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Revolutionising potato haulm destruction with technology

As the agricultural sector moves away from chemical-based solutions, innovative technologies such as leads the way in sustainable farming practices. A significant challenge in potato farming has been the destruction of potato haulm (the stems and leaves of the plant) as part of the pre-harvest process. Traditionally, this has been achieved using chemical desiccants such as diquat, but withdrawing these chemicals from the market has created a need for alternative methods. offers a ground-breaking solution that not only meets this need but also improves the sustainability of farming practices.’s technology combines electrical energy and a conductive liquid solution to effectively desiccate potato tubers.

This method, known as Electro-Physical Disruption (EPD), uses the volt.apply system to deliver high voltage to the plants, disrupting their water transport system, resulting in rapid desiccation without the use of harmful chemicals. The volt.fuel solution, a vital component of the system, is specially formulated to reduce the electrical resistance of plants, making the technology efficient and effective.

The benefits of using for haulm destruction are many. Firstly, it ensures that the process is residue-free, leaving no harmful chemicals in the soil or on the crop. This is crucial for farmers who are increasingly moving towards organic and sustainable farming practices. Moreover, the technology is designed to seamlessly integrate with your existing farm equipment, reducing the need for additional investment and making the transition process smooth and hassle-free.

From an operational perspective, technology is not only effective, but also fast acting, which is essential in the tight harvest windows that characterise potato farming. It allows growers to manage their harvesting time more efficiently, ensuring that potatoes are harvested at the highest quality. In addition, the absence of chemical residues means that there is no need for a withholding period, so the potatoes can be harvested immediately after treatment, giving you the confidence of a smooth and efficient harvest.

Environmental sustainability is another key benefit of the crop zone system. By avoiding the use of chemical herbicides, the technology supports biodiversity and helps maintain soil health. It is in line with global efforts to reduce agriculture’s carbon footprint and promotes the well-being of the ecosystem surrounding farmland.

For farmers, adapting to technology means staying ahead in a competitive market by adopting more efficient, sustainable and cost-effective farming practices. It is not just a tool for haulm destruction, but a crucial step towards future-proofing your farming operations against increasingly stringent environmental regulations, providing you with a secure and sustainable future in the industry.

In conclusion,’s innovative approach to potato haulm removal provides an exemplary model of how modern technology can intersect with traditional farming to create more sustainable and productive agricultural practices. As the industry continues to evolve, technologies such as will play a key role in shaping the future of agriculture. By adopting crop. zone technology, farmers are not only improving their immediate productivity and sustainability, but also contributing to the long-term health of their soil, the environment, and the agricultural industry as a whole.