Crop.zone and fenaco collaborate to develop innovative weed control  

The innovative technology controls weeds with an electrical charge.

source-public domain(crop.zone)

source-public domain(crop.zone)

The leading Swiss cooperative fenaco and the German tech start-up crop.zone have concluded a cooperation agreement. This collaboration aims to support Swiss farmers with innovative and sustainable plant protection solutions from crop.zone, reducing the use of plant protection products. The technology was developed by crop.zone, while fenaco is taking on responsibility for introducing it onto the Swiss market and adapting the solution to the conditions there. As part of the collaboration, the weed control solutions from crop.zone are being brought into use for the first time in Switzerland. Their use on Swiss fields will be under scientific supervision. In addition, farmers interested in doing so will have the opportunity to try out the new technology under real conditions.

Within the framework of the cooperation contract, Michael Feitknecht, Head of Plant Production and member of the Board of Management at fenaco, is taking a seat on the advisory board of crop.zone and advising the start-up on strategic issues.

Michael Feitknecht, Head of Plant Production and member of the Board of Management at fenaco, said, "The technology from crop.zone gives us a new tool and embodies our principle 'Combination is the new innovation'. fenaco collaborates with start-ups which are developing innovative and sustainable technologies for agriculture. Switzerland is assuming a leading position worldwide by making farming more sustainable and is playing a crucial role in that."

The technology from crop.zone kills weeds with an electrical charge, creating an innovative and sustainable method of weed control. The width of application is up to 12 metres. With a speed of spread of 4 km an hour, the crop.zone solution can treat around 3 hectares an hour. The crops are pre-treated, in an initial step, with a conductive liquid. The weeds are then killed in a targeted way through an electrical charge. This means that energy consumption is lower and the method is much more effective than other electrical technologies. The Research Institute of Organic Agriculture (FiBL) is, at present, clarifying whether the procedure can be authorised for organic farming.

Comments

× Your session has been expired. Please click here to Sign-in or Sign-up
   New User? Create Account