If you are a large-scale producer dealing with western corn rootworm—this project developed a sprayable pheromone matrix that provides a cost-effective, long-term mating disruption effect. It allows you to replace restricted chemical pesticides with a natural mineral carrier.
Sprayable Mineral-Based Pheromone System for Large-Scale Eco-Friendly Pest Control
Imagine using a scent that confuses bugs so they can't find a mate, but instead of hanging thousands of tiny plastic traps, you just spray it on the field. This technology uses a special natural mineral that acts like a slow-release sponge for these scents. It allows farmers to use their existing spraying equipment to protect crops without using harsh chemicals.
What needed solving
Farmers face a conflict between the need for high-quality food supply and increasing legal restrictions on chemical pesticides. Additionally, climate change is increasing the frequency of harvest-endangering pest outbreaks.
What was built
A patented sprayable pheromone delivery system using a fine-milled clinoptilolite-zeolite mineral as a slow-release carrier.
Who needs this
Who can put this to work
If you are an organic farm dealing with strict pesticide bans—this project developed a natural zeolite-based dispenser that is suitable for organic farming. It ensures pest control without leaving harmful residues on the crops.
If you are a drone service provider dealing with the need for new sustainable application methods—this project developed a water-dispersed formulation that is compatible with conventional sprayers and potentially drones. This expands your service offering to include eco-friendly pest management.
Quick answers
How does this affect the cost of pest control?
The technology is described as a financially viable and cost-effective method for large-scale application because it uses conventional spraying devices.
Can this be used on an industrial scale?
Yes, it is specifically designed for large-scale application in agriculture and can be applied using simple field sprayers.
What is the IP status of the technology?
The Lithos Micro Dispenser® technology (LMD®) and the pheromone application method are patented.
Does this comply with EU pesticide regulations?
The technology aligns with the EU Green Deal target of reducing existing pesticides by half until 2030 by providing a natural, non-chemical alternative.
How is the product integrated into current farming workflows?
The sprayable formulation is dispersed in water and can be used with any conventional spraying device, requiring no new heavy machinery.
Who built it
The project is highly streamlined, consisting of 2 partners from a single country (Austria). Both partners are SMEs, resulting in a 100% industry ratio, which indicates a strong focus on commercialization and direct market entry rather than academic research.
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