ANT Systems Launches Industrial Production of Innovative NANOTERNTM Material for Agriculture
ANT Systems starts industrial-scale production of NANOTERNTM material
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ANT Systems, an agricultural nanotechnology firm based in The Hague, has commenced industrial-scale production of NANOTERNTM, a biodegradable material designed for drought conditions. This innovative product, capable of absorbing up to 1,800 times its weight in water, aims to enhance water management in agriculture and improve crop yields.
- 01NANOTERNTM is a biodegradable, cellulose-based material that can absorb and release water as needed by plants.
- 02The new facility in Istanbul will produce 3,000 tons of NANOTERNTM annually, supporting global agricultural markets.
- 03The technology can potentially reduce irrigation use by up to 50% and increase crop yields by 25%.
- 04ANT Systems holds global patent rights for seven nano-bio technologies developed over 15 years.
- 05The global market for superabsorbent agricultural technologies is projected to exceed $30 billion in the next decade.
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ANT Systems, a pioneering agricultural nanotechnology company headquartered in The Hague, has initiated industrial-scale production of its innovative NANOTERNTM material in Istanbul. This biodegradable, cellulose-based product is designed to enhance water retention in soil, absorbing up to 1,800 times its weight in water and releasing it as needed by plants. The new facility will produce 3,000 tons annually, aiming to address critical challenges in agriculture, particularly in drought-prone regions. With the potential to cut irrigation needs by 50% and increase crop yields by 25%, NANOTERNTM represents a significant advancement in sustainable farming practices. ANT Systems holds global patents for several technologies developed over 15 years, positioning itself as a leader in the agricultural technology sector. The global market for such agricultural innovations is expected to surpass $30 billion within the next decade, highlighting the growing demand for effective water management solutions in agriculture.
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The introduction of NANOTERNTM can significantly improve water management in agriculture, especially in drought-affected areas, enhancing food security.
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