Danemarca - Esbjerg: Technical Water Treatment Plant
Data licitatiei 22.10.2024
Expirat
14
14
Valoare estimata : 45,000,000 EUR
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Tip anunt:
UE
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ID: 8766423
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Data publicarii :
23.09.2024
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Tara/Judet:
DA |
Descriere scurta:
Danemarca - Esbjerg: Technical Water Treatment Plant
Coduri CPV:
45252000-8 - Lucrări de construcţii de staţii de tratare a apelor reziduale, de staţii de epurare şi de staţii de incinerare a deşeurilor menajere
45252100-9 - Lucrări de construcţii de staţii de epurare
45252120-5 - Lucrări de construcţii de instalaţii de tratare a apelor
45252123-6 - Instalaţii de sortare
45252127-4 - Lucrări de construcţii de staţii de tratare a apelor reziduale
45252130-8 - Echipament pentru staţii de epurare a deversărilor din canalizări
45252210-3 - Lucrări de construcţii de staţii de purificare a apei
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Textul licitației
imate change has led to an ambitious plan for Power-to-X, i.e. converting green renewable electricity into fuels (and more) for use in the hard-to-abate sectors, such as the industry, heavy transport, aviation, and shipping transport. DIN Forsyning Teknisk Vand A/S cooperates with companies that want to buy significant quantities of technical water. Technical water is a general term for water that has a different quality than drinking water. The technical water will have a quality as demineralized water. The procurement comprise the complete delivery of a combined plant consisting of: Pure Water Treatment Plant; Reject Water Treatment Plant; buildings; and high voltage installations. The plant is called Technical Water Treatment Plant (TWTP). The TWTP will be located on Mådevej, 6700 Esbjerg. The TWTP must be designed to operate continuously, 24 hours a day, 7 days a week, and 52 weeks a year. The project will be divided in two phases; Phase 1 and Phase 2. Phase 2 is included as an option. The initial phase (Phase 1) will support approximately half of the total capacity.Project capacity: Phase 1 must have a capacity of 230 m³/h output Phase 2 (option) must have a capacity of 215 m³/h output The project including the optional Phase 2 must have a capacity of 445 m3/h output. This project also includes a contract for underground