Collaborate with Tier-N suppliers for data

Engage international carbon emission calculation standardization initiatives

Combine PCF transparency regulations with other market steering measures

Internationally align carbon emission calculation methodologies

Investigate the effects of PCF declarations on market choices

Understand market conditions during the transition to carbon neutrality

Engage in internationally harmonized carbon accounting methodologies

Advocate for policies that support profitability for small enterprises with limited capital

Ensure the carbon budget attached to carbon pricing is not a measure of protectionism

Align pricing measures internationally and consider effects on emerging economies

Introduce carbon pricing policies with considerations for carbon-reduced alternatives

Research carbon budget pricing implementation mechanisms for the manufacturing industry

Analyze international markets' alignment with pricing measures, including effects on emerging economies

Investigate social compensatory systems within the EU

Evaluate the impact of public funding on research and development for industrial decarbonization

Address short-term uncertainties with incentives to foster decarbonization. technology commercialization

Focus on long-term decarbonization opportunities through developed technologies

Combine carbon-neutral incentives (e.g. subsidies) with financial steering methods

Ensure fair and accurate allocation of financial support

Prevent negative market influences when implementing carbon neutrality incentives

Design allocation methods for fair distribution to ensure maximum SC decarbonization

Investigate criteria for short-term financial incentives that ensure long-term effectiveness

Support the development of a CE for resource conservation

Invest in efficient recycling technologies to reduce PCFs

Explore new economic business opportunities within CE practices (9-R strategies)

Recognize that recycling quotas may not be universally applicable

Combine CE regulations with incentives, market education, and best practices

Emphasize the importance of networks for effective CE impact

Discuss regulations for different materials and use cases in CE strategies

Explore potential technological advancements in material recycling

Expand the purchase of electricity based on renewable energies

Increase electrification of diverse processes in industries to reduce Scope 1 emissions

Promote on-site energy production for sustainability

Research and advance renewable energy production to enhance efficiencies

Focus on widespread adoption of nonfossil energy markets and emphasize renewable energies

Incentivize adoption while supporting energy storage solutions

Consider potential drawbacks, including waste from nuclear power plants

Investigate emissions and environmental impact of nonfossil-based energy solutions, such as nuclear power

Explore ways to further reduce energy demand in industrial processes through industrial-energy synergies

Research the alignment of EU industries' energy demand with local, renewable energy production, including energy storage and grid implementation issues

Strive for international alignment in capital markets for collective decarbonization goals

Consider differentiated rules for emerging markets that lack financial resources

Engage in internationally harmonized carbon accounting methodologies

Engage on common decarbonization goals with regulatory bodies within the international financial markets

Address financial inequality in emerging markets by adopting climate rules and strategies

Investigate international financial markets' alignment on common decarbonization goals and strategies

Consider the financial disparities in emerging markets and their adoption of climate rules

Engage in initiatives that support international carbon emission calculation standardization

Develop systems that account for a firm’s size and financial situation

Strive for internationally aligned carbon-adjusted interest rate policies

Consider effects on border adjustment mechanisms

Consider effects on hard-to-abate sectors

Analyze the impact of carbon-adjusted interest rates on companies based on size, business model, and financial situation

Maximize customer adoption with willingness to pay a premium for decarbonized products that transform the business model

Establish a combination of market steering methods that benefit low-carbon products

Research market steering methods that support companies that offer low-carbon products

Investigate how the international market can adjust through carbon border adjustment mechanisms

Share carbon emission data along the entire value chain for collective insights

Engage with Tier-N SC actors for increased carbon emission data

Provide training on decarbonization and digitalization for efficient carbon emission data-exchange platforms

Incentivize emission data sharing through policies

Promote international engagement on common carbon accounting methodologies

Minimize bureaucratic efforts for small and medium-sized companies in emission data accounting while offering public education

Investigate emission data quality standards concerning primary carbon emission data

Explore the integration of digital data ecosystems with high data quality and minimal bureaucratic effort

Examine data privacy considerations in digital emission-sharing networks

Invest in the development of new sustainable energy sources

Increase the adoption of renewable energy

Support strategic long-term research projects for new sustainable energy sources

Investigate the applicability and scalability of diverse new sustainable energy sources, including nuclear fusion

Assess potential side effects of nuclear fusion on the environment and society

Develop and commercialize CCS technology, especially for hard-to-abate sectors

Focus on simultaneous implementation of actual reduction measures

Publicly support CCS efficiency development through investments and subsidies

Research energy efficiency advancements, considering industry-wide collaboration models

Strategically invest in decarbonizing heavy-duty fleets and shipping infrastructure

Demand and invest in decarbonized fuels to generate market demand

Incentivize fleet decarbonization and decarbonized fuel development

Fund decentralized charging infrastructure, including local decarbonized energy supplies

Investigate decentralized energy storage applications for decarbonizing the charging infrastructure

Explore intersectoral energy coupling to advance the charging infrastructure for heavy-duty vehicles