HIDROSTANK participe à la prochaine édition d’IFAT (ALLEMAGNE)

HIDROSTANK poursuit son engagement international et participera à la prochaine édition de l’IFAT, le salon leader mondial pour la gestion de l’eau, des eaux usées, des déchets et des matières premières, qui se tiendra du 13 au 17 mai 2024 à Munich. L’IFAT réu
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(English) HIDROSTANK participates in the forthcoming edition of IFAT (GERMANY)

Désolé, cet article est seulement disponible en Anglais Américain.
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HIDROSTANK EQUIPMENT IN THE SARDINERO STORM WATER RETENTION TANK, SANTANDER (SPAIN)

The new stormwater detention tank consists of a concrete structure with a volume of 176 m3, occupying an area of 19×11 m2. HIDROSTANK SL has supplied our tipping buckets and Spillway PAS Screens, which guarantee the good operation of the tank. The construction of the storm tank i
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PAS-type weir screens at the Munitibar WWTP

At the end of last year, HIDROSTANK supplied its PAS type spillway screen, together with a tipping bucket cleaner, at the WWTP in Munitibar, Vizcaya. The Bilbao Bizkaia Water Consortium has recently commissioned the Munitibar wastewater treatment plant and its associated collectors. T
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HIDROSTANK participe à la prochaine édition d’IFAT (ALLEMAGNE)

HIDROSTANK poursuit son engagement international et participera à la prochaine édition de l’IFAT, le salon leader mondial pour la gestion de l’eau, des eaux usées, des déchets et des matières premières, qui se tiendra du 4 au 8 mai 2020 à Munich.   L’IFAT
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HIDROSTANK participates in the forthcoming edition of IFAT (GERMANY)

HIDROSTANK continues with the international commitment and will attend the next edition of the IFAT, the World’s Leading Trade Fair for Water, Sewage, Waste and Raw Materials Management, held from May 4 to May 8, 2020 in Munich.   IFAT meets for 5 days in MUNICH all the equ
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PAS-type weir screens at the Aranjuez WWTP

HIDROSTANK has recently supplied its PAS-type weir screens at the WWTP in Aranjuez, Madrid.   Although the theoretical capacity of the original Aranjuez WWTP had not been exceeded in terms of flows, the increased pollutant load with respect to the design scenario and the more str
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