APPEL D’OFFRES PDI-CVA Réalisation travaux d’aménagement hydro-agricole de 250 ha avec puits tubés par maîtrise totale de l’eau
PREQUALIFICATION INTERNATIONALE POUR LES TRAVAUX DE GENIE CIVIL ET DE TERRASSEMENT POUR L’AMENAGEMENT DE 983 HA (SUPERFICIE BRUTE) SUR TROIS (03) PERIMETRES IRRIGUES A MAITRISE TOTALE DE L’EAU COMPRENANT LA CONSTRUCTION ET L’EQUIPEMENT DES OUVRAGES D’IRRIGATION (FORAGE, STATIONS D’EXHAURE, STATION MIXTE) A AGBANGNIKO ET DJEKPE DANS LA COMMUNE DES AGUEGUES ET WEHOGBADJI DANS LA COMMUNE DE DANGBO_ (LOT 2) T_PDIAD-BMVO_119559
APPEL D’OFFRES PDI-CVA Réalisation des travaux d’aménagement hydro-agricole de 100 ha de bas-fonds par maitrise partielle de l’eau pour la production de riz et de mais dans les pôles 2 et 4
PREQUALIFICATION INTERNATIONALE POUR LES TRAVAUX DE GENIE CIVIL ET DE TERRASSEMENT POUR L’AMENAGEMENT DE 983 HA (SUPERFICIE BRUTE) SUR TROIS (03) PERIMETRES IRRIGUES A MAITRISE TOTALE DE L’EAU COMPRENANT LA CONSTRUCTION ET L’EQUIPEMENT DES OUVRAGES D’IRRIGATION (FORAGE, STATIONS D’EXHAURE, STATION MIXTE) A AGBANGNIKO ET DJEKPE DANS LA COMMUNE DES AGUEGUES ET WEHOGBADJI DANS LA COMMUNE DE DANGBO_ (LOT 2) T_PDIAD-BMVO_119559
APPEL D’OFFRES PDI-CVA Réalisation des travaux d’installation de 5 mini stations solaires pour le pompage de 5 rizières de la SOTA à Malanville
PREQUALIFICATION INTERNATIONALE POUR LES TRAVAUX DE GENIE CIVIL ET DE TERRASSEMENT POUR L’AMENAGEMENT DE 983 HA (SUPERFICIE BRUTE) SUR TROIS (03) PERIMETRES IRRIGUES A MAITRISE TOTALE DE L’EAU COMPRENANT LA CONSTRUCTION ET L’EQUIPEMENT DES OUVRAGES D’IRRIGATION (FORAGE, STATIONS D’EXHAURE, STATION MIXTE) A AGBANGNIKO ET DJEKPE DANS LA COMMUNE DES AGUEGUES ET WEHOGBADJI DANS LA COMMUNE DE DANGBO_ (LOT 2) T_PDIAD-BMVO_119559
Recrutement d’un cabinet pour l’élaboration du manuel de procédures d’aménagements, de gestion et d’entretien des périmètres hydro-agricoles et infrastructures connexes au Bénin, et projet de code de gestion des aménagements hvdro-agricoles au Bénin
Recrutement d’un cabinet pour l’élaboration du manuel de procédures d’aménagements, de gestion et d’entretien des périmètres hydro-agricoles et infrastructures connexes au Bénin, et projet de code de gestion des aménagements hvdro-agricoles au Bénin
APPEL D’OFFRES (LOT 2) T_PDIAD-BMVO_119559
PREQUALIFICATION INTERNATIONALE POUR LES TRAVAUX DE GENIE CIVIL ET DE TERRASSEMENT POUR L’AMENAGEMENT DE 983 HA (SUPERFICIE BRUTE) SUR TROIS (03) PERIMETRES IRRIGUES A MAITRISE TOTALE DE L’EAU COMPRENANT LA CONSTRUCTION ET L’EQUIPEMENT DES OUVRAGES D’IRRIGATION (FORAGE, STATIONS D’EXHAURE, STATION MIXTE) A AGBANGNIKO ET DJEKPE DANS LA COMMUNE DES AGUEGUES ET WEHOGBADJI DANS LA COMMUNE DE DANGBO_ (LOT 2) T_PDIAD-BMVO_119559
Appel d’Offres
Travaux de construction de 12 complexes Magasins de Stockages-Boutiques d’Intrants
Official Handover of Lot 8 Sites in Malanville
The Société Béninoise des Aménagements Agricoles (SoBAA) officially carried out, during the month of October, the handover of the Lot 8 sites to the SAED/BAOBAB consortium, which is responsible for conducting the technical, socio-economic, financial, and environmental feasibility studies of 2,937 hectares dedicated to irrigated rice production in the Commune of Malanville.
During the month of October, the Société Béninoise des Aménagements Agricoles (SoBAA) officially handed over the Lot 8 irrigation sites to the SAED/BAOBAB consortium, which is responsible for conducting the technical, socio-economic, financial, and environmental feasibility studies over 2,937 hectares dedicated to irrigated rice production in the Commune of Malanville.
Hydro-agricultural developments for reduced hardship
Impact on Farmers
Hydro-agricultural developments for less hardship and greater results.
Hydro-agricultural development enables farmers to improve both their productivity and income. By gaining better control over key production factors such as water and soil, they can increase their yields not only in quantity but also in quality.
Modern irrigation infrastructures strengthen the climate resilience of agricultural production systems and enhance farmers’ living and working conditions.
Beneficiary farmers can thus cultivate several crop cycles per year and diversify their production according to market demand, without being constrained by water availability.
As such, hydro-agricultural development stands out as a key driver for improving the performance and attractiveness of the agricultural sector.
Hydro-agricultural developments for less hardship and greater results
Hydro-agricultural development enables farmers to improve both their productivity and income. By gaining better control over key production factors such as water and soil, they can increase their yields not only in quantity but also in quality.
Modern irrigation infrastructures strengthen the climate resilience of agricultural production systems and enhance farmers’ living and working conditions.
Beneficiary farmers can thus cultivate several crop cycles per year and diversify their production according to market demand, without being constrained by water availability.
As such, hydro-agricultural development stands out as a key driver for improving the performance and attractiveness of the agricultural sector.
From furrows to pressurized irrigation networks
From small ditches to pressurized systems: a drop’s journey
Modern irrigation systems, such as pressurized pipeline networks, enable efficient water use and reduce losses. Small ditches, which are open channels, have been in used to transport water to crops since 6000 BC in ancient Mesopotamia in the Fertile Cresent Region between the Tigris and Euphrates Rivers. Irrigation techniques have evolved over the centuries up to present day, the transformation to modern day techniques was influenced by the increased need for sustainable climate smart irrigation techniques. Pressurized networks, on the other hand, allow for more precise and efficient water distribution, improving crop productivity and quality.
From small ditches to pressurized systems: a drop’s journey
Modern irrigation systems, such as pressurized pipeline networks, enable efficient water use and reduce losses. Small ditches, which are open channels, have been in used to transport water to crops since 6000 BC in ancient Mesopotamia in the Fertile Cresent Region between the Tigris and Euphrates Rivers. Irrigation techniques have evolved over the centuries up to present day, the transformation to modern day techniques was influenced by the increased need for sustainable climate smart irrigation techniques. Pressurized networks, on the other hand, allow for more precise and efficient water distribution, improving crop productivity and quality.
Gérer l’eau, c’est gérer l’espoir
Water reservoirs play a crucial role in water management in agriculture. They enable water storage during rainy periods and its use during droughts. Water reservoirs reduce dependence on rainfall and allow farmers to plan their production. They also contribute to regulating water flows and preventing floods. Water reservoirs are a vital tool for farmers seeking to improve their resilience to climate change.
Water reservoirs play a crucial role in water management in agriculture. They enable water storage during rainy periods and its use during droughts. Water reservoirs reduce dependence on rainfall and allow farmers to plan their production. They also contribute to regulating water flows and preventing floods. Water reservoirs are a vital tool for farmers seeking to improve their resilience to climate change.