Key Details
The report argues that improving industrial energy productivity should be viewed not only as a climate objective but also as a competitiveness and industrial-modernisation strategy.
Industrial Productivity Insight | What the OECD Found |
|---|---|
Large efficiency gaps exist within industries | Frontier firms can be up to 20 times more energy productive than lagging firms operating in the same sector. |
Major emissions reductions are possible without reducing output | Raising lagging firms to the 25th percentile of industry performance could cut industrial energy use and emissions by nearly 50 percent while maintaining production levels. |
Technology diffusion matters more than breakthrough innovation alone | Much of the improvement potential comes from wider adoption of already available technologies and management practices. |
Competition and market reforms support efficiency gains | Evidence suggests that trade liberalisation and competitive market environments encourage productivity-enhancing investments. |
Policy design influences industrial behaviour | International experience highlights the role of targeted incentives, energy pricing reforms, financing mechanisms, and information systems in accelerating adoption of efficient technologies. |
Summary
Closing the Gap Between Frontier and Lagging Firms
The OECD’s report, How Improving Industrial Energy Productivity Can Cut Emissions and Boost Competitiveness, examines how manufacturing firms use energy and why large productivity differences persist even within the same industries.
The report challenges the assumption that reducing industrial emissions necessarily requires lower production or slower economic growth. Instead, it finds that substantial emissions reductions can be achieved by helping less efficient firms adopt technologies, processes, and management practices already used by industry leaders.
The key insight is that differences between firms within sectors are often larger than differences between sectors themselves.
The Scale of the Productivity Gap
Using firm-level manufacturing data, the OECD finds that frontier firms can generate significantly more economic value from each unit of energy consumed than their competitors.
In some industries, leading firms are up to 20 times more energy productive than lagging firms producing similar products.
This suggests that a large share of industrial emissions is driven not by the nature of the industry itself but by differences in technology adoption, operational efficiency, management quality, and production processes.
A Large Untapped Emissions Reduction Opportunity
The report estimates that if lagging firms improved their performance to at least the 25th percentile of industry energy-productivity distributions, total industrial energy consumption and emissions could fall by nearly half, without reducing aggregate industrial output.
This finding highlights the potential of productivity-driven decarbonisation strategies that focus on upgrading existing firms rather than restricting industrial activity.
Technology Diffusion Is the Missing Link
According to the OECD, much of the available improvement potential does not require breakthrough innovation.
Instead, gains can be achieved through wider diffusion of existing technologies, better production processes, digital management systems, workforce skills, and improved operational practices.
The report therefore places significant emphasis on removing barriers that prevent smaller and less productive firms from adopting proven efficiency-enhancing technologies.
What International Experience Shows
The report reviews several international approaches to improving industrial energy productivity.
Germany’s EEW programme combines grants and concessional financing to encourage technology upgrades. Italy’s White Certificates scheme uses market-based incentives to reward efficiency improvements. The United Kingdom has reduced preferential treatment for energy-intensive firms through energy-pricing reforms, while the Netherlands uses targeted tax incentives to encourage investment in energy-efficient equipment.
Across these examples, the common lesson is that policy frameworks are most effective when they support technology adoption, improve information flows, and align economic incentives with energy efficiency objectives.
What is Industrial Energy Productivity?
Industrial energy productivity measures the amount of economic value generated for every unit of energy consumed during production.Unlike traditional energy-intensity indicators, which focus primarily on energy consumption, energy productivity evaluates how effectively firms convert energy inputs into economic output.
Higher energy productivity allows firms to improve competitiveness, reduce production costs, strengthen resilience against energy-price volatility, and lower emissions simultaneously.
Policy Relevance
Supports India’s Industrial Competitiveness Agenda: The findings suggest that industrial competitiveness and emissions reduction need not be treated as competing objectives. Improving energy productivity can strengthen export competitiveness while lowering production costs and carbon intensity.
Reinforces the Importance of Technology Diffusion: The report highlights the need to move beyond innovation alone and focus on accelerating adoption of existing technologies, particularly among small and medium-sized enterprises that often face financing and capability constraints.
Strengthens the Case for Targeted Energy-Efficiency Programmes: India’s existing initiatives, including the Perform, Achieve and Trade (PAT) framework and energy-efficiency programmes led by the Bureau of Energy Efficiency, may yield greater gains if they focus on helping lagging firms close productivity gaps rather than targeting sector-wide averages.
Highlights the Role of Management and Skills: The report finds that productivity improvements are linked not only to technology but also to managerial capability, workforce skills, and operational practices, suggesting that industrial upgrading policies should combine technical and organisational reforms.
Encourages More Competitive Industrial Markets: Evidence from multiple countries indicates that competitive market environments and lower barriers to entry can accelerate the replacement of inefficient production systems and encourage firms to invest in productivity-enhancing technologies.
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