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
Multi-tunnel greenhouses equipped for suspended crops
Design, manufacture and construction of multi-tunnel greenhouses, chapel model. Technologically equipped with zenithal and lateral ventilation, energy saving screen, water heating with biomass boiler rails,
Irrigation project for organic soya production
Integral engineering project and accompaniment to production on a 1,000 ha farm in the northern region of Senegal. Design of a sprinkler irrigation system using
Recovery of the waste generated in the olive oil extraction process
The project offers a new process by which oil mills produce two new by-products from the waste generated in the oil industry. The use of
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
Growing blueberries on coconut fibre
This project consists of six high flow fertilizer injection units to inject 1200l/h per injection line. They are intended to control the fertigation of up
Fertigation equipment for blueberry cultivation
Fertigation automation project. In view of the great demand for this type of crop at a world level and the great added value demanded by
Sizymes: ortho-silicic acid
Demonstration trial of the efficacy of the application of Sizymes in a lemon tree crop against frost. Foliar application of Sizymes at a dose of
Greenhouse for extreme climate
The project includes high technology with hydroponic irrigation and air conditioning with extreme heat and humidity conditions.
Smart water meters
As part of the Automation and Digitalization of the Water Cycle project, 32,675 smart water meters are being supplied to various towns in Galicia. These
FRUIT AND TRUNK GROWTH MONITORING IN PLUM TREES
An integrated monitoring and control system was implemented in a plum plantation with the objective of maximizing irrigation efficiency and improving fruit quality. Using dendrometry
Hydraulically extendable chassis for mechanical and ecological inter-row weeding
Equipment for interrow weed control and soil removal to improve soil micro-oxygenation and eliminate resource competition for the trees. Adjustable working width. Adaptable to different
Greenhouse for strawberry cultivation in hanging troughs
Main technical features: Butterfly Type Zenithal Ventilation: provides efficient air circulation, regulating the temperature and humidity inside the greenhouse. It is essential for maintaining a
Success stories
Underground drip irrigation: a profitable bet
Azud’s technological pill on Underground Drip Irrigation (RGS), a profitable bet for your crops.
Genetic improvement of Japanese plum
Technology Pill on breeding development of Japanese plum trees
