Our objectives
We are committed to R+D+I as the best way to align ourselves with the challenges of the SDGs.
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
Reduction of inequalities
- Achieving and maintaining growth in the income of the poor population through sustainable and high-performance development of the agricultural sector through multilateral projects financed by third parties.
Objective 3
Affordable clean energy
- Responsible energy consumption for the countryside through technology.
Objective 4
Industry, innovation, and infrastructure
- Sustainable modernization of agro industry infrastructures through innovation and technology.
At AgritechMurcia we collaborate with universities and research centres so that we can offer innovative and effective solutions.
Our solutions
Design of equipment for optimal control of irrigation water with remote control systems
05
Our experience
for positive change
SPECIAL ORGANIC BLUEBERRY SUBSTRATE
BLUE BERRY KING EXTRADRAINE is a substrate that seeks a greater reserve of water and readily available nutrients to reduce the needs of these but without losing aeration and drainage capacity so necessary in the cultivation of blueberries. In addition, due to its special formulation, it allows the substrate to last more years without losing its initial physical characteristics.
Development and deployment of remote control irrigation systems
The installation has 127 remote control points, 1,300 meters and valves. In the Moroccan region of Beni Mellal an exclusive technology system, 100% Spanish, is
Watering with desalinated seawater in citrus fruits and semi-closed hydroponic systems
Water shortages are intensifying as a result of climate change, affecting the sustainability of irrigated agriculture in many regions, such as in south-eastern Spain, where
Lettuce greenhouse project in Iran
High technology project. Fully automated for the production of different varieties of lettuce in hydroponics. It is characterised by the use of several humidification systems
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
Food handler. Rural food processing and catering sector
The course will cover all the measures needed to ensure the safety and wholesomeness of foodstuffs. The measures cover all stages after primary production, including
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
Fertirrigation project for blueberry cultivation in Mexico
This is a turnkey project carried out with one of the largest berry producing companies in the world. The project has more than 150 hectares
SPECIAL ORGANIC BLUEBERRY SUBSTRATE
BLUE BERRY KING EXTRADRAINE is a substrate that seeks a greater reserve of water and readily available nutrients to reduce the needs of these but without losing aeration and drainage capacity so necessary in the cultivation of blueberries. In addition, due to its special formulation, it allows the substrate to last more years without losing its initial physical characteristics.
Multi-tunnel greenhouses equipped for intensive production in cold climates
Design, manufacture and construction of greenhouses fully equipped technologically with the following systems: Australian water reserve tank in head, drip irrigation, fertigation, mixed screen, destratification
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
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
Success stories
Genetic improvement of Japanese plum
Technology Pill on breeding development of Japanese plum trees
Genetic improvement of Japanese plum
Technology Pill on breeding development of Japanese plum trees
