Innovation

We conduct research and innovate to shape the future.

We develop our own solutions that stem from listening to those who inspire us: our customers.

We focus each of our innovations on improving water use, preserving natural resources, and making water management more efficient, cost-effective, and straightforward in any setting.

We are committed to innovation in water efficiency and sustainability

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reverse billing for R&D&I

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Active R&D&I projects

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patents

Committed to excellence

Quality sets us apart: It defines our products, our services, our manufacturing processes, and the way we innovate.

We apply the knowledge we generate through research to improve what we do, how we do it, and its impact.

We manufacture to the highest standards, because we view quality as a commitment to sustainability, efficiency, and profitability.

We innovate because we are convinced that only what is done right from the start can make a difference.

Talent with impact real

Our R&D&I projects form the base of our team’s knowledge.

A team capable of turning that knowledge into real, effective, and sustainable solutions. This allows us to support each client on their journey to anticipate and adapt to the major challenges of the present and the future: resource scarcity, environmental demands, and an increasingly complex market.

We conduct research and innovate to provide solutions solid, intelligent, and aligned with the real challenges faced by those who rely on AZUD.

R&D&I Projects

Laserway

Sustainable and flexible manufacturing using extreme high-speed laser processes.

Sustainable and flexible manufacturing using extreme high-speed laser processes.

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Cyclic

Smart agriculture for climate change adaptation.

Smart agriculture for climate change adaptation.

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SIRBIO

Biodegradable seasonal irrigation system enabling sustainable precision agriculture - ABS-20210218.

System for sustainable precision agriculture

Bio-degradable seasonal irrigation system

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G.O. Subalma

Improving the productivity and sustainability of underground drip irrigation systems that use olive oil mill waste as fertiliser through the use of nanobubbles.

The use of nanobubbles has been shown to improve productivity and sustainability.

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Sudipro

Development Of A Production System Adapted To Protected Crops. Exp-00091737 / Itc-20161280.

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REUSAGUA

Integrated management of efficient and safe reclamation and reuse of urban wastewater in agriculture

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Bloom

New filtration technology to solve natural microalgae bloom in desalination plants

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Tomabiotic

Minimisation of the water footprint of tomato cultivation under abiotic stress conditions.

Water footprint minimisation in tomato cultivation under abiotic stress conditions.

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cplast

Development of subsurface irrigation systems with controlled release capacity of root growth inhibitor substances RTC-2015-3321-2.

RTC-2015-3321-2.

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Hypofrut

Development and validation of a semi-hydroponic system for sustainable cultivation (rtc-2014-2141-2).

Development and validation of a semi-hydroponic system for sustainable cultivation (rtc-2014-2141-2).

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Riegotel

TECNOLOGÍAS EFICIENTES DE RIEGO POR GOTEO ADAPTADAS A CULTIVOS LEÑOSOS (RTC-2016-4972-2).

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Evergreen

Development of a production system adapted to protected crops. Exp-00091737 / itc-20161280.

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Let's transform The future together!

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