AZUD https://azud.com/en/ Somos una compañía global en la que trabajamos más de 450 personas en 100 países, para promover La Cultura del Agua en la nueva agricultura. Wed, 29 Jul 2026 07:19:16 +0000 en-US hourly 1 https://azud.com/wp-content/uploads/2026/01/cropped-favicon-32x32.webp AZUD https://azud.com/en/ 32 32 AZUD marks a turning point in drinking water: it has certified its entire disc filtration system under ACS https://azud.com/en/blog/azud-marks-a-turning-point-in-drinking-water-it-has-certified-its-entire-disc-filtration-system-under-acs/ Fri, 15 May 2026 10:20:59 +0000 https://azud.com/blog/azud-marks-a-turning-point-in-drinking-water-it-has-certified-its-entire-disc-filtration-system-under-acs/

AZUD has become the first company in the industry to obtain ACS certification for an entire automatic disc filtration system for drinking water applications.

ACS certification for the entire system AZUD HELIX AUTOMATIC FT represents a significant advance in projects intended for human consumption, as it ensures the health compliance of all materials that come into contact with water under actual operating conditions.

Unlike the market’s usual approach, which is based on individual certifications for each component, this system has been validated as a integrated team. When certification is limited to components, the responsibility for validating the assembly falls on engineering teams and contractors, creating technical uncertainty and additional responsibilities during the design phase.

With the certification of the entire team, AZUD eliminates these uncertainties and provides a solution that is fully compliant with the most stringent regulatory requirements, ready for specification and integration into drinking water projects.

Key benefits for engineering firms, contractors, and public entities:

  • Complete system certified under ACS, not just individual components
  • Risk Mitigation in Technical Approval Processes
  • Simplifying Documentation During the Project and Bidding Phases
  • Greater regulatory compliance and traceability of the installed system
  • Streamlining Timelines for Drinking Water Projects at the National and International Levels

AZUD HELIX AUTOMATIC FT has thus evolved from a technically sound piece of equipment into a solution that is fully aligned with the most demanding requirements for drinking water, making it easier to integrate into municipal infrastructure, supply networks, and projects where certification of the entire system is crucial.

]]> AZUD Takes Another Step Toward Sustainability with AENOR’s Zero Waste Certification https://azud.com/en/blog/azud-takes-another-step-toward-sustainability-with-aenors-zero-waste-certification/ Fri, 15 May 2026 10:00:11 +0000 https://azud.com/blog/azud-takes-another-step-toward-sustainability-with-aenors-zero-waste-certification/

The past Friday, April 24, AZUD received the AENOR Zero Waste Certification, at an event in which the Ángel Luis, Director of AENOR Murcia, presented the certificate to our CEO, Alejandro Escolar. This recognition highlights the company’s commitment to responsible and efficient waste management.

Certification AENOR’s Zero Waste Initiative certifies that an organization manages its waste rigorously, ensuring that most of it is reused, recycled, or recovered, thereby preventing it from being sent to landfills. In the case of AZUD, this recognition attests to our ability to recycle more than 90% of the waste generated, reaching levels close to 98 %, characteristic of standards of excellence.

This achievement goes beyond simply obtaining a certificate. It reflects a management approach based on process control, operational efficiency, and continuous improvement, integrating sustainability as a core pillar of our daily operations.

AENOR Zero Waste

 

Sustainability Integrated into the Business Model: AZUD BLUE

The Zero Waste certification is part of AZUD BLUE, the strategic program that brings together sustainability, certification, and business model under a clear vision: “More Profitable / More Sustainable”. From this perspective, at AZUD we view sustainability not as an afterthought, but as a a way to grow, improve, and provide real, tangible value to our customers.

In an increasingly demanding environment, this approach allows us to anticipate, prioritize certifications that have a tangible impact and use sustainability as a a key differentiator and positioning factor.

Obtaining AENOR’s Zero Waste certification reinforces this path, consolidating a model at AZUD based on the continuous improvement and strengthening our position as an international leader in efficient water use solutions, where sustainability and profitability are not only compatible but also go hand in hand.

Learn more about our commitment to sustainability at: azud.com/about-us/sustainability

 

]]> SUB-SURFACE DRIP IRRIGATION as a tool for coping with water stress https://azud.com/en/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-3/ https://azud.com/en/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-3/#respond Wed, 15 Apr 2026 13:14:46 +0000 https://azud.com/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-3/

Mediterranean regions, as well as other parts of the world, are currently facing a serious water stress problem.

Very low rainfall, combined with prolonged periods of drought, significantly limits water availability. Furthermore, extreme weather events disrupt agricultural production and cause soil erosion. This, coupled with the increasingly common occurrence of soils with high salinity and low fertility, severely hinders the growth of many crops.

However, there are crops, such as the carob tree, which have proven over decades to be particularly well-suited for combating desertification and stabilizing degraded soils thanks to their drought resistance. This is also due to their ability to grow in nutrient-poor soils. Furthermore, this tree’s potential for carbon sequestration makes it a highly suitable tool for promoting climate change mitigation.

However, at present, there is still significant room for improvement in its productivity.

Although it has traditionally been a rain-fed crop, the impact of implementing sub-surface drip irrigation (SDI) It has been studied as an effective irrigation method to maximize water efficiency and improve crop yields without compromising natural resources. SDI represents a paradigm shift and a transformation in the agricultural management of this crop.

UGD allows water to be applied directly to the root zone, which reduces losses due to evaporation and ensures the most efficient use of water resources.

Implementation of UGD in Carob Cultivation

As part of the CICLICA PRIMA As part of a research project, work was carried out in 2021 to convert an 8-hectare commercial plot of 7-year-old rain-fed carob trees. The conversion was based on the implementation of a SUB-SURFACE DRIP IRRIGATION system using AZUD PREMIER PC AS 16 emitter tubes at a depth of 30 cm. Additionally, an AZUD LUXON A filtration system was installed to ensure the quality of the nutrient solution and prevent clogging of the irrigation emitters.

For the experimental monitoring of this plot, soil probes were installed to measure substrate moisture, temperature, and conductivity; plant sensors were used to measure the trees’ physiological response; and a weather station was set up to provide detailed information on the plot’s environmental conditions.

All of these sensors were connected to an AZUD DLOG 600 unit, which enabled comprehensive and continuous monitoring of weather conditions and the entire crop environment for real-time tracking from any device.

Under these conditions, The RGS proved to be an effective strategy for ensuring efficient water use and enabling a water supply without losses due to evaporation or runoff.

RGS made the crop more resilient to drought. It also helped minimize the negative effects of irrigation water salinity, allowing the carob tree to tolerate water with a salinity of up to 4 dS/m.

Under conditions of severe rainfall scarcity (< 200 mm of annual precipitation), RGS helped improve the carob tree’s vegetative growth and increase fruit weight. It also helped maintain more stable production, even increasing yield in some cases.

Under moderate rainfall conditions (400–550 mm of annual precipitation), UGI helped improve production and stabilize the harvest, resulting in a more predictable and consistent yield, which in turn reduced the financial risks associated with the harvest.

Impact of Subsurface Drip Irrigation

As a result of this transition from rain-fed carob cultivation to irrigated cultivation using SUB-SURFACE DRIP IRRIGATION, the following results were obtained:

  • Optimized water use: UGD enables highly efficient water application without losses due to evaporation.
  • Greater stability in water: UGD resulted in better-hydrated trees with less water stress.
  • Weed control: UGD prevented the growth of unwanted weeds.
  • Better adaptation to salinity: UGD increased the carob tree’s resilience to irrigation water with high electrical conductivity.
  • Positive environmental impact: The RGS enabled irrigation with limited and reduced water consumption, which optimized the crop’s water footprint.
  • Increased profitability: RGS ensured more stable and higher-quality production, which resulted in lower financial risk.

The use of soil, plant, and weather sensors, meanwhile, ensured more efficient resource management through continuous and precise monitoring of the system’s climatic and environmental conditions. This information enables real-time decision-making, which directly impacts the optimization of water volume application rates, ensuring that the crop receives the appropriate resources based on its actual needs.

In short, RGS has proven to be an effective and sustainable solution for increasing carob crop productivity in the context of climate change and limited water resources.

Therefore, the adoption of efficient irrigation technologies is key to the future of the agricultural sector.

The CICLICA project is part of the PRIMA program and is funded by the European Union and the Center for Technological and Industrial Development (CDTI).

]]> https://azud.com/en/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-3/feed/ 0 AZUD Helps Restore Water Treatment in Godelleta (Valencia) Following the DANA https://azud.com/en/blog/azud-helps-restore-water-treatment-in-godelleta-valencia-following-the-dana/ Wed, 08 Apr 2026 15:25:50 +0000 https://azud.com/blog/azud-helps-restore-water-treatment-in-godelleta-valencia-following-the-dana/ The Industrial Division of the AZUD contributed to the restoration of wastewater treatment at the Godelleta WWTP (Valencia) following the passage of the most recent DANA. Thanks to the installation of a treatment plant AZUD WATERTECH WW MBBR Thanks to the containerized solution, it was possible to quickly and efficiently restore the wastewater treatment system, minimizing the impact of the emergency on water management.n n The recent DANA caused significant damage to essential infrastructure, affecting the operation of several wastewater treatment plants in the Valencian Community. In response to this situation, AZUD Industrial provided an immediate solution, supporting the work of the Global Omnium – EGEVASA, whose efforts were essential to ensuring the supply of drinking water and the restoration of the affected facilities.n n Godelleta DANA Wastewater Treatment Plantn n “Our commitment to efficient and sustainable water management drives us to develop solutions that meet the sector’s real needs, especially in emergency situations like this one,” says Francisco Peña López, sales manager at AZUD Industrial and a water treatment specialist.n n AZUD’s containerized MBBR (Moving Bed Biofilm Reactor) technology stands out for its ability to adapt to different operating conditions, making it easy to install and commission in record time. Its modular design allows for a rapid response in decentralized settings, restoring water treatment without the need for major construction or long implementation timelines.n n Godelleta DANA Wastewater Treatment Plantn n Thanks to its inventory plan and fast manufacturing lead times, AZUD Industrial ensures immediate solutions when they are needed most, contributing to the resilience of water infrastructure in the face of extreme weather events.n n With this initiative, AZUD reaffirms its commitment to optimizing water resources, sustainability, and efficiency in water management, supporting communities and operators in implementing innovative, high-impact solutions.

]]> Irrigation optimization in artichoke cultivation: technology and sustainability. https://azud.com/en/blog/irrigation-optimization-in-artichoke-cultivation-technology-and-sustainability-2/ https://azud.com/en/blog/irrigation-optimization-in-artichoke-cultivation-technology-and-sustainability-2/#respond Tue, 20 May 2025 13:54:21 +0000 https://azud.com/blog/irrigation-optimization-in-artichoke-cultivation-technology-and-sustainability-2/ La alcachofa es una de las hortalizas más apreciadas en la gastronomía mundial, destacando no solo por su sabor característico sino también por sus numerosos beneficios nutricionales y medicinales. Originaria del Mediterráneo, esta planta ha conquistado terrenos en diversas regiones del mundo, especialmente en zonas con climas templados y suelos fértiles. Sin embargo, el éxito en el cultivo de la alcachofa no se logra solo con la elección del terreno adecuado; el manejo del riego es una pieza clave para garantizar una producción de alta calidad.

La alcachofa es una planta perenne, aunque en la nueva agricultura suele cultivarse como bianual o trianual. Su sistema radicular es fuerte y profundo, lo que le permite adaptarse a diversos tipos de suelo. Sin embargo, para obtener los mejores resultados, se recomienda cultivarla en suelos bien drenados, arenosos y ricos en materia orgánica.

El clima es uno de los factores determinantes en el cultivo de la alcachofa. Esta planta prospera en climas templados con inviernos suaves y veranos moderados. Las temperaturas óptimas para su desarrollo oscilan entre 7°C y 29°C, evitando siempre las heladas que pueden arruinar la cosecha.

La importancia del riego en el cultivo de alcachofa

Alcachofa

El riego es quizás la práctica agrícola más crítica en el cultivo de la alcachofa. Aunque esta planta es relativamente resistente a la sequía, la calidad y el rendimiento de la cosecha dependen en gran medida de un suministro de agua adecuado y constante. Durante la germinación y el establecimiento de las plántulas, un riego regular es esencial para desarrollar un sistema radicular fuerte. A medida que la planta crece y desarrolla su follaje, sigue necesitando agua para evitar el estrés hídrico, que puede comprometer el rendimiento.

El riego por goteo se destaca como el método más eficiente para el cultivo de la alcachofa. Este sistema permite suministrar agua directamente a las raíces, minimizando la evaporación y reduciendo el riesgo de enfermedades foliares, que pueden ser causadas por la humedad excesiva en las hojas. Además, el riego por goteo contribuye a un uso más racional del agua, un recurso cada vez más escaso y valioso.

La frecuencia del riego debe ajustarse según las condiciones climáticas y el tipo de suelo. Es fundamental mantener el suelo uniformemente húmedo, evitando tanto el exceso como la falta de agua. Se recomienda realizar el riego en las primeras horas de la mañana para minimizar la evaporación y asegurar que las plantas absorban la humedad de manera eficiente.

Recomendaciones de AZUD para el riego de alcachofa

Alcachofa

Para maximizar la producción y garantizar la calidad de la cosecha, es crucial asegurar un riego uniforme. En este sentido, la tubería de riego con gotero integrado autocompensante AZUD GENIUN se presenta como una solución ideal, especialmente en parcelas con pendiente o cuando las longitudes de ramal son significativas. Estos emisores aseguran que cada planta reciba la misma cantidad de agua, independientemente de su posición en el campo, lo que es fundamental para mantener la homogeneidad del cultivo.

Además, los expertos de AZUD recomiendan una estación de monitoreo para facilitar el control de humedad y profundidad mediante sondas suelo, que son sensores para la medición precisa del contenido de humedad, temperatura y conductividad eléctrica del suelo que permite tomar decisiones en cuanto al riego y la nutrición vegetal de los cultivos. Esta solución está diseñada para asegurar la disponibilidad de agua y nutrientes para la planta, evitar la acumulación de sales y preservar el suelo y su entorno.

La uniformidad en el riego también tiene un impacto directo en la recolección de la alcachofa, que se realiza en varias fases durante los meses de invierno y primavera, dependiendo de la región del mundo. Una adecuada gestión del riego y la fertilización puede mejorar la uniformidad de los cogollos, lo que permite obtener el máximo rendimiento en cada pase de recolección. Esto no solo mejora la calidad del producto final, sino que también optimiza los recursos y aumenta la eficiencia del proceso de cosecha.

Calidad del agua y su influencia en el cultivo

AZUD HELIX AUTOMATIC 203 03La calidad del agua de riego es otro aspecto que no debe descuidarse. La alcachofa es una planta relativamente tolerante a la salinidad, pero un exceso de sales en el agua puede favorecer la aparición de enfermedades. Por ello, es importante analizar la calidad del agua utilizada en el riego y, si es necesario, implementar medidas de corrección.

Para enfrentar estos retos, AZUD ha desarrollado tecnologías específicas que permiten garantizar la calidad del agua en los sistemas de riego de alta precisión. En particular, los equipos de filtración de discos autolimpiantes AZUD HELIX AUTOMATIC se ha convertido en una de las opciones más avanzadas para la gestión del agua en el cultivo de la alcachofa.

AZUD HELIX AUTOMATIC es una solución tecnológica diseñada para optimizar el uso del agua en condiciones agrícolas exigentes. Este sistema de filtración se basa en un conjunto de discos que retienen partículas en suspensión, tanto inorgánicas como orgánicas, y que se limpian automáticamente mediante un proceso de contralavado secuencial. Lo que lo hace particularmente eficiente es su capacidad de mantener un suministro continuo de agua filtrada sin interrupciones, incluso durante el proceso de limpieza.

Alcachofa

El cultivo de la alcachofa, aunque desafiante, puede ser altamente gratificante si se siguen las prácticas agrícolas adecuadas, especialmente en lo que respecta al riego. Un manejo eficiente del agua, junto con el uso de tecnologías avanzadas como la tubería de riego con gotero autocompensante AZUD GENIUN, no solo mejora la calidad de las alcachofas, sino que también contribuye a la sostenibilidad del cultivo, un aspecto cada vez más relevante en la nueva agricultura. Con las técnicas y el cuidado adecuados, la alcachofa puede seguir siendo una hortaliza estrella en nuestras mesas, apreciada tanto por su sabor como por sus beneficios para la salud.

]]> https://azud.com/en/blog/irrigation-optimization-in-artichoke-cultivation-technology-and-sustainability-2/feed/ 0 AZUD participates in the ERDE initiative, reinforcing its commitment to sustainability https://azud.com/en/blog/azud-participates-in-the-erde-initiative-reinforcing-its-commitment-to-sustainability-2/ https://azud.com/en/blog/azud-participates-in-the-erde-initiative-reinforcing-its-commitment-to-sustainability-2/#respond Tue, 20 May 2025 13:53:33 +0000 https://azud.com/blog/azud-participates-in-the-erde-initiative-reinforcing-its-commitment-to-sustainability-2/

In a world that demands more sustainable solutions, agriculture faces the challenge of efficiently managing the plastic waste generated in its operations. In this context,  AZUDhas joined the initiative;ERDE (Erntekunststoffe Recycling Deutschland)a leading program in Germany that facilitates the collection and recycling of agricultural plastics, including irrigation tapes.

ERDE, under the umbrella of IK Industrievereinigung Kunststoffverpackungen e.V. and managed by RIGK, is dedicated to creating a closed loop for used agricultural plastics. This system not only ensures the recycling of materials such as silage films, nets and Irrigation driplines, but also drastically reduces the carbon footprint of agriculture. The initiative is supported by a nationwide network of collection points where farmers and distributors deliver these materials, which are then processed into new raw materials.

AZUD, internationally recognized for its High precision Irrigation systems, has been one of the first companies to collaborate with ERDE in the inclusion of Irrigation tapes as a category within the program.

ERDE Initiative

This effort reinforces AZUD’s commitment to sustainability, ensuring that end-of-life products do not become waste, but are properly recycled. Through this initiative, AZUD offers its partners and customers in Germany a practical and efficient solution for managing agricultural plastic waste, facilitating their access to a specialized recycling network. In addition, this collaboration not only contributes to reducing the environmental impact of the products, but also fosters the transition to a more sustainable agriculture, based on circular economy principles.

The inclusion of Irrigation tapes in the ERDE system allows the transformation of these plastics into new materials, thus closing the product life cycle. This approach not only minimizes waste, but also significantly reduces the carbon footprint of agricultural operations.

at AZUD, we are very pleased to be part of this important initiative, contributing to a more sustainable agriculture,” says Ramón Alcaraz, international sales manager at AZUD.

A step towards integral sustainable development

AZUD’s participation in the ERDE project not only addresses the immediate need to manage plastic waste, but also aligns with a global vision of sustainability, framed in the Sustainable Development Goals (SDGs) promoted by the United Nations. In particular, this collaboration highlights the fulfillment of the SDGs;SDG 12: Responsible Production and Consumptionwhich advocates waste reduction and the efficient use of natural resources.

By promoting a circular economy model, AZUD helps create a system where materials are not discarded, but recycled and reused, minimizing their environmental impact. This approach not only benefits the environment, but also offers economic advantages for farmers, who can significantly reduce the costs associated with the disposal of plastic waste through recycling.

In addition, the initiative reinforces AZUD’s commitment to sustainability, ensuring that each stage of the life cycle of its products, from production to final disposal, complies with the principles of environmental responsibility.

José Giné s, head of quality and environment at AZUD, highlights: “Our collaboration with ERDE not only reflects our ongoing commitment to sustainability and environmental responsibility, but is also a key step within our overall sustainability strategy. This initiative reinforces our alignment with the Sustainable Development Goals, especially with regard to responsible production and consumption (SDG 12), promoting more responsible and environmentally friendly agricultural practices;

The recycling of Driplines, now integrated into ERDE, has proven to be an efficient solution for both farmers and the environment. According to recent studies, recycling costs are up to 50% lower compared to traditional methods such as incineration. In addition, the initiative contributes significantly to the reduction of CO₂ emissions and the use of resources.

With this collaboration, AZUD takes a firm step towards sustainability, demonstrating that innovation in agriculture is not only in the fields, but also in shared responsibility for the environment.

]]> https://azud.com/en/blog/azud-participates-in-the-erde-initiative-reinforcing-its-commitment-to-sustainability-2/feed/ 0 Launching of LaserWay’s first Innovation Report https://azud.com/en/blog/launching-of-laserways-first-innovation-report-2/ https://azud.com/en/blog/launching-of-laserways-first-innovation-report-2/#respond Tue, 20 May 2025 13:52:34 +0000 https://azud.com/blog/launching-of-laserways-first-innovation-report-2/

1. LaserWay® Innovation Report

The project LaserWayhigh works to develop innovative, sustainable and extremely high-speed linear processes.

The aim is for European industry to increase its flexibility and adaptability so that it can replace conventional methods that have become obsolete, inefficient and wasteful and, of course, environmentally damaging.

LaserWaythe company is driving a revolution that will help consolidate Europe’s position as a world leader in advanced manufacturing technologies.

The first one is now available;LaserWay® Innovation Reportin which we have collected the main events and milestones achieved during the year 2024. Download it at the following link and get to know in detail the main actors of the project and its most important activities during the last months.

LASERWAY1 3

The project “Sustainable and flexible manufacturing through extreme high-speed laser processes”, LaserWaywith Grant No.: 101138739is funded under the Horizon Europe Framework Program. HORIZON-CL4-2023-TWIN-TRANSITION-01.

The execution period is from January 1, 2024 to December 31, 2026. And its total budget is 5,392,275.72 €.

EN Funded by the EU POS scaled

Authors

AZ

]]> https://azud.com/en/blog/launching-of-laserways-first-innovation-report-2/feed/ 0 Efficient Filtration: the key to clog-free and sustainable Irrigation https://azud.com/en/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation-2/ https://azud.com/en/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation-2/#respond Tue, 20 May 2025 13:50:17 +0000 https://azud.com/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation-2/ The performance of an Irrigation system depends largely on the quality of its filtration. Inefficient filtration not only compromises water and Fertilizers distribution, but can also lead to clogged Drippers, increasing operating costs and reducing farm profitability.

In a context where sustainability and resource optimization are a priority, upgrading filtration systems becomes a fundamental step to ensure efficient and profitable Irrigation.

The need to modernize filtration systems

Scaled Filtration Equipment

Use of old or poor quality filters can cause a variety of problems that directly affect Irrigation efficiency:

  • Loss of uniformity in the application of water and fertilizers, which has a negative impact on crop development.
  • Increased maintenance costs due to recurring blockages that require frequent cleaning and replacement.
  • Waste of water and energy, increasing operating costs and affecting the sustainability of the irrigation system.

On the contrary, the implementation of advanced filtration systems makes it possible to optimize resources, improve operational efficiency and ensure precise control of Irrigation, significantly reducing the water and energy footprint of farms.

The importance of choosing original and certified filters

There are multiple filtration options on the market, but not all of them meet the quality standards necessary to ensure optimum performance. Opting for original and certified filters provides key advantages, such as:

  • Longer equipment life, thanks to high quality materials and a design optimized for agricultural use.
  • Compatibility with advanced Irrigation systems, ensuring efficient Operation without risk of incompatibility or premature failure.
  • Efficiency in the elimination of impurities and suspended solids, avoiding clogging of the Dripper and maintaining a constant Flow rate.

It is not just a matter of replacing a filter, but of investing in a proven solution that guarantees maximum efficiency and profitability in the long term.

AZUD HELIX AUTOMATIC: innovation and efficiency in filtration

Filtration equipment AZUD HELIX AUTOMATIC in an avocado farm

Among the most advanced options on the market, AZUD HELIX AUTOMATIChas established itself as one of the most efficient filtration solutions for modern agriculture. Its patented technology has been designed to maximize the efficiency of the Irrigation system, minimizing maintenance needs and reducing water waste.

Key benefits of AZUD HELIX AUTOMATIC:

  • Efficient self-cleaning system: allows minimum maintenance, optimizing the operation of the irrigation system.
  • Optimization of water use: reduces waste of resources and improves farm sustainability.
  • Compact and functional design: facilitates installation and improves operability in any type of crop.

This technology not only improves the performance of Irrigation systems, but also contributes to the profitability of farms, ensuring efficient water use and greater security in the distribution of nutrients.

José María Buitrago, application engineer at AZUD, highlights: the key to efficient and sustainable Irrigation lies in the quality of filtration. With technologies such as AZUD HELIX AUTOMATIC, we not only ensure a constant supply free of impurities, but also optimize water resources, reducing water and energy consumption in each Irrigation;

Upgrading filtration systems is not a luxury, but a necessity to ensure efficient and sustainable Irrigation. Choosing original and certified solutions, such as AZUD’s self-cleaning disc filtration equipment, allows to optimize water resources, reduce maintenance costs and avoid production losses due to clogging.

The implementation of advanced filtration technology is a determining factor in maximizing Irrigation efficiency and agricultural profitability. Relying on innovative and certified solutions allows optimizing water use and reducing operating costs, ensuring a stable and sustainable performance in the long term.

For more information about filtration systems, please contact us;AZUDand how they can improve the efficiency of your Irrigation;contact our expertsto receive personalized advice.

]]> https://azud.com/en/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation-2/feed/ 0 SUB-SURFACE DRIP IRRIGATION as a Tool for Addressing Water Stress https://azud.com/en/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-2/ Tue, 13 May 2025 17:25:21 +0000 https://azud.com/blog/sub-surface-drip-irrigation-as-a-tool-for-coping-with-water-stress-2/ The Mediterranean regions, as well as other areas of the world, are currently facing a serious water stress problem.

Very low rainfall, combined with prolonged periods of drought, significantly limits water availability. In addition, extreme weather events disrupt agricultural production and cause soil erosion. This, combined with the increasingly common occurrence of soils with high salinity and low fertility, seriously hinders the growth of many crops.

However, there are crops, such as the carob, which have proven over decades to be particularly well-suited for combating desertification and stabilizing degraded soils thanks to their drought resistance. This is also due to its ability to grow in nutrient-poor soils. Furthermore, this tree’s potential for carbon sequestration makes it a highly effective tool for promoting climate change mitigation.

However, at present, it is still There is significant room for improvement in their productivity.

Although it has traditionally been a rain-fed crop, studies have been conducted on the impact of implementing the Sub-surface Drip Irrigation (SDI) as an effective irrigation method to maximize water efficiency and improve crop yields without compromising natural resources. RGS represents a paradigm shift and a transformation in the agricultural management of this crop.

The RGS system allows water to be applied directly to the root zone, which reduces evaporation losses and ensures the most efficient use of water resources.

 

SUB-SURFACE DRIP IRRIGATION for carob trees

SUB-SURFACE DRIP IRRIGATION for carob trees

Implementation of RGS in Carob Cultivation

As part of the research project CICLICA PRIMA, in 2021, work was carried out to convert an 8-hectare commercial plot of 7-year-old rainfed carob trees. The conversion was based on the implementation of the SUB-SURFACE DRIP IRRIGATION with a dripline AZUD PREMIER PC AS 16 at a depth of 30 cm. A filtration system was also installed AZUD LUXON to ensure the quality of the nutrient solution supplied and prevent clogs in the irrigation emitters.

For the experimental monitoring of this plot, soil probes were installed to measure substrate moisture, temperature, and conductivity; plant sensors were used to measure the trees’ physiological response; and a weather station was set up to provide detailed information on the plot’s environmental conditions.

All of these sensors were connected to a device AZUD DLOG 600 which enabled comprehensive and continuous monitoring of weather conditions and the entire crop environment, allowing for real-time tracking from any device.

Under these conditions, The RGS proved to be an effective strategy for ensuring efficient water use and providing water without losses due to evaporation or runoff.

The RGS made the crop more resilient to drought. It also helped minimize the negative effects of salinity in irrigation water, allowing the carob tree to tolerate water with a salinity of up to 4 dS/m.

Under conditions of severe rainfall scarcity (< 200 mm of annual precipitation), the RGS helped improve the carob tree’s vegetative growth and increase fruit weight. It also helped maintain more stable production, even increasing yield in some cases. Under moderate rainfall conditions (400–550 mm of annual precipitation), the RGS helped improve production and stabilize the harvest, allowing for a more predictable and consistent yield, which consequently reduced the financial risks associated with the harvest. carob

carob

 

Impact of SUB-SURFACE DRIP IRRIGATION

As a result of this transition from rain-fed carob cultivation to irrigated cultivation using SUB-SURFACE DRIP IRRIGATION, the following results were obtained:

  • Optimizing Water Use: The RGS system enables highly efficient water use without evaporation losses.
  • Greater water stability: The RGS resulted in trees that were better hydrated and experienced less water stress.
  • Weed Control: The RGS prevented the growth of unwanted weeds.
  • Better adaptation to salinity: RGS increased the carob tree’s resilience to irrigation water with high electrical conductivity.
  • Positive environmental impact: The RGS system allowed for irrigation with limited and reduced water consumption, which led to the optimization of the crop’s water footprint.
  • Increased profitability: The RGS ensured more stable and higher-quality production, which led to lower financial risk.

The use of soil, plant, and weather sensors, meanwhile, made it possible to ensure more efficient resource management through continuous and accurate monitoring on the system’s climatic and environmental conditions. This information enables real-time decision-making, which directly impacts the optimization of water application volumes, ensuring that the crop receives the appropriate amount of water based on its actual needs.

In short, the RGS has proven to be an effective and sustainable solution for increasing the productivity of carob cultivation in the context of climate change and limited water resources.

For this reason, the adoption of efficient irrigation technologies is key to the future of the agricultural sector.

Primary cycle

The CICLICA project is part of the PRIMA program and is funded by the European Union and the Center for Technological and Industrial Development (CDTI).

]]> Efficient filtration: the key to sustainable, clog-free irrigation https://azud.com/en/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation/ Tue, 25 Feb 2025 15:41:32 +0000 https://azud.com/blog/efficient-filtration-the-key-to-clog-free-and-sustainable-irrigation/ The performance of an irrigation system depends largely on the quality of its filtration. Inefficient filtration not only compromises the distribution of water and fertilizers but can also cause clogs in the drippers, increasing operating costs and reducing the farm’s profitability.

In a context where sustainability and resource optimization are priorities, upgrading filtration systems is a crucial step toward ensuring efficient and cost-effective irrigation.

The Need to Modernize Filtration Systems

The use of old or low-quality filters can cause various problems that directly affect irrigation efficiency:

  • Inconsistent application of water and fertilizers, which negatively impacts crop development.
  • Increased maintenance costs due to recurring blockages that require frequent cleaning and replacements.
  • Waste of water and energy, driving up operating costs and affecting the sustainability of the irrigation system.

On the contrary, the implementation of advanced filtration systems makes it possible to optimize resources, improve operational efficiency, and ensure precise irrigation control, thereby significantly reducing the water and energy footprints of agricultural operations.

The Importance of Choosing Genuine and Certified Filters

There are many filtration options on the market, but not all of them meet the quality standards necessary to ensure optimal performance. Choosing genuine, certified filters offers key advantages, such as:

  • Longer equipment lifespan, thanks to high-quality materials and a design optimized for agricultural use.
  • Compatibility with advanced irrigation systems, ensuring efficient operation without the risk of incompatibilities or premature failures.
  • Effectively removes impurities and suspended solids, preventing dripper clogging and maintaining a constant flow rate.

It’s not just about replacing a filter; it’s about investing in a proven solution that ensures maximum efficiency and long-term cost-effectiveness.

AZUD HELIX AUTOMATIC: Innovation and Efficiency in Filtration

Among the most advanced options on the market, AZUD HELIX AUTOMATIC It has established itself as one of the most efficient filtration solutions for modern agriculture. Its patented filtration technology is designed to maximize the efficiency of irrigation systems, minimize maintenance requirements, and reduce water waste.

Key Benefits of AZUD HELIX AUTOMATIC:

  • Efficient self-cleaning system: requires minimal maintenance, optimizing the irrigation system’s performance.
  • Optimizing water use: reduces waste of resources and improves the farm’s sustainability.
  • Compact and functional design: makes installation easier and improves operational efficiency for any type of crop.

This technology not only improves the performance of irrigation systems but also contributes to the profitability of farms by ensuring efficient water use and more reliable nutrient distribution.

José María Buitrago, an applications engineer at AZUD, notes: “The key to efficient and sustainable irrigation lies in the quality of filtration. With technologies such as AZUD HELIX AUTOMATIC, we not only ensure a constant, impurity-free water supply, but we also optimize water resources, reducing water and energy consumption with every irrigation cycle.”

Upgrading filtration systems is not a luxury, but a necessity to ensure efficient and sustainable irrigation. Choosing original, certified solutions—such as AZUD’s self-cleaning disc filtration systems—allows you to optimize water resources, reduce maintenance costs, and prevent production losses due to clogs.

The implementation of advanced filtration technology is a key factor in maximizing irrigation efficiency and agricultural profitability. Opting for innovative and certified solutions allows for the optimization of water use and a reduction in operating costs, ensuring stable and sustainable long-term performance.

For more information on filtration systems AZUD and how they can improve the efficiency of your Irrigation, Contact our experts to receive personalized advice.

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