{ "tag": [ "compiled" ], "id": "ocds-h6vhtk-0385fa-2023-07-28T09:52:18+01:00", "date": "2023-07-28T09:52:18+01:00", "ocid": "ocds-h6vhtk-0385fa", "description": "Please note this procurement will be conducted via InTend, our e-tendering portal. You will need to register with InTend free of charge if you wish to access the tender documents. To register, please got to https://in-tendhost.co.uk/universityofeastanglia/aspx/Home and follow the instructions on the system.", "initiationType": "tender", "tender": { "id": "PURCON 1059", "legalBasis": { "id": "32014L0024", "scheme": "CELEX" }, "title": "Distributed sensor interrogators: Acoustic, Strain and Temperature", "status": "complete", "classification": { "scheme": "CPV", "id": "38000000", "description": "Laboratory, optical and precision equipments (excl. glasses)" }, "mainProcurementCategory": "goods", "description": "Traditional methods of subsurface monitoring are restricted in either time or space. Spot measurements record continuously but lack spatial resolution. Campaign measurements capture high spatial resolution data at a single point in time. Distributed Sensing (DS) is a brand-new technology for environmental research that does not rely upon individual sensors but utilises optical fibre. DS methods will become increasingly used to analyse systems on a new range of scales - the high spatial resolution allows for microscopic-scale studies; the length of cables enables large-scale investigations. The University of East Anglia has acquired funding for a system that includes distributed acoustic sensor (DAS), distributed strain sensor (DSS) and distributed temperature sensor (DTS). DAS to record high-frequency ground motion associated with natural sources such as earthquakes and active sources for exploration, DSS to record slower ground deformation from sources such as tectonic slip, glacial rebound and erosional processes, and DTS to capture temperature profiles and variations in the subsurface. Thus, DiSTANS (Distributed Strain, Temperature and Acoustic seNsing Suite) will contribute to answering many challenging questions related to the subsurface, and their control on the surface environment. Hence, DiSTANS will be deployed in a range of potentially hazardous environments.", "value": { "amount": 377728, "currency": "GBP" }, "lots": [ { "id": "1", "description": "Traditional methods of subsurface monitoring are restricted in either time or space. Spot measurements record continuously but lack spatial resolution. Campaign measurements capture high spatial resolution data at a single point in time. Distributed Sensing (DS) is a brand-new technology for environmental research that does not rely upon individual sensors but utilises optical fibre. DS methods will become increasingly used to analyse systems on a new range of scales - the high spatial resolution allows for microscopic-scale studies; the length of cables enables large-scale investigations. The University of East Anglia has acquired funding for a system that includes distributed acoustic sensor (DAS), distributed strain sensor (DSS) and distributed temperature sensor (DTS). DAS to record high-frequency ground motion associated with natural sources such as earthquakes and active sources for exploration, DSS to record slower ground deformation from sources such as tectonic slip, glacial rebound and erosional processes, and DTS to capture temperature profiles and variations in the subsurface. Thus, DiSTANS (Distributed Strain, Temperature and Acoustic seNsing Suite) will contribute to answering many challenging questions related to the subsurface, and their control on the surface environment. Hence, DiSTANS will be deployed in a range of potentially hazardous environments.", "contractPeriod": { "durationInDays": 720 }, "hasRenewal": false, "submissionTerms": { "variantPolicy": "notAllowed" }, "hasOptions": false, "status": "cancelled", "awardCriteria": { "criteria": [ { "name": "Quality", "type": "quality", "description": "70" }, { "type": "price", "description": "30" } ] } } ], "items": [ { "id": "1", "additionalClassifications": [ { "scheme": "CPV", "id": "73100000", "description": "Research and experimental development services" } ], "deliveryAddresses": [ { "region": "UKH15" }, { "region": "UKH15" } ], "deliveryLocation": { "description": "University of East Anglia Norwich Research Park Earlham Road Norwich Norfolk NR4 7TJ" }, "relatedLot": "1" } ], "submissionMethod": [ "electronicSubmission" ], "submissionMethodDetails": "https://in-tendhost.co.uk/universityofeastanglia/aspx/Home", "procurementMethod": "open", "procurementMethodDetails": "Open procedure", "tenderPeriod": { "endDate": "2022-12-21T12:00:00Z" }, "submissionTerms": { "languages": [ "en" ], "bidValidityPeriod": { "durationInDays": 90 } }, "awardPeriod": { "startDate": "2022-12-21T12:05:00Z" }, "bidOpening": { "date": "2022-12-21T12:05:00Z" }, "hasRecurrence": false, "contractTerms": { "hasElectronicOrdering": true, "electronicInvoicingPolicy": "allowed", "hasElectronicPayment": true }, "reviewDetails": "The University will incorporate a minimum of 10 calendar days standstill period at the point the information on the award of contract is communicated to tenderers. If an appeal regarding the award of contract has not been successfully resolved, then the Public Contracts Regulations 2015 provide for aggrieved parties who have been harmed or are at risk of harm by breach of the rules to take action in the High Court. 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