As the global population is expected to approach 10 billion by 2050, ensuring food security in an environmentally responsible and resource-efficient manner has become a critical global challenge. One of the most promising solutions is Vertical Inhouse Farming (VIF)—a form of controlled environment agriculture (CEA) where crops are cultivated in vertically stacked layers, often in urban settings, using advanced climate, irrigation, and lighting technologies.
According to NN the global vertical farming market is projected to grow from USD 5.6 billion in 2020 to USD 19.86 billion by 2026, with a compound annual growth rate (CAGR) of 24.8%. Europe alone is expected to account for a substantial share, driven by sustainability regulations and increasing demand for local, pesticide-free produce.
Textiles: A Critical but Overlooked Enabler
While much attention in vertical farming focuses on automation and LED technology, textile-based materials are an essential—and often overlooked—component of the system architecture. These textiles perform critical structural and biological roles:
- Biodegradable growing mats for germination and root support
- Nonwoven and woven carrier fabrics to facilitate vertical cultivation
- Textile-based support cords for climbing plants (e.g., tomatoes, cucumbers)
- Compostable wrapping and packaging solutions for post-harvest handling
The demand for sustainable, compostable, and plastic-free materials in agriculture is increasing rapidly. Traditional plastic-based growing aids and packaging are being phased out in favor of biodegradable alternatives, creating a growing niche for textile innovation.
Natural Fibers as a Strategic Advantage
This shift presents a significant opportunity for the textile industry, particularly in yarn production, technical textiles, and nonwoven fabric development. Natural fibers such as wool, hemp, flax, and cellulose-based fibers (e.g., viscose, lyocell) are particularly well suited due to their:
- Full biodegradability and compostability
- High moisture retention and breathability
- Compatibility with organic and regenerative farming principles
Wool, in particular, stands out as a functional and ecological raw material for agricultural textiles. It naturally decomposes in soil, contributes nitrogen and organic matter, and has excellent water-absorbing properties—making it ideal for grow mats and support substrates.
A Market Opening for European Textile Producers
European manufacturers, such as NN with its core expertise in wool processing, and spinning mills in Eastern Germany, are well-positioned to enter this growing segment. The regional textile infrastructure, technical know-how, and emerging value chains in sustainable agriculture offer strong foundations for innovation.
Already, early movers like Bächi-Cord AG and Compack Swiss have demonstrated the commercial feasibility of biodegradable cords and eco-friendly packaging made from natural fibers. Their success confirms that there is a clear and growing demand for sustainable agricultural materials, especially in indoor and vertical farming environments.
The Need for Clarity, Standards, and Partnerships
What the market demands now are clearly defined, certified product solutions that are:
- Free from microplastics and synthetic coatings
- Compatible with composting and circular systems
- Scalable and customizable for industrial farming processes
To address this opportunity, textile companies must:
- Conduct targeted market research into VIF use cases and required textile properties
- Identify key industry partners in agriculture and urban farming
- Collaborate with agricultural research centers and sustainability certification bodies
- Explore public funding and EU innovation programs supporting the green transition
Conclusion
Vertical Inhouse Farming is no longer a futuristic niche—it is becoming a central pillar of global food production. In this transformation, the textile industry has a unique chance to contribute essential materials while diversifying its markets and enhancing sustainability performance.
By investing now in biodegradable agricultural textiles, companies can position themselves as technology leaders in one of the most dynamic and ecologically relevant growth markets of the next decades.
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Gherzi Germany as a Strategic Partner
Gherzi Germany can support textile firms by providing technical consulting, market intelligence, and innovation strategy development in this space. From fiber selection and value stream design to international benchmarking and go-to-market planning, Gherzi helps companies align their capabilities with the needs of emerging agricultural sectors.
Disclaimer
This information bulletin has been prepared by Gherzi Germany to the best of our knowledge and professional judgment. It is intended to provide general strategic guidance for the textile industry during the ongoing PFAS transition.
However, Gherzi Germany assumes no liability for business, commercial, or strategic decisions made solely based on this document. All guidance provided herein should be viewed as directional support and does not substitute for a detailed, company-specific evaluation.
More detailed assessments, including operational feasibility, financial implications, and technical implementation, can be developed within the framework of a joint project tailored to the respective stakeholder’s role in the textile supply chain.