Our objectives
Designing, implementing, and perfecting more sustainable business models will also bring us closer to the United Nations SDGs.
Objective 1
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 2
Ending poverty
- Eradicating extreme poverty for all humanity. The development of the countryside generates wealth for the country and its population.
- Guaranteeing the mobilization of resources in order to propose sufficient means to develop poverty-ending programmes.
- Guaranteeing the same rights to economic resources, basic services, control of land and other assets.
Objective 3
Gender equality
- Undertaking reforms that give women equal rights to economic resources, as well as access to ownership and control of land.
Objective 4
Affordable clean energy
- Responsible energy consumption for the countryside through technology.
Objective 5
Decent work and economic growth
- Increasing the yield of agricultural production through technology as a lever for the generation of employment.
Objective 6
Industry, innovation, and infrastructure
- Sustainable modernization of agro industry infrastructures through innovation and technology.
Objective 7
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 8
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.
At AgritechMurcia we promote an agricultural model that is more profitable and sustainable in the long term, by combining technological innovations with new financial models in a full range of comprehensive services.
Our solutions
Specialist consultancy for the projection, management, and implementation of integral engineering projects.
01
Design of equipment for optimal control of irrigation water with remote control systems
03
Research into new types of cultivation adapted to the needs of each area.
04
Our experience
for positive change
Hydraulically extendable chassis for mechanical and ecological inter-row weeding
Equipment for interrow weed control and soil removal to improve soil micro-oxygenation and eliminate resource competition for the trees. Adjustable working width. Adaptable to different
Application of the mycorrhizal fungus in cucumbers Glomus Iranicum var. Tenuihypharum
Inoculant of biological origin based on the mycorrhizal fungus, glomus iranicum var. Tenuihypharum, developed on solid substrate. It is a species of arbuscular mycorrhizal fungus
Hydraulic equipment for irrigation water saving in Morocco
The installation of hydraulic equipment will allow savings of 50 percent in a project to modernise the perimeter of Aoulouz in Morocco. The project covers
Root biotechnological biostimulant
In this 1200 square meter barley farm (Volley variety) in Santa Eulalia, next to the Sierra Palomera (Teruel) was sown on November 26 and treated
GROW BAG Hight Tech Minnesota
Adaptation of new substrate for tomato in high-tech greenhouses.
Development of the Master Plan for the National Agricultural Warehousing System in Senegal
Development of the Master Plan for the National Agricultural Warehousing System in Senegal, including the analysis of the agricultural sector and the design of five
Greenhouses for cannabis cultivation
Construction of two greenhouses for cannabis cultivation equipped with the latest technology for production: drip irrigation, fertigation, climate control, ventilation and humidity systems, heating, screens
Dextrose purification by nanofiltration
The nanofiltration technology used for the purification of dextrose obtains a very high quality in monosaccharides, separating them from disaccharides and other sugars of higher
Photovoltaic multi-tunnel greenhouse
The project includes high technology for the research of crops and photovoltaic energy yields in greenhouses.
Technical, economic and financial feasibility study for a poultry farm
Technical, economic and financial feasibility study for a poultry farm with a production capacity of 1,553 tons/year of chicken meat, covering the entire production cycle,
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
Installation of a 0.6 MW floating photovoltaic plant on an irrigation pond
Installation of a 0.6 MW floating photovoltaic plant on an irrigation pond to power an irrigation system.
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.
GREENDOMO development of a high-productivity system for urban spaces
Technology Pill on the GREENDOMO project. Development of a high productivity system for urban spaces: vertical farming without artificial lighting.
