Non-Conventional Water Reuse for Irrigation Global Innovative Oasis & WAWARIA Dr Philippe Ker Rault1, Dr Amar Chouikh2, Gerard Sijl3, Ton de Kort4, Dr Joop Harnsem1 1 Alterra Wageningen University & Research, Netherlands; 2 Office National de l‘Assainissement, Algeria, 3 NRO Fusion - Stokvis Group, Netherlands; 4 PB Techniek, Netherlands. Global Innovation Oasis Background Non conventional water, either coming from domestic or industrial process such as oil and gas production and refinery can be valued for: • Soil depollution • Co-composting • Soil fertilisation • Tree nursery and green belt Objectives • • • • • Innovations to address the Water Energy Food NEXUS Reuse of process water- valorization of brackish water, hyper saline water Decrease Carbon footprint of Oil& Gas Activities Depollute soil & save expenses on environmental recovery cost Create employment & sustainable agriculture • Irrigation for horticulture and arboriculture (date palm fruit trees). This poster presents 2 projects aiming at giving a second life to nonconventional water: WAWARIA and the Global Innovation Oasis. WAWARIA Waste Water Reuse for Irrigation in Algeria Objectives • Study the efficiency of tertiary treatment from membrane technology on wastewater; • Study of treated waste water potential for irrigation in Algeria, and of potential for agriculture; • Study accumulation of Heavy Metals, Salt, pathogens in soil, in plants: tomatoes, cucumber, potatoes, lettuce, beans, beetroot, and with 3 water quality: ground water, treated wastewater, membrane filtered wastewater; • Capacity building and knowledge transfer; • Contribute to the definition of norms and standards. Results 1 membrane filtration Unit, 3 Smart irrigation units, 3 water reservoirs 9 green houses 300 potatoes, beetroot, tomatoes, lettuce, beans and Cucumber Figure 1. Membrane filtration, smart irrigation unit and 3 water reservoirs Figure 2. International WaWaria Team Table 1. Caption Your text the quick brown fox jumps over the lazy dog. The quick brown fox jumps over the lazy dog. Your text the quick brown fox jumps over the lazy dog. Figure 7. The reuse of oil & gas process bi-product s in the Global Innovative Oasis Conclusions • A pilot plant has to be tested closed to an oil & gas processing facility. • We are seeking visionary decision-makers to jointly address the Water Energy Food Nexus. • More R&D on soil fertility, crop water requirement, irrigation & salt need research with lysimeters and real time control. Acknowledgements Figure 3, 4, 5, 6. Green houses and initial results in Ouargla, Algerian Saharan desert. Alterra Climate Change & Adapted Land & Water Management team, P.O. Box 123, 6700 AB Wageningen Contact: [email protected] T + 31 317 4 82156, M +31 6 10 764 785 www.wageningenUR.nl/calm ONA:Said Zitouni, Ourahmoune Abdelhalim, Chetouh Abdesselem, Kamel Adjeriou, Rafika Khacheba, Nadia Bouidia INRAA: Dr Lamine Hafouda, Aissa Tirichine Alterra: Dr Jochen Froebrich, Dr Paul Romkens, Koen Roest, Dr Wouter Wolter, Arjen Spijkerman Ministry from Foreign Affaires: HE Frans Bijvoet; Art Kwint; Isabelle van Tol. SPG Steiner: Philippe Steiner, Wolfgang Zimmermann, Boubaker Medassi GlassPoint: John O’Donnell, Marwan Chaar
© Copyright 2024 ExpyDoc