Innovation and Knowledge

Our objectives

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.

Solutions

At AgritechMurcia we collaborate with universities and research centres so that we can offer innovative and effective solutions.

Our solutions

Agribusiness

Collaboration with countries seeking to promote a new agro-industrial development.

Research

Highly qualified departments offering more technologically efficient solutions.

Training

Continuous bespoke training for the professionals using our products and services.

Water treatment

Hydraulic plants for the efficient, ecological, and rational use of water.

Management of irrigation water

Design of equipment for optimal control of irrigation water with remote control systems

Filtration of irrigation water

Filtering equipment to protect the irrigation system.

Our experience

for positive change

Experience

Agrochemical decontamination of agricultural soils (LIFE-AGREMSO3IL)

LIFE-AGREMSO3IL is a European project for the agrochemical decontamination of agricultural soils by combining two techniques, solarization and ozonization, in situ. The project has a

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

Greenhouse with geothermal heating

The project includes high technology with geothermal energy heating. It has all the equipment for intensive cucumber production in hydroponic cultivation with an extreme continental

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

Multi-tunnel greenhouses for organic farming

Turnkey project: design, manufacture and construction of multi-tunnel greenhouses of the chapel model in plastic and gothic in mesh. The greenhouses are equipped with simple

Hydroponic Cherry Tomato

Project developed for a European public body. The objective is to develop and promote agriculture and employment in the region concerned in Morocco. Complete project.

Circular economy in viticulture and oenology

The objective is to establish sustainable production guidelines from the triple economic, social and environmental perspective of the vineyard and the corresponding wineries, in parallel

Double cannon with adjustable outlets for phytosanitary treatment

Double outlet cannon with a high air speed focused on the two side nozzles, adjustable in inclination and height to perform treatments from the top

Avocado Irrigation and Fertigation in the open air

It has fertigation and precision irrigation with humidity, temperature and EC probes in the soil. Dripper at 0.6 cm and 2.2 litres, with double line

Fertigation and underground drip irrigation in organic apple

One of the great advantages of underground drip irrigation systems is the rapid growth and formation of the crop. This is achieved thanks to the

bioestimulante de origen biológico basado en el hongo micorricico

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

Hydroponic cultivation of tomatoes

Tomato cultivation with complete hydroponic soil system (a drainage collection system in hydroponic cultivation suitable for crops where grower’s bags are used) and white gutter.