Daures Green Hydrogen Village: Innovating Agriculture and Clean Energy in Namibia
Key Ideas
- The Daures Green Hydrogen Village in Namibia combines vegetable production with the production of green hydrogen and ammonia.
- Funded by a N$220 million grant from Germany, the project aims to be water-efficient and environmentally friendly through its innovative farming techniques.
- The project utilizes underground water sources, reverse osmosis purification, hydroponic agriculture, and controlled irrigation to optimize water usage and produce a variety of vegetables and potentially fruits.
- In addition to vegetable production, the project envisions becoming a high-quality seedlings producer for Namibian farmers, further contributing to agricultural sustainability.
The Daures Green Hydrogen Village project in Namibia has started its operations by focusing on vegetable production while simultaneously working towards producing green hydrogen and ammonia. The project aims to generate approximately 18 tonnes of green hydrogen and 100 tonnes of green ammonia when fully operational. With funding from Germany, the project utilizes innovative techniques such as converting borehole water into hydrogen, purifying water through reverse osmosis, and employing hydroponic agriculture in a controlled greenhouse environment. This approach allows for optimized water usage and efficient vegetable cultivation, with cucumbers, tomatoes, and peppers currently being grown. The project also plans to expand to grow other crops like strawberries and lettuce. Additionally, the initiative strives to be a leading seedlings producer for local farmers. Lutz Otto, an agricultural specialist at the project, highlighted the water-efficient practices in place, emphasizing the village's commitment to sustainability. By integrating agriculture with clean energy production, the Daures Green Hydrogen Village signifies a positive step towards environmentally friendly practices in Namibia's agricultural sector.
Topics
Green Hydrogen
Renewable Energy
Technology
Innovation
Sustainability
Environment
Agriculture
Farming
Irrigation
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