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Market needs & nutrition

How aquaponics helps meet the increasing demand for fresh food

The world population is growing, demand for sustainable food is increasing – and traditional agriculture is reaching its limits. Aquaponics offers innovative solutions for future food security.

The global challenge of food security

The numbers speak for themselves: by 2050, the world population will grow to an estimated 9.7 billion people. At the same time, consumer behavior is changing – the need for fresh, high-quality food is continually increasing.

Current situation:

  • Severe food insecurity will affect almost 1 billion people in 2028
  • Demand for food must increase by 70-100% by 2050
  • Traditional agriculture uses 70% of the world's fresh water

Conventional agriculture faces enormous challenges: climate change, land degradation, water scarcity and the loss of agricultural land due to urbanization. If food demand grows as forecast, we would need 120% more water, 42% more cultivated land and produce 77% more greenhouse gases by 2050.

The booming aquaponics market

Faced with these challenges, the aquaponics industry is experiencing unprecedented growth. The global aquaponics market is showing impressive growth rates, reflecting increasing interest in sustainable production methods.

Markt size 2024

1,09 billion USD

Current market value of the global aquaponics industry

2030 forecast

USD 2,29 billion

Expected market volume with 13.5% annual growth

These figures highlight not only the potential of the technology, but also the growing acceptance among consumers, investors and politicians. Particularly interesting: leafy vegetables already control 45.8% of sales, while herbs and microgreen reflect the trend towards functional foods with 22.3% annual growth.

Why aquaponics is the answer

Aquaponics combines fish farming with crop production in a closed-loop system, addressing several critical points of modern food production:

Water efficiency

90% less water consumption compared to conventional agriculture thanks to closed cycles

Space efficiency

Up to 10x higher yields per square meter through vertical farming methods [7]

Local production

Fresh food directly on site, regardless of climate and season

Sustainability

No pesticides, minimal CO2 emissions due to short transport routes

Successful implementation in practice

The theory is already being successfully put into practice. Meal kit companies in the American Midwest have adapted their ingredient forecasts to the harvest rhythms of tilapia and pak choi, thereby reducing product deviations by 19%.

In Europe, food service buyers are increasingly favouring aquaponics products after temperature-controlled delivery hubs cut spoilages by 22%. Premium basil and coriander from aquaponics systems achieve wholesale prices that are 200-300% higher than conventionally grown vegetables.

The future of food security

The increasing demand for local and organic food continues to drive the growth of the aquaponics industry. The combination of resource efficiency, local production and high food quality makes aquaponics a key technology for future food security.

Especially in urban areas, where most of the world's growing population will live, aquaponics offers the opportunity to produce fresh food directly on site – regardless of global supply chains and climatic conditions.

A further article on this topic find here.

Interested in sustainable food production?

Discover how aquaponics can also improve your food security.

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Sources and Further Information

Market Data & Statistics

Grand View Research: Aquaponics Market Analysis & Forecast 2024-2030

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Food Security

World Bank: Food Security Trends 2024 and Beyond

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Global Challenges

Global Food Security: The Challenge Analysis

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UN Sustainable Development

United Nations: Zero Hunger Goal Progress

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More about Aquaponics

Resource Efficiency

Water, Energy & Land Requirements in Detail

Learn More →
Global Developments

Urban Farming & Political Framework Conditions

Learn More →
Studies & Sources

Scientific Foundation & Analyses

Learn More →


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