Our objectives
Mejorar la eficiencia hídrica de la agricultura es un reto que compartimos con las Naciones Unidas y que nos ayudará a alcanzar los ODS.
Objective 1
Clean water and sanitation
- Major increase in the efficient use of water resources in all sectors and ensuring water extraction sustainability…
- Implementing integrated water resources management at all levels, including through cross-border cooperation.
- Protecting and restoring water-related ecosystems.
- Efficient use of water resources.
- Supporting and boosting the participation of local communities in improving water and sanitation management
Objective 2
Life of terrestrial ecosystems
- Combating desertification, restoring degraded land and soil, including land affected by desertification, drought, and floods.
- Guaranteeing the conservation, restoration, and sustainable use of terrestrial ecosystems.
At AgritechMurcia we offer different cutting-edge solutions to improve the water efficiency of farmers, whatever their needs.
Our solutions
Design of equipment for optimal control of irrigation water with remote control systems.
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Computerized and automated systems to achieve high-yield cultivation.
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Specialist consultancy for the projection, management, and implementation of integral engineering projects.
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Our experience
for positive change
Application of the mycorrhizal fungus in maize Glomus Iranicum var. Tenuihypharum
Biostimulant of biological origin based on the mycorrhizal fungus, glomus iranicum var. Tenuihypharum, developed on solid substrate. It is a species of arbuscular mycorrhizal fungus
Adaptation of organic quinoa cultivation in the Region of Murcia and its applications
The aim of the ECOQUINOA project is to study the possibilities of adapting organic quinoa cultivation to the agro-climatic conditions of the Region of Murcia.
Specialist course in management of horticultural crops in greenhouses with technology
The course covers all the necessary knowledge to be able to train technicians who are able to carry out the production in greenhouses with high
Integral project of intensive agriculture with agronomic study
Integral design of agricultural farms for intensive horticulture production. Identification of productive plots, topographical surveys, hydrogeological analysis of planned boreholes, comprehensive agronomic study. Preliminary technical
Comprehensive project for plant varieties
Complete turnkey project with intensive cultivation in greenhouses, and extensive cultivation in the open air. To this end, an efficient irrigation and drainage system was
Artificial intelligence against climate change
This multidisciplinary project proposes the development of a high-performance IOT infrastructure in order to create autonomous decision support systems (SAAD), which optimize resources in intensive
Operation and maintenance of localised irrigation installations
The course offers the student an update on the current situation in the management and maintenance of localised irrigation. The objective is to reinforce and
Multi Tunnel Greenhouses for Hanging Crops
Greenhouses project technologically equipped for hanging crops.
Integral greenhouse project
The greenhouse project for vegetables includes high technology with hydroponic system and medium technology with mixed coconut system, with screen, irrigation, high fog, fans and
Application of the mycorrhizal fungus in cucumbers Glomus Iranicum var. Tenuihypharum
Inoculant of biological origin based on the mycorrhizal fungus, glomus iranicum var. Tenuihypharum, developed on solid substrate. It is a species of arbuscular mycorrhizal fungus
Genetic improvement of almond trees
The objective of the CEBAS-CSIC Almond Tree Breeding program is to obtain new varieties adapted to the different climatic conditions of the producing regions. The
Turnkey project for vegetable cultivation
Complete irrigation head composed of fertigation equipment, UV disinfection system, metal reservoir, filter head, PE fertilizer tanks, climate control equipment, among others. It has an
Success stories
Advantages of the use of nanobubbles in irrigation
The use of nanobubbles in irrigation water has numerous advantages such as: strengthening of roots and improvement of nutrients; increase in weight and calibre of
Sensor management in soil cultivation
Demonstration of the use of sensors in a semi-hydroponic crop with coconut fibre in the soil.
