Europe Deindustrialisation and European Energy Policy - Is Industry Being Sacrificed?
The pace of Europe deindustrialisation is accelerating at a rate that would have seemed unimaginable only a few years ago. Across Germany and the Netherlands, industrial activities are increasingly being reduced, relocated, or permanently shut down. Regions such as Wallonia, the United Kingdom, France, and large parts of Italy have already lost significant portions of their industrial base. Now, even Europe's strongest industrial regions are coming under severe pressure. According to many business leaders and economists, European energy policy is one of the primary drivers behind this trend. Rising energy costs and growing regulatory burdens have weakened competitiveness and threaten to permanently damage the economic foundations of Europe.
Europe built much of its prosperity on industrial strength. The chemical industry, steel production, engineering, automotive manufacturing, refining, and petrochemicals served as engines of economic growth for decades. These industries generated millions of jobs, fostered innovation, produced export revenues, and strengthened strategic independence. Today, however, political debates appear increasingly focused on climate objectives, while the broader consequences for prosperity, industrial competitiveness, and strategic autonomy receive far less attention.
European energy policy has played a central role in this transformation. While many countries outside Europe continue investing in affordable and reliable energy supplies, several European nations have pursued the opposite strategy. Germany has shut down all of its nuclear power plants. Belgium has reduced a significant portion of its nuclear capacity and announced further closures. The Netherlands has largely ceased extracting natural gas from its substantial reserves, while the United Kingdom has curtailed oil and gas production from the North Sea. At the same time, electricity demand continues to rise due to transportation electrification, heating electrification, industrial electrification, and population growth driven by immigration.
The outcome has been predictable. Europe now faces some of the highest energy prices in the world. Energy-intensive industries that rely heavily on electricity and natural gas struggle to compete with producers in North America, the Middle East, and Asia, particularly in the United States and China. Energy costs in those regions are often only a fraction of European levels. Meanwhile, both the United States and China have increasingly protected their domestic markets through tariffs and trade restrictions, while China exports large volumes of state-supported industrial products to Europe at highly competitive prices.
As a result, Europe deindustrialisation is becoming increasingly visible. Germany, long considered the industrial engine of Europe, is experiencing significant industrial decline. Hundreds of thousands of industrial jobs have disappeared as factories close or shift investments to regions with lower energy costs and more predictable regulations. For a country that built its economic model on exporting high-value industrial goods, this represents a profound challenge.
The Netherlands faces similar difficulties. The Rotterdam petrochemical cluster remains one of the largest in Europe, yet it is under growing pressure from high energy prices, environmental regulations, climate measures, and uncertainty surrounding future investment conditions. Several facilities have already been shut down, while production capacity is increasingly moving outside Europe. Major companies such as ExxonMobil, Shell, and Dow often find the United States more attractive for new investments because of lower energy costs and a more favourable industrial environment.
Another major concern is the European Union's emissions trading system. As carbon pricing continues to increase, energy-intensive industries become even less competitive. Supporters argue that these measures encourage sustainability and innovation. Critics, however, point out that many industrial processes cannot yet operate without fossil fuels or require stable base-load energy, often provided by nuclear power. When European companies relocate production to countries with less stringent environmental standards, global emissions may not decline; they simply shift to another continent.
Europe has also become increasingly dependent on imported energy. Rather than expanding domestic natural gas production or investing aggressively in new nuclear facilities, many countries have embraced a model based on imports. This creates vulnerability to geopolitical tensions and price volatility. Recent energy crises have highlighted the risks of such dependence. Europe moved from relying heavily on Russian energy to sourcing greater volumes from countries such as Qatar and the United States. Meanwhile, America continues expanding both its energy production and nuclear capacity, reinforcing its strategic position in global energy markets.
The European petrochemical sector faces particular risks. Chemical manufacturing forms the foundation for thousands of products used every day, including plastics, pharmaceuticals, construction materials, and electronics. Without a competitive chemical industry, Europe risks losing not only jobs but also critical technological expertise and strategic capabilities. Once these industries disappear, rebuilding them can be extremely difficult.
Some policymakers advocate introducing import tariffs on products manufactured outside the European Union. Under this approach, producers in countries with lower environmental standards would face costs similar to those imposed on European manufacturers. While this idea may appear attractive in theory, it does not fully address the underlying issue. European companies compete not only within Europe but also in global markets.
If production costs remain structurally higher in Europe, exporters will continue losing market share internationally. Customers worldwide will naturally choose lower-cost alternatives from Asia, North America, or the Middle East. Consequently, European companies face pressure not only at home but also in export markets that have traditionally supported European prosperity.
The automotive industry provides a clear example. European car manufacturers face rising costs, extensive regulations, and massive investments in electrification. At the same time, Chinese manufacturers have rapidly emerged as global competitors capable of producing vehicles at lower costs. Chinese exports to Europe continue to grow, while European automotive brands struggle to maintain their traditional position in China. The trade balance that many European manufacturers once relied upon is increasingly under pressure.
The challenges extend far beyond automotive manufacturing. Steel producers, fertiliser manufacturers, chemical companies, and engineering firms face similar difficulties. The combination of high energy prices, climate regulations, and taxation has made investment in Europe less attractive than in many competing regions.
This does not necessarily mean that climate policy itself is fundamentally flawed. The key question is whether Europe has achieved a realistic balance between sustainability goals and economic competitiveness. If the energy transition results in widespread industrial decline, job losses, and reduced investment, the economic foundation required to support future environmental progress may be weakened.
A more pragmatic strategy could combine nuclear energy, domestic natural gas production, technological innovation, and targeted measures to address competitive imbalances created by imports from countries with lower environmental standards. Such an approach could promote cleaner industrial production while preserving strategic independence and economic prosperity. Nuclear energy, in particular, offers a stable source of low-carbon electricity that could help maintain manageable energy prices. At the same time, Europe may need to place greater emphasis on protecting the international competitiveness of its industries.
Some economists have also suggested reducing value-added tax (VAT) while increasing import tariffs by a similar amount. Such a policy could strengthen purchasing power, improve domestic demand, and enhance competitiveness. The United States provides an example of a more decentralised tax structure, where sales tax rates vary significantly by state and certain categories, including food and services in some jurisdictions, receive different treatment.
By contrast, European tax structures often impose substantial burdens on essential goods and services, including energy and food. Critics argue that these policies reduce consumer purchasing power while simultaneously weakening the competitive position of European businesses.
Europe deindustrialisation is not an inevitable natural phenomenon. It is, according to many critics, the result of political choices that have prioritised climate targets over economic and geopolitical realities. Whether one agrees with this assessment or not, the debate surrounding European energy policy and industrial competitiveness is becoming increasingly urgent.
The future of European industry—and with it the future prosperity of the continent—will be heavily influenced by decisions made in the coming years. Europe can choose a path that balances industrial strength, energy security, and environmental objectives. Alternatively, it can continue on its current trajectory, risking further factory closures, declining investment, and the loss of highly skilled jobs.
The question is no longer whether Europe deindustrialisation is occurring. The real question is how far this process will be allowed to continue before policymakers fundamentally reconsider the direction of European energy policy and industrial strategy.
Image credits: Patrick Hendry via Unsplash
