Sustainability

Challenges in Sustainable Farming Worldwide!

Fueled by a continuously growing global population, the demand for proteins is projected to surge by 60% by 2050. Existing farming methods and the production of traditional protein sources are already straining our environment, leading to the depletion of overburdened wild fish stocks, deforestation, and water scarcity.

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The Solution!

In addition to a broader adoption of plant-based diets among consumers, sustainable solutions necessitate the development of new farming methods to effectively address the protein challenge.

Every year, the global food supply chain generates 1.3 billion tons of agricultural by-products and food waste, a substantial portion of which is disposed of in landfills, producing harmful greenhouse gas emissions that significantly contribute to global warming.

Highly automated insect farms, powered by renewable energy and connected via cloud technology, offer an innovative solution. These farms can efficiently upcycle valuable organic waste, producing low-cost protein while reducing environmental impact.

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Ecobed Sustainability Goals

Responsible Consumption and Production

Ecobed upcycles nutrients from local organic and agricultural waste to produce insect protein products that can be used as ingredients in animal feed, enhancing the sustainability of food supply chains.

Climate Action

Research suggests processing waste through insect bioconversion generates up to 90% less green-house gasses compared to landfill or composting. Additionally, using insects as feed locally saves up to 50% of CO2 emissions compared to the import of soy or fishmeal.

Life on Land

Our insect farms are highly automated vertical farms. From an environmental standpoint, insect rearing requires less area to produce 1 kg of protein compared to conventional protein production.