Date of dispatch of this notice: 12/01/2021
External Reference: 2021-275698
TED Reference: 2021/S 010-017214
Contract award notice
Information
Published
Contract award notice
[NoticeContractAward]
[NoticeContractAwardSub]
[Directive201424]
[Section1]: [Ca]
I.1)
[NameAddressContact]
Education Procurement Service (EPS)
IE 6609370 G
University of Limerick
Castletroy
Co.Limerick
IE
[Contactpoint]:
Eimear Brennan
[AddressPhone]:
+353 61234901
[AddressEmail]:
eimear.brennan@ul.ie
[Internets]:
[UrlGeneral]:
http://www.educationprocurementservice.ie
[UrlBuyerprofile]:
https://irl.eu-supply.com/ctm/Company/CompanyInformation/Index/87073
I.2)
[JointProcurement]
[JointProcurementCentral]
I.4)
[CaType]
[MaintypePublicbody]
I.5)
[Mainactivity]
[MainactivEducation]
[Section2]: [Object]
II.1)
[QuantityScopeContract]
II.1.1)
[TitleContract]
UCD - Parallel Bio Reactor Platform & Bio Reactor Platform for Continuous Culture Process
[Fileref]:
LEE726C
II.1.2)
[CpvMain]
38000000
-
II.1.3)
[TypeContract]
[Supplies]
II.1.4)
[DescrShort]
Lot 1 – Parallel Bio Reactor platform
University College Dublin wish to purchase a parallel bioreactor platform as a part of the SFI funded BEACON Bioeconmy Research Centre .
Lot 2 – Bio Reactor for continuous culture
University College Dublin wish to purchase a bioreactor platform for continuous culture as a part of a H2020 research project funded by the European Commission. This project know as Mix-Up will develop processes for the upcycling of plastic waste to monomers and novel biodegradable polymers.
University College Dublin wish to purchase a parallel bioreactor platform as a part of the SFI funded BEACON Bioeconmy Research Centre .
Lot 2 – Bio Reactor for continuous culture
University College Dublin wish to purchase a bioreactor platform for continuous culture as a part of a H2020 research project funded by the European Commission. This project know as Mix-Up will develop processes for the upcycling of plastic waste to monomers and novel biodegradable polymers.
II.1.6)
[LotsInfo]
[DivisionLots]:
[Yes]
II.1.7)
[ValueTotal]
[ValueExclVat]:
282544.00
EUR
II.2)
[Description]
II.2.1)
[TitleContract]
Parallel Bio Reactor Platform
[LotNumber]:
1
II.2.2)
[CpvAdditional]
33698100
-
38340000
-
38434500
-
38434540
-
38570000
-
II.2.4)
[DescrProcurement]
Lot 1 – Parallel Bio Reactor platform
University College Dublin wish to purchase a parallel bioreactor platform as a part of the SFI funded BEACON Bioeconmy Research Centre . The remit of this centre is to develop sustainable novel processes and products using biobased resources, creating clusters for new industry partnerships and delivering the expertise and trained workforce to translate new technologies into new sustainable products, processes, markets and industries.
The bioreactor platform must allow for scalable design of experiments. The system must be easily interchangeable between mammalian and microbial cell cultures. The platform must be able to run as integrated and/or individual set of bioreactors with individual setpoints (e.g. Temp., pH etc.). Standard control over temperature, pH and dissolved oxygen is essential with additional exhaust gas analysis capability with automatic individual online oxygen transfer rates (OTR), carbon dioxide transfer rate (CTR) and respiratory quotient (RQ) calculations to be used for process driven decisions included as a separate line item. These capabilities must allow researchers to perform design of experiments to facilitate scouting for process scale up.
University College Dublin wish to purchase a parallel bioreactor platform as a part of the SFI funded BEACON Bioeconmy Research Centre . The remit of this centre is to develop sustainable novel processes and products using biobased resources, creating clusters for new industry partnerships and delivering the expertise and trained workforce to translate new technologies into new sustainable products, processes, markets and industries.
The bioreactor platform must allow for scalable design of experiments. The system must be easily interchangeable between mammalian and microbial cell cultures. The platform must be able to run as integrated and/or individual set of bioreactors with individual setpoints (e.g. Temp., pH etc.). Standard control over temperature, pH and dissolved oxygen is essential with additional exhaust gas analysis capability with automatic individual online oxygen transfer rates (OTR), carbon dioxide transfer rate (CTR) and respiratory quotient (RQ) calculations to be used for process driven decisions included as a separate line item. These capabilities must allow researchers to perform design of experiments to facilitate scouting for process scale up.
II.2.5)
[AwardCriteria]
[AwardCriteriaBelow]
[AwardCriterionQuality]
-
[AwardCriterionName]:
Technical
/
[Weighting]:
40%
[AwardCriterionQuality]
-
[AwardCriterionName]:
After Sales
/
[Weighting]:
20%
[AwardCriterionQuality]
-
[AwardCriterionName]:
Method
/
[Weighting]:
10%
[Price]
-
[Weighting]:
30%
II.2.11)
[OptionsInfo]
[Options]:
[No]
II.2.13)
[EuProgrInfo]
[EuProgrRelated]:
[No]
II.2.14)
[InfoAdditional]
All information relating to tenders is published on www.etenders.gov.ie only
II.2)
[Description]
II.2.1)
[TitleContract]
Bio Reactor Platform for Continuous Culture Process
[LotNumber]:
2
II.2.2)
[CpvAdditional]
33698100
-
38340000
-
38434500
-
38434540
-
38570000
-
II.2.4)
[DescrProcurement]
Lot 2 – Bio Reactor for continuous culture
University College Dublin wish to purchase a bioreactor platform for continuous culture as a part of a H2020 research project funded by the European Commission. This project know as Mix-Up will develop processes for the upcycling of plastic waste to monomers and novel biodegradable polymers.
The bioreactor platform must be suitable to be primarily used for continuous culture experiments and will require pumps to accommodate this. The bioreactor platform will offer standard control over temperature, pH and dissolved oxygen as essentials with additional exhaust gas analysis capability with automatic individual online oxygen transfer rates (OTR), carbon dioxide transfer rate (CTR) and respiratory quotient (RQ) calculations to be used for process driven decisions to be quoted as separate line items. These capabilities must allow researchers to perform design of experiments to facilitate scouting for process scale up.
University College Dublin wish to purchase a bioreactor platform for continuous culture as a part of a H2020 research project funded by the European Commission. This project know as Mix-Up will develop processes for the upcycling of plastic waste to monomers and novel biodegradable polymers.
The bioreactor platform must be suitable to be primarily used for continuous culture experiments and will require pumps to accommodate this. The bioreactor platform will offer standard control over temperature, pH and dissolved oxygen as essentials with additional exhaust gas analysis capability with automatic individual online oxygen transfer rates (OTR), carbon dioxide transfer rate (CTR) and respiratory quotient (RQ) calculations to be used for process driven decisions to be quoted as separate line items. These capabilities must allow researchers to perform design of experiments to facilitate scouting for process scale up.
II.2.5)
[AwardCriteria]
[AwardCriteriaBelow]
[AwardCriterionQuality]
-
[AwardCriterionName]:
Technical
/
[Weighting]:
40%
[AwardCriterionQuality]
-
[AwardCriterionName]:
After Sales
/
[Weighting]:
20%
[AwardCriterionQuality]
-
[AwardCriterionName]:
Method
/
[Weighting]:
10%
[Price]
-
[Weighting]:
30%
II.2.11)
[OptionsInfo]
[Options]:
[No]
II.2.13)
[EuProgrInfo]
[EuProgrRelated]:
[Yes]
[EuProgrRef]:
This purchase is being funded by the European Comission
II.2.14)
[InfoAdditional]
All information relating to tenders is published on www.etenders.gov.ie only
[Section4]: [Procedure]
IV.1)
[Description]
IV.1.1)
[TypeProcedure]
[ProctypeOpen]
IV.1.8)
[GpaInfo]
[GpaCovered]
: [No]
IV.2)
[InfoAdmin]
IV.2.1)
[PubPrevious]
[NumberOj]: 2019/S 182-442579
[Section5]: [AwardOfContract]
[ContractNumber]: 1
[TitleContract]: Parallel Bio Reactor Platform
V.2)
[AwardOfContract]
V.2.1)
[DateAward]
31/01/2020
V.2.2)
[AwardOffersInfo]
[OffersReceived]:
5
[OffersReceivedElectronic]:
5
[AwardedGroup]
:
[No]V.2.3)
[AwardedToName]
Elementec
N/A
F8 Maynooth Business Campus
Maynooth
Kildare
IE
[AddressPhone]:
+353 19602050
[AddressEmail]:
sales@elementec.ie
[AddressFax]:
+353 19602059
[AwardedSme] : [Yes]
V.2.4)
[ValueContractInfo] ([ExclVat])
[ValueEstimTotalContract]:
181000.00
EUR
[LowestOffer]:
90000.00
EUR
/
[HighestOffer]:
182000.00
EUR
[TakenConsideration]
[Section5]: [AwardOfContract]
[ContractNumber]: 2
[TitleContract]: Bio Reactor Platform for Continuous Culture Process
V.2)
[AwardOfContract]
V.2.1)
[DateAward]
31/01/2020
V.2.2)
[AwardOffersInfo]
[OffersReceived]:
5
[OffersReceivedElectronic]:
5
[AwardedGroup]
:
[No]V.2.3)
[AwardedToName]
Elementec
N/A
F8 Maynooth Business Campus
Maynooth
Kildare
IE
[AddressPhone]:
+353 19602050
[AddressEmail]:
sales@elementec.ie
[AddressFax]:
+353 19602059
[AwardedSme] : [Yes]
V.2.4)
[ValueContractInfo] ([ExclVat])
[LowestOffer]:
51000.00
EUR
/
[HighestOffer]:
81000.00
EUR
[TakenConsideration]
[Section6]: [InfoComplement]
VI.4)
[AppealsProcedure]
VI.4.1)
[AppealsBody]
Office of the High Court
Four Courts Ground Floor, Inns Quay
Dublin
7
IE
[AddressPhone]:
+353 18886000
[AddressEmail]:
HighCourtCentralOffice@courts.ie