setting sequencing, investment and implementation priorities
Our approach� begins by establishing the emissions baseline across operations, energy, supply chain and products and identifying the activities responsible for the largest material sources. We develop abatement options and assess technology maturity, cost, capital requirements, operational dependencies and timing. Alternative pathways are modeled to understand trade-offs between early action, future technology and residual emissions. We then sequence initiatives around enterprise planning cycles and define decision triggers where economics or technology may change, ensuring targets are linked directly to executable operational and investment choices.
The data and estimates presented are indicative and intended for illustrative purposes. Actual outcomes may vary based on each company’s specific context, market conditions, operating model, implementation choices, and the quality and consistency of execution, including actions undertaken by the client.
Keypillars
Explore the key pillars that define this capability and shape how we create focused, measurable business impact.
Emissions baseline
Defines the material sources of emissions across operations, energy, products, and value chains as the basis for credible reduction choices
Abatement pathways
Compares efficiency, electrification, fuel switching, process redesign, procurement, and technology options by cost, feasibility, and timing
Transition sequencing
Orders decarbonization initiatives according to emissions impact, capital requirements, dependencies, technology maturity, and operational constraints
Where can your business reduce emissions without separating decarbonization from economic reality?
Get in touch with our Decarbonization strategy team to define emissions priorities, abatement pathways, economics and transition requirements.
Get in touchStrategic Framework
Explore our Strategic Framework
Explore our strategic framework applied to page_title and discover which model we apply to help you achieve your goals and objectives.
Discover our framework01. Baseline emissions
Establish emissions across operations, energy, products, suppliers, logistics, and value-chain activities
06. Track progress
Measure emissions, abatement delivery, cost, investment, and deviation from the decarbonization trajectory
05. Embed execution
Align capital planning, procurement, operations, product decisions, governance, and accountability with the pathway
02. Map abatement
Identify efficiency, electrification, fuel switching, process change, renewable energy, and supplier levers
03. Model economics
Compare abatement options by cost, feasibility, timing, dependencies, capital needs, and operational impact
04. Set pathway
Define the sequence of emissions reductions, technology changes, investments, and interim milestones
How we help
Define an executable emissions-reduction pathway that connects targets with abatement economics, technology choices and enterprise investment decisions
We provide decarbonization strategy across operations, energy, supply chains and product portfolios. The work can include emissions baselines, abatement levers, marginal abatement economics, technology assessment, transition pathways and capital implications. Outputs identify which reductions should be prioritized, what dependencies and investments they require and how initiatives should be sequenced so emissions commitments remain aligned with operational and financial realities.
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Enterprise decarbonization strategy
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Emissions baseline development
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Decarbonization target setting
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Abatement lever assessment
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Marginal abatement cost curve
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Scope 1 reduction strategy
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Scope 2 reduction strategy
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Scope 3 reduction strategy
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Energy efficiency program
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Renewable electricity sourcing
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Fuel switching strategy
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Industrial decarbonization
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Fleet decarbonization
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Supply chain decarbonization
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Product decarbonization
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Decarbonization investment planning
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Decarbonization roadmap
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Decarbonization performance management
Explore our FAQs
Find answers to the most common questions about this service, including key features, processes, and practical considerations. Explore our FAQs for additional insights and guidance.
It should identify material emissions sources, abatement options, economics, timing and the operating changes required to reduce them.
Compare emissions impact, cost, feasibility, asset life and strategic value rather than ranking actions by carbon reduction alone.
When avoided emissions and strategic benefits justify the economic cost and suitable replacement capacity is available.
Focus on material value-chain sources where suppliers, product design or commercial choices can credibly influence emissions.
It should rely on identifiable actions, realistic technology assumptions and capital requirements rather than distant targets alone.
Use them cautiously for residual emissions where direct reduction is not yet feasible and quality and permanence can be assessed.
Track absolute emissions, intensity, implementation and economics while separating structural improvements from temporary activity changes.
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Editorial overview
Articles
Decarbonization moves from target setting to capital allocation
How transition economics, investment choices and operational pathways can turn climate ambition into an executable business agenda.
Read articleClimate resilience becomes an asset and supply-chain issue
How physical risk, water constraints and natural-capital dependencies can reshape where companies operate and invest.
Read articleFocus
Sustainability strategy should change enterprise choices, not just disclosure
It connects environmental and social pressures with capital, operations, markets, risk and long-term competitive position.
Sustainable operations link resource efficiency with operating resilience
Energy, materials, waste and supplier practices can affect cost, continuity and exposure across the value chain.
Strategic challenges
Which circular models can work without weakening the underlying economics?
The challenge is separating viable lifecycle models from concepts that reduce waste but create unsustainable cost or complexity.
Which sustainability investments genuinely deserve enterprise capital?
The challenge is comparing regulatory necessity, resilience and economic return across projects with very different time horizons.