University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter. The system will be installed at the Nanoscience Center at the University. Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement. Prior references of supplying comparable systems are required.
Määräaika
Tarjousten vastaanottamisen määräaika oli 2022-10-24.
Hankinta julkaistiin 2022-09-20.
Toimittajat
Seuraavat toimittajat mainitaan hankintapäätöksissä tai muissa hankinta-asiakirjoissa:
hankintailmoitus (2022-09-20) Kohde Hankinnan laajuus
Otsikko: Ilman tai muiden kaasujen nesteytyslaitteet
Viitenumero: 724/02.03.00.00/2022
Lyhyt kuvaus:
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter.
The system will be installed at the Nanoscience Center at the University.
Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement.
Prior references of supplying comparable systems are required.
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter.
The system will be installed at the Nanoscience Center at the University.
Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement.
Prior references of supplying comparable systems are required.
Menettely
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Myöntämisperusteet
Kokonaistaloudellisesti edullisin tarjous
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter.
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter.
The system will be installed at the Nanoscience Center at the University.
Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement.
Prior references of supplying comparable systems are required.
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter that is mostly protected from direct sunlight, temperature can vary between -40 C and +40 C.
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for outdoor placement under wind shelter that is mostly protected from direct sunlight, temperature can vary between -40 C and +40 C.
The helium recovery system includes helium collection, purification and liquefaction units. Surrounding infrastructure such as helium collection lines, electricity and cooling water exist and are not part of this call for tenders. The system must have documented ability to provide helium recovery rates > 95%. All components of the recovery system must be new. Used or refurbished components are not accepted.
The helium recovery system includes helium collection, purification and liquefaction units. Surrounding infrastructure such as helium collection lines, electricity and cooling water exist and are not part of this call for tenders. The system must have documented ability to provide helium recovery rates > 95%. All components of the recovery system must be new. Used or refurbished components are not accepted.
Vaihtoehtojen kuvaus:
The tender should include options for helium gas collection meters suitable for monitoring the return from different measurement systems connected to the collection line.
The tender should include options for back-pressure regulation on the collection line for measurement setups that are sensitive to pressure fluctuations (e.g. NMR systems).
Price for the options will be asked and JYU will decide later whether the options will be purchased.
Suorituspaikka
Pääkohde tai suorituspaikka: University of Jyväskylä, Nanoscience Center / Faculty of Mathematics and Science
Oikeudelliset, taloudelliset, rahoitukselliset ja tekniset tiedot Osallistumisehdot
Kelpoisuus harjoittaa ammattitoimintaa: According to tender documents.
Sopimuksen toteuttaminen
Sopimuksen täytäntöönpanoehdot:
Contracting authority (JYU) may suspend the procurement procedure if the tenders exceed the budget available for the procurement.
Menettely
Oikeusperusta: 32014L0024
Tarjousten vastaanottoaika: 16:15
Kielet, joilla tarjoukset tai osallistumishakemukset voidaan jättää: englanti 🗣️
Tarjouksen voimassaoloaika: 3 kuukautta
Tarjousten avauspäivä: 2022-10-25 📅
Tarjousten avausaika: 09:00
Täydentävät tiedot Arvostelurunko
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Postinumero: 00580
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Lähde: OJS 2022/S 184-518308 (2022-09-20)
Ilmoitus tehdystä sopimuksesta (2023-02-06) Kohde Hankinnan laajuus
Lyhyt kuvaus:
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for
outdoor placement under wind shelter.
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for
University of Jyväskylä (JYU) seeks a helium recovery system consisting of a helium gas collection unit, a liquid nitrogen based helium purifying unit and a helium liquefier unit. The helium recovery system must be dimensioned for minimum 55 litres of liquefied helium per day and high degree of computer-aided automation in operations. The system needs to be fully metallic with storage tanks suitable for