Nano technology adviser

• Dec 2021 - Present

At AgroTechnik International, our primary objective is to develop environmentally friendly approaches and harness the power of cutting-edge creativity to significantly enhance the quality and quantity of agricultural products.. Our ultimate aim is to make substantial strides in minimizing the reliance on chemical-based solutions in the realm of agriculture. To accomplish this, we employ an array of advanced techniques, including the utilization of nanobubble generators, plasma-activated water, cold plasma, and ozone generators. These innovative technologies enable us to establish a healthier and more sustainable cultivation environment for plants. By leveraging these groundbreaking advancements, we actively contribute to the promotion of eco-friendly practices within the agricultural industry. By seamlessly integrating nanotechnology into our solutions in modern urban agriculture, we unlock a multitude of benefits such as improved plant growth, enhanced nutrient uptake, and increased resistance to diseases and pests. Furthermore, our approach allows for precise and targeted delivery of fertilizers and pesticides, resulting in minimized waste and optimized efficacy. Moreover, we proactively explore and implement renewable energy sources to power our systems, thereby significantly reducing the overall carbon footprint associated with agricultural practices. We work closely alongside farmers, agronomists, and researchers to gain a comprehensive understanding of their specific needs and challenges. By synergizing their valuable insights with our technological expertise, we develop tailored solutions that cater to the unique requirements of diverse crops, climates, and farming methodologies. We take immense pride in our role as pioneers in the realm of nanotechnology within the agricultural sector. Our ultimate goal is to empower farmers and actively contribute to the establishment of a more sustainable and resilient food production system. Show less

Managing Director

• Feb 2019 - Present