September 27, 2024 | 22:36 GMT +7

  • Click to copy
Friday- 22:36, 27/09/2024

Training on operating drones to spray pesticides: A new step forward in agricultural experiment

(VAN) Compared to manual spraying methods, using drones for pesticide application reduces water consumption by over 90% and increases spraying speed by 30 times, while still ensuring comparable effectiveness in pest control.
Training course on pesticide spraying with drones for 30 officers from 14 organizations. Photo: Quynh Chi.

Training course on pesticide spraying with drones for 30 officers from 14 organizations. Photo: Quynh Chi.

On September 27, the Plant Protection Department of the Ministry of Agriculture and Rural Development, in collaboration with the CropLife Vietnam Association and AgriDrone Vietnam Aviation Equipment Joint Stock Company, organized a training course on pesticide spraying using unmanned aerial vehicles (UAVs/Drones) for 30 officers representing 14 organizations nationwide.

This is the first training and certification program for officials involved in pesticide testing.

During the training, participants were updated on new regulations regarding pesticide testing with drones and received foundational knowledge about the operating principles of these flying devices in agricultural cultivation. Attendees also had the opportunity to conduct hands-on tests of drone operation for pesticide spraying in rice fields located in Thuy Lam commune, Dong Anh district, Hanoi.

The training program included support and technical guidance from AgriDrone Vietnam Aviation Equipment Joint Stock Company, management personnel from the Plant Protection Department, and technical experts from the CropLife Vietnam Association.

At the certification ceremony, Mr. Huynh Tan Dat, Director of the Plant Protection Department, expressed his hope that the trained officers would become instructors for their colleagues in the future. Photo: Quynh Chi.

At the certification ceremony, Mr. Huynh Tan Dat, Director of the Plant Protection Department, expressed his hope that the trained officers would become instructors for their colleagues in the future. Photo: Quynh Chi.

During his speech at the training certification ceremony, Mr. Huynh Tan Dat stated that participating in these training sessions provides officers with the opportunity to familiarize themselves with unmanned aerial vehicles, which are applicable in various fields.

“The use of these devices in pesticide spraying has proven to be highly efficient, significantly enhancing the understanding of officers directly engaged in pesticide testing activities. Furthermore, these officers will also serve as lecturers or trainers for their colleagues in the future, assisting them in optimizing drone usage,” the Director emphasized.

According to the leader of the Plant Protection Department, the accuracy of drone applications offers numerous benefits to farmers. It helps save input costs, enhances human health, and improves the quality of agricultural products for both domestic consumption and export.

Spraying pesticides with drones saves water and increases spraying speed, while still ensuring comparable effectiveness in pest control. Photo: Quynh Chi.

Spraying pesticides with drones saves water and increases spraying speed, while still ensuring comparable effectiveness in pest control. Photo: Quynh Chi.

When compared to manual spraying with backpack sprayers, using drones for pesticide application reduces water usage by over 90% and cuts costs by approximately 50%, all while maintaining equivalent - or even superior - effectiveness in pest control and achieving spraying speeds that are 30 times faster.

Currently, drones are utilized in agriculture across many countries worldwide. Common applications include mapping, crop inspection and monitoring, pesticide spraying, irrigation monitoring, and livestock grazing.

In early 2023, the Plant Protection Department announced the issuance of Basic Standard TCCS 830:2022/BVTV, which governs “Field Testing of Plant Protection Drugs for Preventing and Controlling Plant Pests Using Drones.” This standard is viewed as a significant legal and technical foundation for organizations conducting testing, enabling them to develop processes and utilize drones for pesticide spraying.

Since then, the use of pesticides has expanded, becoming more efficient and safer for farmers. This initial collaboration between the Plant Protection Department, CropLife Vietnam, and other partners is regarded as a stepping stone toward building a high-quality workforce. It is anticipated that, in the future, farmers will also gain access to standards and procedures for operating drones in pesticide application.

The Plant Protection Department and CropLife Vietnam awarded certificates for drone operation in pesticide spraying to technical staff. Photo: Quynh Chi.

The Plant Protection Department and CropLife Vietnam awarded certificates for drone operation in pesticide spraying to technical staff. Photo: Quynh Chi.

According to Mr. Dang Van Bao, Chairman of CropLife Vietnam, drones represent not just a technological advancement, but also a solution that helps farmers gradually transition to smarter and more sustainable farming practices. This aligns with the government's and the Ministry of Agriculture and Rural Development's current strategy to promote high-tech agriculture.

At the event, the Plant Protection Department and CropLife Vietnam also unveiled a technical document titled “Safety Guidelines for Spraying Pesticides Using Drones,” which was developed collaboratively to disseminate and guide users on the principles and safety precautions associated with drone pesticide application.

The training course on Operating Spraying Pesticides Using Unmanned Aerial Vehicles is part of the first year of the Sustainable Pesticide Management Framework (SPMF) cooperation program between the Plant Protection Department and the CropLife Vietnam Association, aiming to promote the application of new technology in agricultural cultivation.

Author: Quynh Chi

Translated by Quynh Chi

Triple rinsing to promote pesticide packaging recycling

Triple rinsing to promote pesticide packaging recycling

(VAN) A key solution to promoting the recycling of pesticide packaging is the triple-rinse method. This approach is gaining global attention due to its high feasibility.

Hau Giang Province expands low-emission rice production for the winter-spring crop

Hau Giang Province expands low-emission rice production for the winter-spring crop

(VAN) Ecocycle farming enables farmers to reduce pesticide costs by 30%, chemical fertilizers by 15%, and rice seed usage from 120 kilograms per hectare to 80 kilograms per hectare, increasing net profit by 47%.

Weedy rice, a constant concern for rice farmers in the Mekong Delta

Weedy rice, a constant concern for rice farmers in the Mekong Delta

(VAN) Weedy rice infestations are increasingly common, affecting both direct seeding and traditional transplanting systems in many provinces across the Mekong Delta.

Developing the clam farming profession: Exploitation combined with regeneration of natural resources

Developing the clam farming profession: Exploitation combined with regeneration of natural resources

(VAN) To maintain and be recertified MSC, Ben Tre determines that it is compulsory to build a stable and sustainable clam farming profession in the direction of combining exploitation and regeneration of natural resources.

Urban agriculture is rapidly growing and expanding

Urban agriculture is rapidly growing and expanding

(VAN) With the current rapid pace of urbanization, urban agriculture is both an essential solution and an inevitable trend.

Businesses affirm the leading role in the clam industry value chain

Businesses affirm the leading role in the clam industry value chain

(VAN) Practice has proven that since Ben Tre developed the clam industry value chain, with the participation of businesses, the profits of cooperative members have become increasingly better.

Read more