(de-news.net) – Through lower energy costs, relief from carbon pricing, and regulatory reform, the German government’s ‘Chemieagenda 2045’ lays out a coordinated policy framework to stabilize and develop the chemical industry. In order to overcome structural pressures and restore global competitiveness, it prioritizes European Union Emissions Trading System (ETS) changes, state aid expansion, and innovation policy while combining short-term support with long-term industrial strategy.
In an effort to stabilize Germany’s faltering chemical industry—widely regarded as one of the country’s central economic pillars—the Federal Government has introduced a comprehensive and strategically layered policy package. Developed in close coordination with industry stakeholders, the program, designated as ‘Chemieagenda 2045,’”’ places primary emphasis on reducing electricity costs, alleviating the burden imposed by carbon pricing, and advancing regulatory simplification at the European level. These priorities are framed as responses to persistent structural pressures affecting the sector, notably elevated energy costs, the impact of U.S. tariffs, subdued macroeconomic growth, and structural overcapacity in global markets.
According to media reporting, the agenda is structured as a phased strategy that integrates immediate stabilization measures with longer-term transformation objectives. Short-term interventions, scheduled to be implemented through 2027, include the introduction of a subsidized industrial electricity price and the expansion of electricity price compensation mechanisms designed to offset indirect carbon costs borne by firms. These measures are intended to provide rapid relief while maintaining industrial activity during a period of adjustment. They are to be followed by a second phase extending into the 2030s, focused on transformation and scaling processes within the sector, before transitioning into a third phase centered on industrial leadership and technological advancement. Within this framework, the overarching policy objective is defined as establishing Germany as a leading global hub for innovation across the chemical, pharmaceutical, and biotechnology industries, thereby reinforcing both competitiveness and technological capacity.
Government, industry, and labor coordinate to reinforce sector resilience
A central component of the strategy is the proposed reform of the ETS, which is accorded particular analytical and policy significance. The government intends to utilize the forthcoming ETS-1 revision in Brussels as an opportunity to more effectively align climate policy instruments with industrial competitiveness considerations. Proposed adjustments include modifications to benchmark devaluation rules in order to strengthen protection against carbon leakage while preserving incentives for the deployment and scaling of climate-neutral technologies. In addition, the plan envisages the continued issuance of ETS certificates beyond 2039, facilitated by a moderated linear reduction factor beginning in 2036, thereby introducing a more gradual adjustment pathway for industry. Within this context, the Carbon Border Adjustment Mechanism (CBAM)—designed to raise the cost of carbon-intensive imports—is assessed as insufficient, at least in the near term, to prevent carbon leakage in the chemical sector. This assessment is attributed to concerns regarding administrative complexity and the potential for circumvention, which may limit the instrument’s effectiveness in practice.
At the same time, the government seeks to ensure sustained cost relief by expanding the scope of the Clean Industrial Deal State Aid Framework (CISAF), with the explicit aim of supporting a targeted industrial electricity price level of 50 euros per megawatt-hour. Complementary measures include efforts to secure competitively priced natural gas supplies, reflecting the continued importance of gas as both an energy source and industrial input. In parallel, regulatory quotas for renewable fuels of non-biological origin are to be reviewed in light of the evolving pace and scale of hydrogen market development, indicating an attempt to align regulatory expectations with technological and market realities. Carbon contracts for difference are expected to remain a central instrument within the policy mix, providing long-term investment certainty and facilitating the transition toward lower-emission production processes.
In addition to cost-oriented interventions, the agenda incorporates measures aimed at strengthening research, innovation, and investment, with the intention of enhancing long-term resilience and technological leadership. Despite this central role, the sector has experienced a prolonged period of weakness, and its energy-intensive production model renders it particularly vulnerable to sustained increases in input costs, reinforcing the urgency of the policy response. The initiative was presented as the outcome of coordinated engagement among government authorities, employers, and labor representatives, underscoring an effort to build consensus around industrial policy priorities. Within this process, federal ministers have indicated that interministerial negotiations concerning electricity pricing mechanisms have been concluded, while final discussions with the finance ministry regarding compensation schemes remain ongoing. At the European level, the government is advocating both for the simplification of chemicals regulation and for the extension of free emissions allowances to energy-intensive industries, reflecting a dual focus on regulatory efficiency and competitiveness safeguards.
The chemical industry is foundational to a broad spectrum of industrial value chains, including those related to mobility, food production, healthcare, and defense. It thereby emphasizes its systemic economic significance. The crisis in Iran has further intensified these constraints by contributing to higher oil and gas prices, thereby increasing both input and operational costs in an industry that relies heavily on these resources not only as energy sources but also as indispensable feedstocks for a wide range of downstream products, including plastics, fertilizers, pharmaceuticals, solvents, and cosmetics.
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