European projects


Project “PPP exposure models for 3D orchards considering spraying technologies in Southern Europe”

The aim of the Project, on which Partners from Spain and Greece also work, is to verify, on the basis of scientific data and available information, if it is necessary to provide new reference curves of the of drift generated by the sprayers in the vineyard and in the fruit crops (excluding apple and pear trees) , in particular as regards the area of Southern Europe.


PERFECT project

The general objective of the four-year (01/09/2018 – 31/08/2022, extended to 31/02/2023 ) European LIFE project PERFECT was to demonstrate the reduction of the environmental contamination of pesticides and their metabolites in the air using Optimal Volume Rate Adjustment tools (OVRA) and drift reducing tools (SDRT) which will lead to a decrease of the pesticide risk for fauna, flora and humans. Besides a new ultra-fast, sensitive and time resolved technology for the analysis of pesticides will be developed to assess the application of pesticides from a health standpoint, in real agricultural conditions.

In addition to the DiSAFA, the participants were:

  • Fundación Centro de Estudios Ambientales del Mediterráneo (coordinator)
  • Federació Cooperatives Agroalimentàries de la Comunitat Valenciana
  • Fundació per al Foment de la Investigació Sanitària i Biomédica de la Comunitat Valenciana
  • Institut français de le vigne et du vin
  • Instituto Valenciano de Investigaciones Agrarias
  • Sociedad Europea de Analisis Diferencial de Movilidad S.L. Universitat Politécnica de Catalunya.

To have an updated information you can also check Perfect on web, Instagram and Twitter

The PROMOTIONAL VIDEO of the project (activities carried out and resulats obtained): video Perfect

OPTIMA Project




The fourty months (01/09/2018 – 31/12/2021, extended to 30/06/2022) European project “Optimized Pest Integrated Management to precisely detect and control plant diseases in perennial crops and open-field vegetables (OPTIMA)”,has been also financed by the HORIZON 2020 program.

The main goal of the project (coordinated by Agricultural University of Athens) has been to develop intelligent equipment for the application of phytosanitary products to achieve the safe use of products. The new technology that results will contribute to make an adequate distribution of phytosanitary products in the needs of crops and reduce the quantities used, improving the quality of the food produced and reducing the risks of environmental contamination.

To have an updated information you can also check OPTIMA on web, Linkedin, Twitter, Instagram and Facebook

First test in vineyard: validation of ultrasound sensor to detect canopy density (click for watch video)

Field demonstration of the vineyard smart sprayer in Canelli (AT) – “Cooperativa Pusabren” Farm – 21/07/2021 (click for watch video)


TOPPS WATER PROTECTION Projects (2006-2021)

TOPPS is the acronym for Train Operator to Promote Practice and Sustainability individuated by ECPA (European Crop Protection Association) to develop a set of European projects aimed at reducing water (both surface and ground water) contamination with pesticides.

topps-lifeProf. Paolo Balsari was Europe South Cluster co-ordinator of Life-TOPPS (Train the Operators to Prevent pollution from Point Sources) project. It was a multi-stakeholder project and it was aimed at identifying Best Management Practices and disseminating them through advice, training and demonstrations at a larger coordinated scale in Europe with the intention of reducing PPP point sources contamination of water

According to knowledge acquired in the frame of TOPPS life project, a group of European experts has designed and realized a specific software named EOS (Environmentally Optimized Sprayer). Objective of this interactive questionnaire (see website TOPPS-EOS) is to enable sprayer manufacturers, advisors and farmers to make an assessment of a specific sprayer model with respect to the environmental risks and to individuate the devices and accessories to add or to improve for minimizing risks of environmental pollution related to the spraying equipment


The TOPPS Prowadis project has the aim to reduce Plant Protection Product (PPP) entries into surface water from applications in the field. It builds on the TOPPS – Life project (point sources) and has its focus on aspects related to runoff / erosion and spray drift.

The materials produced in the ambit of TOPPS WATER PROTECTION Projects with the contribution of Crop Protection Technology Research Group are freely downloadable at the website Topps

Last phase (TOPPS on farm) : 2019 – 2021


  • Web-based, self-diagnosis tool for integrated water protection on farms (central landing site for farmers)
  • Increased push for TOPPS BMP inclusion into curricula of farmer schools/universities/academies
  • Pilot catchment initiatives to demonstrate effectiveness of collaborative implementation of complete TOPPS methodology
  • Continued engagement of strong partner network

INNOSETA project (2018-2021)

The three-year European project “Innovative practices for Spraying Equipment, Training and Advising in European agriculture through the Mobilization of Agricultural Knowledge and Innovation Systems (INNOSETA)”, was funded by the HORIZON 2020 program and in which 14 European partners participate between universities, centers of research, associations of manufacturers and farmers was coordinated by Unitat de Mecanització Agrària del Departament d’Enginyeria Agroalimentària i Biotecnologia de la Universitat Politècnica de Catalunya (UPC).

INNOSETA website

The main objective of the INNOSETA project was to establish a self-sustaining and innovative thematic network on crop protection and the sustainable use of plant protection products (spray equipment, training and advice) to help close the gap between the numerous European research projects and the use that farmers make of all this. The project alloweds the exchange of new ideas and information between the industry, the university and the research centers and the agricultural community so that existing scientific and commercial solutions (“SETA”) can be widely disseminated and applied, while identifying the needs of the sector.

To have an updated information you can also visit the web site of the project ( or check INNOSETA on YouTube, Linkedin, Twitter, Facebook, Instagram.

Innoseta Platform

The Innoseta Platform is a one-stop shop for information on spraying innovations, to serve farmers, industry, advisors, researchers and students! You can find industry solutions, projects, training material and articles tailored to your needs, but also add your own material!

Workshop Innoseta

1st Workshop (SETA for vineyard sprayers): Ampelion – Alba (CN) 10/07/2019


2nd Workshop (SETA for field crop sprayers): Bari (11/10/2019) during AGRILEVANTE 2019


3rd Workshop (SETA for orchard sprayers): 05/11/2020 on platform Zoom

International Workshop INNOSETA: 30/06/2021 on platform Zoom. During this European Workshop, the outcomes from 17 regional workshops, were carried out at national level, were be presented for 3 thematics:

  • Spray quality and application precision;
  • pray drift reduction;
  • Prevention of point sources pollution – Environmental safety and operator health

ISAFRUIT Project (2007-2010)

The project ISAFRUIT -“Increasing fruit consumption through a trans disciplinary approach leading to high quality produce from environmentally safe, sustainable methods”–was launched within the 6th Framework Program of the EC. Within the project’s work package ECOFRUIT (WP 5.1 – Safe European fruit from a healthy environment) a Crop Adapted Spray Application (CASA) system is developed. This system is developed to ensure efficient and safe spray application in orchards according to actual needs and with respect to the environment. The system consists of three components: 1. Crop Identification System (CIS), 2. Environmentally Dependent Application System (EDAS), and 3. Crop Health Sensor (CHS). A sprayer prototype able to automatically adapt spray and air distribution according to the characteristics of the target, to the level of crop disease and to the environmental conditions is under development. In particular, Crop Protection Technology Research Group was involved in the development of Crop Identification System (ultrasonic sensors identifying canopy WIDTH and foliage DENSITY).