Organization — www.bioazul.com
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Location
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| Countries: | -- | |
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| Basins: | Mediterranean Sea (627) (Júcar & Turia) | |
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Organization SDGs:
Includes Sustainable Development Goals from the organization and its locations.
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Sustainable Agriculture (SDG 2.4)
Increase Access to Water, Sanitation, Hygiene (SDG 6.1 & 6.2) Water Quality (SDG 6.3) Water Use Efficiency (SDG 6.4) Integrated Water Resource Management (SDG 6.5) Stakeholder Participation (SDG 6.b) Sustainable Production (SDG 12.4) Climate Resilience and Adaptation (SDG 13.1) |
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Organization Tags:
Includes tags from the organization and its
locations.
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Irrigation Management and Technology
Domestic Wastewater Water Recycling and Reuse Nature-Based Solutions Industrial Wastewater |
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| Services Offered: |
Project management
Research & analysis Stakeholder engagement & facilitation Technical assistance |
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| Org. Type: | Business | |
| Org. Size: | Small (10 - 99 Employees) | |
| Industry Sector: | Services | |
| Language: | English | |
| Org. Website: | www.bioazul.com | |
| Org. Source: | User | |
| Profile Completion: | 96% | |
| Coalition: | No | |
BIOAZUL is an SME that provides innovative technical and commercial solutions in the fields of environment and water engineering, using knowledge and techniques acquired through extensive experience in different industrial sectors. We are a fast growing company that acts as a catalyst, promoter and facilitator of the establishment of commercial and research relationships between Spanish companies and research centers and their equivalents throughout the world.
In Bioazul we …
Antonia Lorenzo
CEO y Directora de I+D
BIOAZUL
None found.
Connecting Nature: Bringing Nature into Cities (Project)
CONNECTING is a project that will establish the EU as a global leader for climate resilience, collaborative processes, and innovation for Nature Based Solutions by drawing on the experiences from three selected front-running cities in this project: Genk (Belgium), Glasgow … Learn More
Finding innovative solutions for water scarcity in Southern Europe (Project)
ceowatermandate.org/wp-content/uploads/2021/06/INFORME-PROGR...
EIT Food, EIT Climate, EIT Manufacturing, EIT Raw Materials and BioAzul joined together to start the WATER SCARCITY - EIT FOOD project to find innovative solutions for water scarcity in Southern Europe, funded by the European Union. The project includes: … Learn More
FIT4REUSE (Project)
The project FIT4REUSE will provide safe, sustainable and accepted ways of water supply for the Mediterranean basin by exploiting non-conventional water resources. Treated wastewater and desalinated water can contribute to compensate the gap between agricultural water demand and supply and … Learn More
FIT4REUSE: Integrated Use of Water Resources (Project)
Wastewater treatment and desalted water can contribute to compensate the gap between available and needed water, and provide regular water supply throughout the year. FIT4REUSE, well aware of the existing baselines in different parts of the region, will contribute to … Learn More
Nawatech: Water Treatment in Urbanised Areas inIndia (Project)
NaWaTech was an Indo-European collaborative project whose objective was to explore, evaluate and improve the potential, performance and reliability of different water treatment systems to cope with the water shortage in India. The concept on which the NaWaTech project was … Learn More
PAVITR (Project)
www.pavitr.net/index.php/2-uncategorised/199-welcome-to-the-...
BIOAZUL is: partnerPotential and Validation of Sustainable Natural & Advance Technologies for Water & Wastewater Treatment, Monitoring and Safe Water Reuse in India."due to inadequate collection and treatment of wastewater, is a statement of challenge and also a window of … Learn More
PAVITR: Treatment and Safe Reuse Of Wastewater In India (Project)
PAVITR project is an interdisciplinary and closely interconnected cluster of universities, research institutes, SMEs, and nongovernmental entities, which will provide real solutions for the water related challenges via the identification/recognition and establishment of knowledge chains of expertise as well as … Learn More
RichWater (Project)
RichWater main objective is the successful market entry, commercialization and replication of the RichWater system in water scarce regions in Europe and the MENA countries. This objective has been reached by developing and following a business plan, which includes a … Learn More
Rich water: Reclaimed water for agricultural purposes (Project)
www.bioazul.com/en/portfolio/richwater
"Rich Water entails an innovative water solution focusing on bridging the gap from the prototype stage to a commercial version. The Rich Water approach is a highly promising method to save freshwater and fertilizers in agriculture by treating municipal wastewater, … Learn More
SUWANU EUROPE (Project)
suwanu-europe.eu/water-reuse-projects-europe
SUWANU EUROPE is an EU funded projected focused on the use of reclaimed water for irrigation in agriculture. The reason behind is that wastewater when treated according to appropriate standards and methods has a strong potential to complement conventional water … Learn More
Suwanu Europe: Reclaimed Water In Agriculture (Project)
SuWaNu Europe is a project focused on the reuse of treated wastewater in agriculture. The reason behind is that wastewater when treated according to appropriate standards and methods has a strong potential to complement conventional water resources used in agricultural … Learn More
Water2Return (Project)
Resource-oriented solutions for wastewater treatment based on a circular economy approachIntegrated system to treat wastewater while recovering nutrients consisting of a novel combination of technologies and processes in cascade maximizing the extraction of valuable products. The system can be customized … Learn More
Water2return: Circular Economy In The Meat Industry (Project)
Water2REturn constitutes a real technological breakthrough based on a Circular Economy approach, in which treating slaughterhouses’ wastewaters would facilitate the recovery of nutrients with high market value. Under a Circular Economy model, valuable biological nutrients would be injected into a … Learn More
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