Locations In Europe: Brownfield Sites Offer Increasing Options

This article was written by Senior Consultants Andreas Schindler and Conor Finnegan for Business Facilities Magazine and can also be read on their website, and in the Jan/Feb print and digital edition of the magazine on pages 56–58.

(Photo: Alexander M. Gross)

In recent years, Europe’s primary investment constraint has shifted from capital availability to site scarcity. Unlike land-abundant markets (e.g., U.S., Canada, Saudi Arabia) where speed, flexibility, and large-format development are more easily achieved, Europe’s high-density geography and layered planning regimes fundamentally shape the site selection process. As a result, the pipeline of investable land is increasingly derived from legacy industrial and infrastructure assets rather than new greenfield supply. This has shifted brownfield redevelopment from a secondary alternative to a primary strategy for many corporates. Europe’s competitiveness now hinges on its ability to convert inherited land into investment-ready capacity.

Why Greenfield Development Is Structurally Constrained In Europe

Greenfield industrial development in Europe faces persistent structural constraints driven by land scarcity rather than short-term market cycles. High population density and decades of urban expansion have significantly reduced the availability of large, contiguous industrial sites, particularly near logistics corridors and population centers.

Remaining land is subject to intense competition from housing development, agriculture, renewable energy, and environmental conservation. Regulatory frameworks such as Natura 2000 protections, flood-risk zoning, and biodiversity requirements further limit developable areas or raise planning complexity (e.g., Tesla Gigafactory in Grünheide, Germany). Local political resistance, fragmented landownership, and lengthy rezoning processes reinforce these constraints. 

For investors, the implications are material. Site identification and due diligence are increasingly time-consuming, industrial land prices continue to rise in core regions, and projects face elevated risks of permitting delays or cancellations. As a result, site scarcity should be viewed as a structural, pan-European condition and not a cyclical bottleneck likely to ease. 

Brownfield Redevelopment: From “Plan B” To Primary Strategy

Brownfield sites are former industrial, energy, mining, logistics, military, or aviation assets that have ceased primary operations. Although traditionally associated with environmental or legal liabilities, they represent a substantial and underutilized European asset base. 

Investor interest in brownfields has accelerated sharply due to locational advantages, which most greenfield alternatives cannot replicate. These sites typically retain strategic transport infrastructure (such as rail links, motorway access, or port proximity). They are also commonly located near established labor markets, supplier ecosystems, and research institutions. Once remediated, brownfields align closely with EU circular-economy objectives and “no net land take” policies, avoiding the land-consumption penalties increasingly embedded in environmental regulation. 

More fundamentally, investor behavior has shifted. Rather than viewing sites as brownfield versus greenfield, investors now prioritize investment readiness. A serviced, remediated, pre-zoned brownfield with a 24-month permitting timeline presents significantly less risk than a greenfield requiring multi-year land assembly and rezoning. 

This reorientation reflects a key insight: the real distinction in European markets is no longer greenfield versus brownfield, but de-risked versus un-risked. Investors increasingly lean towards brownfields that have cleared environmental liability, and secured utility infrastructure. Time risk, not land cost, now dominates location decisions. 

Where Brownfield Redevelopment Is Gaining Traction

Western Europe currently leads brownfield advancement on the continent. Germany, driven by large-scale coal, steel, and automotive plant closures (e.g., Ford plant in Saarlouis), has emerged as a global leader in brownfield regeneration. It offers rail-connected, grid-adjacent sites attracting battery manufacturers, semiconductor fabs, and hydrogen infrastructure (e.g., CATL in Arnstadt). The Benelux region (e.g., Antwerp and Rotterdam) has successfully repurposed obsolete refineries, petrochemical complexes, and logistics hubs into advanced manufacturing and circular economy clusters (e.g., NextGen District at the Port of Antwerp). The UK’s post-industrial regions and Northern France’s legacy manufacturing zones show similar momentum, supported by clean-tech and renewable energy demand.  

Central and Eastern European countries host numerous former state-owned industrial, defense, and rail-served manufacturing sites. These often feature lower remediation costs and simpler contamination profiles but face greater permitting uncertainty and weaker public de-risking mechanisms. Nonetheless, competitive land costs and access to skilled labor are driving investment in data centers and automotive supply chains.  

Sectoral demand is highly differentiated. Advanced manufacturing favors large, transport-connected sites; data centers prioritize power and fiber connectivity; logistics targets inner-city access; and energy-transition assets cluster around legacy energy infrastructure. Brownfield viability depends on the precise alignment of contamination, sectoral requirements, and regulatory context, making targeted, location-specific analysis essential. 

The Real Bottleneck: Permitting, Liability, and Time Risk.

Across Europe, the binding constraint on industrial development is increasingly not only land availability but the combination of permitting complexity, environmental liability, and time risk. Brownfield sites often involve significant remediation obligations, including soil contamination and groundwater treatment. Even when technical remediation solutions exist, liability allocation between developers, previous owners, and public authorities can remain unclear, deterring investment in some cases. However, many brownfields provide greater predictability, with known remediation requirements and pre-cleared zoning, helping to reduce project time risk. 

Permitting adds another layer of complexity. Industrial projects often require approvals at municipal, regional, and national levels, particularly when land-use changes are needed. Environmental impact assessments, public consultations, and legal appeal windows introduce uncertainty in both duration and outcome.  

Investors are adjusting their risk calculations accordingly. There is growing willingness to accept higher upfront land and remediation costs if permitting timelines are transparent and enforceable. Sites with pre-cleared zoning, public co-funding or guarantees for remediation, and facilitated or single-window permitting are increasingly preferred. As a result, higher-cost brownfield sites can offer greater certainty than greenfields, particularly where zoning, remediation, and permitting are pre-cleared.  

What Does This Mean For Companies?

Brownfields have shifted from secondary or opportunistic assets to core components of the investment inventory, particularly for large industrial anchor projects in sectors such as battery manufacturing or data center development. For economic developers, simply listing available brownfield sites is no longer sufficient, as active site de-risking has become essential to convert investor interest into investment commitments.  

Effective delivery increasingly involves public sector acquisition and servicing of brownfield land, including remediation and preparation to clearly defined plot boundaries. The use of state or EU funding to reduce remediation and infrastructure costs is critical in lowering upfront risk for investors. At the same time, early planning clarity and permitting certainty enable private sector delivery and shorten timelines from commitment to construction. In several cases, anchor investors have been used to accelerate site readiness and support faster approvals. As a result, regions that present brownfields as clean, serviced, and timeline-credible outperform their peers.  

Site scarcity is reshaping Europe’s investment geography; hence, brownfield redevelopment is now central to industrial competitiveness and the energy transition. The decisive factor in securing new investment projects is no longer who has land, but rather who can permit, remediate, and deliver sites fastest. Considering regions which are ahead of the curve in this regard will be a key tool for corporates during the site selection process.