Our objectives
Transforming the landscape of agricultural production will enable us to address some of humanity’s most important sustainable development goals.
Objective 1
Zero hunger
- Bringing an end to hunger and malnutrition and ensuring access to healthy food.
- Doubling agricultural productivity and the income of food producers.
- Sustainability of production systems and agricultural practices to increase productivity and production.
- Maintenance of ecosystems.
- Improving rural infrastructure, agricultural research, and technological development of the field.
- Promoting agricultural development in the country itself.
- Ending the volatility of food prices.
Objective 2
Responsible production and consumption
- Applying sustainable consumption and production methods.
- Achieving sustainable management and efficient use of natural resources.
- Reducing food losses in production, supply, and post-harvest chains.
- Environmentally responsible management of chemicals.
- Help for developing countries to enhance their scientific and technological capacity so that they can move towards sustainable consumption and production.
- Applying instruments to monitor effects on sustainable development.
Objective 3
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.
Objective 4
Decent work and economic growth
- Increasing the yield of agricultural production through technology as a lever for the generation of employment.
At AgritechMurcia we develop different lines of work to help farmers guarantee an increasingly efficient and sustainable agricultural production.
Our solutions
Research into new types of cultivation adapted to the needs of each area.
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Design of equipment for optimal control of irrigation water with remote control systems
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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
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
Photovoltaic multi-tunnel greenhouse
The project includes high technology for the research of crops and photovoltaic energy yields in greenhouses.
Integrated Pest Management in Summer Horticulture
The course presents general aspects and principles for application in pest management as well as specific measures for protection areas, in different crops. In particular
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
Turnkey greenhouse with high technology for tomato cultivation
Project developed in turnkey format. Fully equipped with high technology to meet the high marketing standards required for sale in the USA. Includes hydroponic systems
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
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
Pre-pruner with reinforced discs
Compact and articulated disc pre-pruners for pre-pruning of side and top trees (topping). The pre-pruner has hydraulic motors on each disc. Its rotating chassis allows
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
Greenhouses and fertigation for tomato and pepper cultivation
Design, manufacture and construction of greenhouses for the cultivation of vegetables such as tomatoes and peppers. The greenhouse model is a tunnel and multi-tunnel chapel
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
Greenhouses for pepper cultivation
The project consists of the design, manufacture and construction of tropical or asymmetric multi-tunnel greenhouses technologically equipped for the cultivation of peppers. The installation is
Success stories
Genetic improvement
Varietal innovation in almond, apricot and Japanese plum trees. Improvement of fruit trees of the Prunus genus, breeding biology, resistance and adaptation.