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.
01
Design of equipment for optimal control of irrigation water with remote control systems
09
Specialist consultancy for the projection, management, and implementation of integral engineering projects.
10
Our experience
for positive change
Greenhouse with polycarbonate roof with high wind resistance
The project includes high technology for seedbed production and resistance to winds of up to 140 km/h.
Modernisation of irrigation of more than 2,500 hectares with non-conventional waters
Irrigation modernisation project of 2,500 hectares, designed under the approach of circular economy, zero discharge and energy efficiency. The agricultural installation, which will be developed
Water desalination for irrigation and agro-food industry
Desalination equipment for brackish or saline water from aquifers with high salinity and which, without treatment, is not suitable for use in the agro-food industry.
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
Safety from water with high organic load
The Northern Cape province is a very dry area, where the main source of water comes from the Orange River (highly loaded, changing water with
Sustainability in the management of soil contaminated by mining waste
The objective is to assess to what extent the addition of organic amendments (compost/biochar combination) and/or the establishment of plants allows to trigger soil evolution
Greendomo, sustainable crops in the city
The European project Greendomo will make it possible to obtain a closer cultivation, reducing the consumption of resources in terms of cost and time spent
CANAL NFT INDOOR
We carried out an indoor project in a cold storage chamber adapted for the hydroponic cultivation of basil, using our Auxprotec NFT gutters installed on
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
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
Containerized desalination plant for avocado irrigation in Chile
Esta solución garantiza un agua de riego con una conductividad inferior a 50 micro siemens, beneficiando el sistema radicular del aguacate y consiguiendo el objetivo
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
Success stories
Super-intensive olive groves (VI): a healthy crop, plagues and diseases
Experts analyse the health of this crop, which is very similar to that of other systems. However, special attention must be paid to the humidity
