The most recent pest control solutions are based upon non-toxic advancements that are much more environmentally friendly and much more effective than chemicals to exterminate insects.
Over the last few years, numerous aspects have driven the pest control industry to choose non-toxic alternatives. Strict regulations on the use of biocidal products and regulatory developments currently regulate the use of biocidal solutions and stimulate the emergence of new non-toxic advancements.
These two elements, combined with transforming consumer needs, have forced the pest management industry to progress much more rapidly than numerous other industries and to search for new sustainable, effective and risk-free options for the planet.
What is additionally interesting from a development perspective is that these criteria seem on the cusp as technical breakthroughs currently enable the development of nontoxic advancements that are better targeted and much more effective than the use of numerous other chemical options used to date.
New non-toxic advancements are based upon automated tracking of insects. As an example, devices connected via IoT are used to transform the way a site is shielded from pest infestation. You can currently install traps and linked devices to do 24/7 remote tracking where the service technician will not be required to physically visit the site.
When visiting a site, it will concentrate much more on developing a safe defense strategy than on a curative approach. Firms are also experimenting with custom-made tracking solutions in the farming sector.
Equipped with a thermal imaging technology, a drone is able to research huge plots of culture. The technical capacities of a thermal imaging software are so high that the drone can visualize tiny details and spot localized infestations. This will at some point protect the location well before infestation with non-toxic options.
The additional benefit of new monitoring techniques is the collection of new information, the majority of which were not readily available before. The drone pointed out above can for example monitor the degree of chlorophyll in plants and predict the damage that the plant will go through before this occurs.
They do not accumulate this information for the purpose of using it in isolation. The professionals use them by superimposing them on public information resources, such as atmospheric records. The goal, to predict the behavior of the insects relying on these multiple variables.
This gives access to innovative anticipating analytics and subsequent application of targeted, reduced or non-toxic treatment to a local area, as opposed to treating a whole site with chemicals. In most cases, when these data are collected and integrated well, you will not need to use chemicals.
Ironically, a few of the harmless advancements include a basic enhancement of existing remedies for centuries. In the 18th century, early Australian settlers established methods of using heat to eradicate bugs. Today, these methods have developed into service thanks to the contribution of modern innovation and the integration of a commercial model.
This approach prevents any kind of threat of insect durability to the spraying of chemicals and the transmission of these genes immune to their future offspring.
The additional benefit of heat treatment is the removal of all phases of the life process of the pest, egg, larvae, or adult. The objective of heat control is to raise the temperature of the pest over 55-60 ° C. This is sufficient to kill the pest rapidly without causing any kind of material or architectural damage to a structure. It’s not just the information and the hardware that have allowed the increase of reduced or non-toxic pest control solutions.
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