
Our technology is present in more than one hundred countries, where we advise and offer integral solutions to governments and cooperation agencies for the development of technical and agribusiness projects in rural areas; to irrigation communities, for the design and implementation of their facilities; and to large and small producers, throughout the production process. We also complement the knowledge and training of technicians and field professionals for the optimal application and management of technology.
We are backed by our experience in transforming difficulties into success
The Region of Murcia represents 2.2% of the Spanish territory and 3% of the national water resources for agriculture. For more than 40 years, in this region of arid Mediterranean climate, low rainfall, limited water resources and soils with few nutrients, we have learned to identify the demands of each crop and soil, to control costs and to implement the most sustainable solutions and practices that allow us to maximize production with the greatest efficiency in resource management. Technology and the optimum management of every drop of water have made the Region of Murcia the Garden of Europe, from where more than 20% of Spain’s fruit and vegetable production is exported. The high levels of quality and food safety allow us to reach the most demanding markets.
At AgritechMurcia, we work so that our clients develop useful, efficient, social and sustainable projects, with the precise technology adapted to each crop and place in the world, in order to obtain maximum profitability

Our experience
for positive change

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

Shade net greenhouse with fertirrigation equipment for vegetable cultivation
This is a turnkey project for vegetable production in Oman A sprinkler head was supplied, consisting of various fertigation equipment, PE fertilizer tanks, filter head

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

Basic Aquoponics
The aim is to raise awareness of this system for its future implementation on farms. With aquoponics you can achieve a better use of water

Specialist course in hemp cultivation in greenhouses with technology
The course covers all the necessary knowledge for the production of crops in greenhouses with high technological equipment and can make the most of the

The sweetest melon which lasts several weeks
These markets are characterized for demanding melons with high content in sugar, great taste and great aroma, but with a reduced shelf life. We have

Project for localised irrigation with solar energy to study vegetable varieties and cultivation systems and their adaptation to local agriculture
Production project and technical advice in experimental farm for the study of different varieties of vegetables and cultivation systems. The aim is to analyse the

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

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

Adaptable atomizer with tree mass stop for tree spraying
Atomizer adaptable to all types of fruit and olive trees, with detection of the tree mass for spraying on the tree, reduces the consumption of

Hydroponic irrigation for strawberry cultivation
This is a turnkey project for strawberry cultivation in a hydroponic oscillating system in a greenhouse. The hydroponic irrigation was designed by supplying an irrigation

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
