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Acque reflue depurate per combattere la siccità

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EcologiaTecnologiairrigazione in agricoltura

In Europa, più della metà del fabbisogno idrico totale è rappresentato dall’agricoltura. In alcuni paesi però, come Italia e Spagna, dove i fenomeni di siccità sono sempre più frequenti, si sente sempre più la necessità di elaborare nuovi metodi per sostenere il consumo idrico.

Un prototipo innovativo, tecnologicamente avanzato per la depurazione di acque reflue, è stato sviluppato da parte dell’Università di Bologna e l’ENEA (Agenzia Nazionale per le nuove tecnologie, l’energia e lo sviluppo economico sostenibile), in collaborazione con il Gruppo Hera e Irritec.

L’obiettivo del progetto è di elaborare una tecnologia che fornisca una maggiore disponibilità idrica e sostenibilità ambientale, migliorando la qualità della filiera depurativa e riducendo i concimi chimici.

In seguito alle ricerche effettuate, si è dimostrato come le acque reflue depurate contengano un elevato potenziale per il loro riutilizzo a scopo fertirriguo, sia in termini quantitativi che nutritivi, se abbinate a tecnologie e materiali innovativi che permettono di gestire l’irrigazione e la fertilizzazione di precisione.

La verifica degli effetti del riutilizzo diretto delle acque reflue depurate sul sistema suolo-pianta ha dimostrato che si tratta di una pratica sicura e sostenibile.

Attualmente, il prototipo è stato testato su 120 colture e ha generato risultati incoraggianti. Le acque reflue depurate godono di buona qualità, facendo sperare per il loro futuro utilizzo in campo agricolo.

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Purified wastewater to fight drought

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  3. Purified wastewater to fight drought
EnvironmentTechnologyirrigazione in agricoltura

In Europe, agriculture accounts for more than half of total water requirements. However, in some countries, such as Italy and Spain, where droughts are increasingly frequent, there is an increasing need to develop new methods to support water consumption.

An innovative technologically advanced prototype for wastewater purification has been developed by the University of Bologna and Enea (National Agency for New Technologies, Energy and Sustainable Economic Development), in collaboration with the Hera Group and Irritec.

The aim of the project is to develop a technology that provides greater water availability and environmental sustainability, improving the quality of the purification chain and reducing chemical fertilizers.

Research has shown that treated wastewater has a high potential for reuse for irrigation purposes, both in quantitative and nutritional terms, when combined with innovative technologies and materials to manage irrigation and precision fertilization.

Verification of the effects of direct reuse of purified wastewater on the soil-plant system has shown that this is a safe and sustainable practice.

Currently, the prototype has been tested on 120 crops and has generated encouraging results. Purified wastewater is of good quality, giving hope for its actual future use in agriculture.

Kleanoo Editorial Staff
Kleanoo © 2026 — Reproduction prohibited
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Purified wastewater to fight drought

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  2. Écologie
  3. Purified wastewater to fight drought
ÉcologieTechnologieirrigazione in agricoltura

In Europe, agriculture accounts for more than half of total water requirements. However, in some countries, such as Italy and Spain, where droughts are increasingly frequent, there is an increasing need to develop new methods to support water consumption.

An innovative technologically advanced prototype for wastewater purification has been developed by the University of Bologna and Enea (National Agency for New Technologies, Energy and Sustainable Economic Development), in collaboration with the Hera Group and Irritec.

The aim of the project is to develop a technology that provides greater water availability and environmental sustainability, improving the quality of the purification chain and reducing chemical fertilizers.

Research has shown that treated wastewater has a high potential for reuse for irrigation purposes, both in quantitative and nutritional terms, when combined with innovative technologies and materials to manage irrigation and precision fertilization.

Verification of the effects of direct reuse of purified wastewater on the soil-plant system has shown that this is a safe and sustainable practice.

Currently, the prototype has been tested on 120 crops and has generated encouraging results. Purified wastewater is of good quality, giving hope for its actual future use in agriculture.

Kleanoo Editorial Staff
Kleanoo © 2026 — Reproduction prohibited
Condividi questo articolo
Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

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Purified wastewater to fight drought

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  2. Ökologie
  3. Purified wastewater to fight drought
ÖkologieTechnologieirrigazione in agricoltura

In Europe, agriculture accounts for more than half of total water requirements. However, in some countries, such as Italy and Spain, where droughts are increasingly frequent, there is an increasing need to develop new methods to support water consumption.

An innovative technologically advanced prototype for wastewater purification has been developed by the University of Bologna and Enea (National Agency for New Technologies, Energy and Sustainable Economic Development), in collaboration with the Hera Group and Irritec.

The aim of the project is to develop a technology that provides greater water availability and environmental sustainability, improving the quality of the purification chain and reducing chemical fertilizers.

Research has shown that treated wastewater has a high potential for reuse for irrigation purposes, both in quantitative and nutritional terms, when combined with innovative technologies and materials to manage irrigation and precision fertilization.

Verification of the effects of direct reuse of purified wastewater on the soil-plant system has shown that this is a safe and sustainable practice.

Currently, the prototype has been tested on 120 crops and has generated encouraging results. Purified wastewater is of good quality, giving hope for its actual future use in agriculture.

Kleanoo Editorial Staff
Kleanoo © 2026 — Reproduction prohibited
Condividi questo articolo
Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

Leggi anche

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26 July 2022
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filter to remove microplastics in wastewater
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Purified wastewater to fight drought

You are here:
  1. Home
  2. Meio Ambiente/Sustentabilidade
  3. Purified wastewater to fight drought
Meio Ambiente/SustentabilidadeTecnologiairrigazione in agricoltura

In Europe, agriculture accounts for more than half of total water requirements. However, in some countries, such as Italy and Spain, where droughts are increasingly frequent, there is an increasing need to develop new methods to support water consumption.

An innovative technologically advanced prototype for wastewater purification has been developed by the University of Bologna and Enea (National Agency for New Technologies, Energy and Sustainable Economic Development), in collaboration with the Hera Group and Irritec.

The aim of the project is to develop a technology that provides greater water availability and environmental sustainability, improving the quality of the purification chain and reducing chemical fertilizers.

Research has shown that treated wastewater has a high potential for reuse for irrigation purposes, both in quantitative and nutritional terms, when combined with innovative technologies and materials to manage irrigation and precision fertilization.

Verification of the effects of direct reuse of purified wastewater on the soil-plant system has shown that this is a safe and sustainable practice.

Currently, the prototype has been tested on 120 crops and has generated encouraging results. Purified wastewater is of good quality, giving hope for its actual future use in agriculture.

Kleanoo Editorial Staff
Kleanoo © 2026 — Reproduction prohibited
Condividi questo articolo
Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

Leggi anche

trattamento acque reflue
Treat wastewater to produce green hydrogen
26 July 2022
impianto depurazione reflui
Digital solutions for the water cycle
12 July 2022
eeconic mercedes benz
IFAT 2022: Mercedes’ eEconic unveiled
28 June 2022
raccolta differenziata carta e cartone
India supports the development of technological solutions for waste management
21 June 2022
silos di acque reflue
Veritas returnes 99.6% of purified water to the environment
14 June 2022
filter to remove microplastics in wastewater
First laser perforated filter to eliminate microplastics in wastewater
31 May 2022

Purified wastewater to fight drought

You are here:
  1. Home
  2. Ecología
  3. Purified wastewater to fight drought
EcologíaTecnologíairrigazione in agricoltura

In Europe, agriculture accounts for more than half of total water requirements. However, in some countries, such as Italy and Spain, where droughts are increasingly frequent, there is an increasing need to develop new methods to support water consumption.

An innovative technologically advanced prototype for wastewater purification has been developed by the University of Bologna and Enea (National Agency for New Technologies, Energy and Sustainable Economic Development), in collaboration with the Hera Group and Irritec.

The aim of the project is to develop a technology that provides greater water availability and environmental sustainability, improving the quality of the purification chain and reducing chemical fertilizers.

Research has shown that treated wastewater has a high potential for reuse for irrigation purposes, both in quantitative and nutritional terms, when combined with innovative technologies and materials to manage irrigation and precision fertilization.

Verification of the effects of direct reuse of purified wastewater on the soil-plant system has shown that this is a safe and sustainable practice.

Currently, the prototype has been tested on 120 crops and has generated encouraging results. Purified wastewater is of good quality, giving hope for its actual future use in agriculture.

Kleanoo Editorial Staff
Kleanoo © 2026 — Reproduction prohibited
Condividi questo articolo
Share on FacebookShare on Facebook Share on XShare on X Share on LinkedInShare on LinkedIn Share on WhatsAppShare on WhatsApp

Leggi anche

trattamento acque reflue
Treat wastewater to produce green hydrogen
26 July 2022
impianto depurazione reflui
Digital solutions for the water cycle
12 July 2022
eeconic mercedes benz
IFAT 2022: Mercedes’ eEconic unveiled
28 June 2022
raccolta differenziata carta e cartone
India supports the development of technological solutions for waste management
21 June 2022
silos di acque reflue
Veritas returnes 99.6% of purified water to the environment
14 June 2022
filter to remove microplastics in wastewater
First laser perforated filter to eliminate microplastics in wastewater
31 May 2022
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