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Birmingham City Council - P2204 - Indicative Air Quality Sensors (Phase 2)
Status: Open
Published Date: 03/04/2024
Closing Date: 08/05/2024
Value: neg.
P2204 - Indicative Air Quality Sensors (Phase 2) - Birmingham City Council (The Council) wishes to raise awareness of the causes of air pollution and the steps that can be taken to reduce emissions and exposure. To achieve this aim, the Council is pursuing a range of projects, Pledge 2 aims at improving air quality around schools. The schools air quality monitoring project aims to raise awareness of air quality around Birmingham schools by providing an indicative real-time air quality sensor that is capable of monitoring for Nitrogen Dioxide and Particulate Matter. This particular project is aimed towards children and parents via the installation of up to 346 indicative air quality sensors onto the exterior fa?ades of schools (mix of primary and secondary), with one sensor deployed per school (there are 69 sensors already in place in Birmingham). For each school, a sensor will be deployed along with a static signage board with information and links to online resources. This contract for Indicative Air Quality Sensors includes: o Installation of up to 346 sensors and power connection o Liaison with Birmingham schools for a suitable location and suitable time for installation o Total Project management, delivery will be project managed by the Provider and over seen by the Council Programme Manager. o Provision of display boards and visual indicators o Providing access to data via Application Programme Interface (API) and online dashboard o Ongoing maintenance of sensors, display boards and visual indicators o Decommissioning and recycling of sensors and display boards, and undertaking any appropriate electrical work This will be a Birmingham City Council contract and not for use by other contracting Authorities The Contract will last for 2 years (unless terminated under the terms and conditions of contract). The contract will be awarded on the following basis: One sole provider . The Council will be using its free to use e-tendering system (in-tend) for the administration of this procurement process and potential suppliers must register with the system to be able to express an interest. If you wish to express an interest in this opportunity please click on the following link to access https://in-tendhost.co.uk/birminghamcc/ and submit your details to register. You will then be sent details on how to log on which will enable you to download all relevant Invitation to Tender (ITT) documentation. If you are unable to register with In-tend or have any questions or problems on how to use this web site please either email us at: cps@birmingham.gov.uk Your completed tender submission should be returned by noon on 8th May 2024 via the 'in-tend' system https://in-tendhost.co.uk/birminghamcc
Industry: Sensors. - 35125100 Emission measurement equipment. - 38433200
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FCDO Services - Supply of RF Test Chamber
Status: Awarded
Published Date: 15/11/2023
Closing Date: 06/03/2023
Value: £25,646
Supply of RF Test Chamber - Supply of RF Test Enclosure (Shield Test Box) - Contracts Finder
Industry: Emission measurement equipment. - 38433200
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FCDO Services - Supply of RF Test Enclosure (Shield Test Box)
Status: Awarded
Published Date: 02/03/2023
Closing Date: 17/02/2023
Value: £20,000
Supply of RF Test Enclosure (Shield Test Box) - Supply of 1 no. RF Test Enclosure (table top model). Minimum technical specification: # 120dB RF Isolation # Minimum internal dimensions of 750mm x 750mm x 750mm # Maximum external dimensions of 900mm x 900mm x 900mm
Industry: Emission measurement equipment. - 38433200
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University of Exeter - Dynamometer Tender
Status: Awarded
Published Date: 07/11/2022
Closing Date: 27/09/2022
Value: £60,000
Dynamometer Tender - The Cornwall Marine Hydrogen Centre (CMHC) will offer independent expertise and testing facilities for hydrogen fuel cell electric propulsion systems for marine vessels. It will specialise in equipment and systems for leisure and commercial vessels up to 18m in length. This market, which is estimated to be over 30 million vessels worldwide, is currently powered mostly by diesel, and will need to be replaced by clean propulsion systems to meet Net Zero goals. Part-funded by an ERDF research grant, the CMHC will be based at the University of Exeter's Renewable Energy faculty in Cornwall. Individual components or whole hydrogen propulsion systems will be tested and monitored in a purpose-built facility, providing technology providers with independent validation and accelerated product development. The delivery partners provide a unique blend of world-class Renewable Energy and Marine Engineering expertise. Pure Energy Professionals (PEP) has a 30-year track record of working with manufacturers and investors in renewable energy and has been at the forefront of new technology adoption. The University of Exeter is a member of the prestigious Russell Group of research-intensive UK universities, and is in the top ten for renewable energy. The current focus of the CMHC is to build the test rig, with a demonstration hydrogen electric propulsion system, using commercially available components. A component of this demonstration system is the Dynamometer, which is the item to be procured in this tender. The purchase, build and commissioning of the test rig and demonstration system must be completed by the end of 2022.
Industry: Emission measurement equipment. - 38433200 Miscellaneous general and special-purpose machinery. - 42900000
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EU SUPPLY LIMITED - Dynamometer Tender
Status: Closed
Published Date: 16/09/2022
Closing Date: 27/09/2022
Value: £60,000
Dynamometer Tender - The Cornwall Marine Hydrogen Centre (CMHC) will offer independent expertise and testing facilities for hydrogen fuel cell electric propulsion systems for marine vessels. It will specialise in equipment and systems for leisure and commercial vessels up to 18m in length. This market, which is estimated to be over 30 million vessels worldwide, is currently powered mostly by diesel, and will need to be replaced by clean propulsion systems to meet Net Zero goals. Part-funded by an ERDF research grant, the CMHC will be based at the University of Exeter's Renewable Energy faculty in Cornwall. Individual components or whole hydrogen propulsion systems will be tested and monitored in a purpose-built facility, providing technology providers with independent validation and accelerated product development. The delivery partners provide a unique blend of world-class Renewable Energy and Marine Engineering expertise. Pure Energy Professionals (PEP) has a 30-year track record of working with manufacturers and investors in renewable energy and has been at the forefront of new technology adoption. The University of Exeter is a member of the prestigious Russell Group of research-intensive UK universities, and is in the top ten for renewable energy. The current focus of the CMHC is to build the test rig, with a demonstration hydrogen electric propulsion system, using commercially available components. A component of this demonstration system is the Dynamometer, which is the item to be procured in this tender. The purchase, build and commissioning of the test rig and demonstration system must be completed by the end of 2022.
Industry: Emission measurement equipment. - 38433200 Miscellaneous general and special-purpose machinery. - 42900000
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University of Exeter - Dual Carbon Isotope Analyser
Status: Awarded
Published Date: 05/09/2022
Closing Date: 15/08/2022
Value: £114,670
Dual Carbon Isotope Analyser - Dual Carbon Isotope Analyser. δ13C Analyser for Isotopic Carbon in CO2 and CH4.
Industry: Electrical equipment and apparatus. - 31600000 Laboratory, optical and precision equipments (excl. glasses). - 38000000 Emission measurement equipment. - 38433200 Monitoring and control services. - 71700000 ...and 1 more
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University of Exeter - Dual Carbon Isotope Analyser
Status: Closed
Published Date: 02/08/2022
Closing Date: 15/08/2022
Value: £120,000
Dual Carbon Isotope Analyser - Dual Carbon Isotope Analyser. δ13C Analyser for Isotopic Carbon in CO2 and CH4.
Industry: Electrical equipment and apparatus. - 31600000 Laboratory, optical and precision equipments (excl. glasses). - 38000000 Emission measurement equipment. - 38433200 Monitoring and control services. - 71700000 ...and 1 more
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University of Exeter - Dynamometer Tender
Status: Closed
Published Date: 18/03/2022
Closing Date: 04/04/2022
Value: £60,000
Dynamometer Tender - Part-funded by an ERDF research grant, the CMHC will be based at the University of Exeter's Renewable Energy faculty in Cornwall. Individual components or whole hydrogen propulsion systems will be tested and monitored in a purpose-built facility, providing technology providers with independent validation and accelerated product development. The current focus of the CMHC is to build the test rig, with a demonstration hydrogen electric propulsion system, using commercially available components. One component of this demonstration system is the Dynamometer, which is the item to be procured in this tender. The purchase, build and commissioning of the test rig and demonstration system must be completed by the end of 2022.
Industry: Emission measurement equipment. - 38433200 Miscellaneous general and special-purpose machinery. - 42900000
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The University of Nottingham - 1686 - Dynamic and Correlative Imaging using Tip-Enhanced Raman Spectroscopy (DCI-TERS)
Status: Closed
Published Date: 24/02/2022
Closing Date: 28/03/2022
Value: neg.
1686 - Dynamic and Correlative Imaging using Tip-Enhanced Raman Spectroscopy (DCI-TERS) - The University requests tenders from sufficiently experienced and qualified Suppliers to establish a contract for the provision of a state-of-the-art capability for physicochemical imaging of molecular materials with nanoscale precision at both the liquid-solid and gas-solid interfaces based on Tip-Enhanced Raman Spectroscopy (TERS). The single-platform analytical tool will be flexibly configured to enable molecular fingerprint imaging of materials significantly below the diffraction limit for sampling both liquids and solids, with near-single-molecule-level sensitivity, correlatable with 3D topographical analysis and other surface physical characteristics from a single nanoscale volume, and in response to temperature, humidity and electrical potential (aka "Dynamic and Correlative Imaging using Tip-Enhanced Raman Spectroscopy" (DCI-TERS)).
Industry: Spectrometers. - 38433000 Mass spectrometer. - 38433100 Emission measurement equipment. - 38433200 Spectrum analyser. - 38433300
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RSSB - GB-London: T1227 Development of a Rail Industry Decarbonisation Action Plan
Status: Closed
Published Date: 24/09/2021
Closing Date: 22/10/2021
Value: £500,000
GB-London: T1227 Development of a Rail Industry Decarbonisation Action Plan - This project shall assess the efficiency of carbon action plans of comparable industries when applied to rail and recommend regulatory, performance measurement mechanisms.
Industry: Carbon. - 24311800 Emission measurement equipment. - 38433200
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